("interconn.iml" 
 (Trace 
  (STL_1S_1R_1 
   (IDL ".subckt STL_1S_1R_1 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=500 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000127 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaah13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_1 ( Length=length N=1 )
.C 0
+ 1.079000e-10 
.L 0
+ 3.343500e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.777300e+00 
.C INF
+ 1.079000e-10 
.L INF
+ 3.343500e-07 
.Td INF
+ 6.006400e-09 
.Yc INF
+ 1.796400e-02 
.Zc INF
+ 5.566600e+01 

.endrlgc RLGCSTL_1S_1R_1

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.006400e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.796400e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.566600e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.268100e-01 
.ends STL_1S_1R_1
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_1
FREQUENCY=0
CMATRIX
 1.079000e-10
LMATRIX
 3.343500e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.777300e+00
FREQUENCY=INF
CMATRIX
 1.079000e-10
LMATRIX
 3.343500e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_2 
   (IDL ".subckt STL_1S_1R_2 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Conductor Width=500 topDist=0.00126492 botDist=0.000235052
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000235052 0.000127 0.00025255 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaai13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_2 ( Length=length N=1 )
.C 0
+ 4.666600e-11 
.L 0
+ 8.361400e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 7.551500e+00 
.C INF
+ 4.666600e-11 
.L INF
+ 8.361400e-07 
.Td INF
+ 6.246500e-09 
.Yc INF
+ 7.470700e-03 
.Zc INF
+ 1.338600e+02 

.endrlgc RLGCSTL_1S_1R_2

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.246500e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 7.470700e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.338600e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  7.280500e-01 
.ends STL_1S_1R_2
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_2
FREQUENCY=0
CMATRIX
 4.666600e-11
LMATRIX
 8.361400e-07
GMATRIX
 0.000000e+00
RMATRIX
 7.551500e+00
FREQUENCY=INF
CMATRIX
 4.666600e-11
LMATRIX
 8.361400e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_3 
   (IDL ".subckt STL_1S_1R_3 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=500 topDist=0.00138242 botDist=0.000100076
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.96e+07 0 0.000100076 0.000127 0.000135052 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaaj13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_3 ( Length=length N=1 )
.C 0
+ 4.155900e-11 
.L 0
+ 8.259000e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.777300e+00 
.C INF
+ 4.155900e-11 
.L INF
+ 8.259000e-07 
.Td INF
+ 5.858600e-09 
.Yc INF
+ 7.093600e-03 
.Zc INF
+ 1.409700e+02 

.endrlgc RLGCSTL_1S_1R_3

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.858600e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 7.093600e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.409700e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  7.381800e-01 
.ends STL_1S_1R_3
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_3
FREQUENCY=0
CMATRIX
 4.155900e-11
LMATRIX
 8.259000e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.777300e+00
FREQUENCY=INF
CMATRIX
 4.155900e-11
LMATRIX
 8.259000e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_4 
   (IDL ".subckt STL_1S_1R_4 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=6599 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.00167615 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaak13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_4 ( Length=length N=1 )
.C 0
+ 6.305700e-10 
.L 0
+ 6.932800e-08 
.G 0
+ 0.000000e+00 
.R 0
+ 2.862000e-01 
.C INF
+ 6.305700e-10 
.L INF
+ 6.932800e-08 
.Td INF
+ 6.611800e-09 
.Yc INF
+ 9.537000e-02 
.Zc INF
+ 1.048500e+01 

.endrlgc RLGCSTL_1S_1R_4

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.611800e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 9.537000e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  1.048500e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  1.733600e-01 
.ends STL_1S_1R_4
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_4
FREQUENCY=0
CMATRIX
 6.305700e-10
LMATRIX
 6.932800e-08
GMATRIX
 0.000000e+00
RMATRIX
 2.862000e-01
FREQUENCY=INF
CMATRIX
 6.305700e-10
LMATRIX
 6.932800e-08
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_5 
   (IDL ".subckt STL_1S_1R_5 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=1384 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000351536 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaal13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_5 ( Length=length N=1 )
.C 0
+ 1.889700e-10 
.L 0
+ 1.980600e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.364600e+00 
.C INF
+ 1.889700e-10 
.L INF
+ 1.980600e-07 
.Td INF
+ 6.117800e-09 
.Yc INF
+ 3.088900e-02 
.Zc INF
+ 3.237400e+01 

.endrlgc RLGCSTL_1S_1R_5

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.117800e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 3.088900e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  3.237400e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  3.930200e-01 
.ends STL_1S_1R_5
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_5
FREQUENCY=0
CMATRIX
 1.889700e-10
LMATRIX
 1.980600e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.364600e+00
FREQUENCY=INF
CMATRIX
 1.889700e-10
LMATRIX
 1.980600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_6 
   (IDL ".subckt STL_1S_1R_6 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=896 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000227584 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaam13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_6 ( Length=length N=1 )
.C 0
+ 1.448500e-10 
.L 0
+ 2.541700e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.107900e+00 
.C INF
+ 1.448500e-10 
.L INF
+ 2.541700e-07 
.Td INF
+ 6.067700e-09 
.Yc INF
+ 2.387200e-02 
.Zc INF
+ 4.188900e+01 

.endrlgc RLGCSTL_1S_1R_6

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.067700e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.387200e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.188900e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.558700e-01 
.ends STL_1S_1R_6
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_6
FREQUENCY=0
CMATRIX
 1.448500e-10
LMATRIX
 2.541700e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.107900e+00
FREQUENCY=INF
CMATRIX
 1.448500e-10
LMATRIX
 2.541700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_7 
   (IDL ".subckt STL_1S_1R_7 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=751 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000190754 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaan13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_7 ( Length=length N=1 )
.C 0
+ 1.314000e-10 
.L 0
+ 2.782700e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.514800e+00 
.C INF
+ 1.314000e-10 
.L INF
+ 2.782700e-07 
.Td INF
+ 6.046900e-09 
.Yc INF
+ 2.173000e-02 
.Zc INF
+ 4.601900e+01 

.endrlgc RLGCSTL_1S_1R_7

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.046900e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.173000e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.601900e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.792700e-01 
.ends STL_1S_1R_7
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_7
FREQUENCY=0
CMATRIX
 1.314000e-10
LMATRIX
 2.782700e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.514800e+00
FREQUENCY=INF
CMATRIX
 1.314000e-10
LMATRIX
 2.782700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_8 
   (IDL ".subckt STL_1S_1R_8 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=691 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000175514 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaao13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_8 ( Length=length N=1 )
.C 0
+ 1.260000e-10 
.L 0
+ 2.896200e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.733200e+00 
.C INF
+ 1.260000e-10 
.L INF
+ 2.896200e-07 
.Td INF
+ 6.040900e-09 
.Yc INF
+ 2.085800e-02 
.Zc INF
+ 4.794300e+01 

.endrlgc RLGCSTL_1S_1R_8

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.040900e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.085800e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.794300e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.895000e-01 
.ends STL_1S_1R_8
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_8
FREQUENCY=0
CMATRIX
 1.260000e-10
LMATRIX
 2.896200e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.733200e+00
FREQUENCY=INF
CMATRIX
 1.260000e-10
LMATRIX
 2.896200e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_9 
   (IDL ".subckt STL_1S_1R_9 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=662 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000168148 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaap13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_9 ( Length=length N=1 )
.C 0
+ 1.233700e-10 
.L 0
+ 2.954900e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.852900e+00 
.C INF
+ 1.233700e-10 
.L INF
+ 2.954900e-07 
.Td INF
+ 6.037800e-09 
.Yc INF
+ 2.043300e-02 
.Zc INF
+ 4.894000e+01 

.endrlgc RLGCSTL_1S_1R_9

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.037800e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.043300e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.894000e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.946400e-01 
.ends STL_1S_1R_9
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_9
FREQUENCY=0
CMATRIX
 1.233700e-10
LMATRIX
 2.954900e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.852900e+00
FREQUENCY=INF
CMATRIX
 1.233700e-10
LMATRIX
 2.954900e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_10 
   (IDL ".subckt STL_1S_1R_10 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=648 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000164592 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaaq13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_10 ( Length=length N=1 )
.C 0
+ 1.220900e-10 
.L 0
+ 2.984100e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.914600e+00 
.C INF
+ 1.220900e-10 
.L INF
+ 2.984100e-07 
.Td INF
+ 6.036000e-09 
.Yc INF
+ 2.022700e-02 
.Zc INF
+ 4.943900e+01 

.endrlgc RLGCSTL_1S_1R_10

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.036000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.022700e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.943900e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.971800e-01 
.ends STL_1S_1R_10
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_10
FREQUENCY=0
CMATRIX
 1.220900e-10
LMATRIX
 2.984100e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.914600e+00
FREQUENCY=INF
CMATRIX
 1.220900e-10
LMATRIX
 2.984100e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_11 
   (IDL ".subckt STL_1S_1R_11 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=641 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000162814 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaar13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_11 ( Length=length N=1 )
.C 0
+ 1.214500e-10 
.L 0
+ 2.998900e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.946400e+00 
.C INF
+ 1.214500e-10 
.L INF
+ 2.998900e-07 
.Td INF
+ 6.035000e-09 
.Yc INF
+ 2.012400e-02 
.Zc INF
+ 4.969200e+01 

.endrlgc RLGCSTL_1S_1R_11

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.035000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.012400e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.969200e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.984500e-01 
.ends STL_1S_1R_11
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_11
FREQUENCY=0
CMATRIX
 1.214500e-10
LMATRIX
 2.998900e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.946400e+00
FREQUENCY=INF
CMATRIX
 1.214500e-10
LMATRIX
 2.998900e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_12 
   (IDL ".subckt STL_1S_1R_12 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=637 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000161798 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaas13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_12 ( Length=length N=1 )
.C 0
+ 1.204900e-10 
.L 0
+ 3.012400e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.964900e+00 
.C INF
+ 1.204900e-10 
.L INF
+ 3.012400e-07 
.Td INF
+ 6.024600e-09 
.Yc INF
+ 2.000000e-02 
.Zc INF
+ 5.000100e+01 

.endrlgc RLGCSTL_1S_1R_12

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.024600e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.000000e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.000100e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.000100e-01 
.ends STL_1S_1R_12
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_12
FREQUENCY=0
CMATRIX
 1.204900e-10
LMATRIX
 3.012400e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.964900e+00
FREQUENCY=INF
CMATRIX
 1.204900e-10
LMATRIX
 3.012400e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_13 
   (IDL ".subckt STL_1S_1R_13 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=638 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000162052 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaat13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_13 ( Length=length N=1 )
.C 0
+ 1.205800e-10 
.L 0
+ 3.010200e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.960300e+00 
.C INF
+ 1.205800e-10 
.L INF
+ 3.010200e-07 
.Td INF
+ 6.024700e-09 
.Yc INF
+ 2.001400e-02 
.Zc INF
+ 4.996400e+01 

.endrlgc RLGCSTL_1S_1R_13

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.024700e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.001400e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.996400e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.998200e-01 
.ends STL_1S_1R_13
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_13
FREQUENCY=0
CMATRIX
 1.205800e-10
LMATRIX
 3.010200e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.960300e+00
FREQUENCY=INF
CMATRIX
 1.205800e-10
LMATRIX
 3.010200e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_14 
   (IDL ".subckt STL_1S_1R_14 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Conductor Width=3228 topDist=0.00126492 botDist=0.000235052
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000235052 0.000819912 0.00025255 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaau13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_14 ( Length=length N=1 )
.C 0
+ 7.519200e-11 
.L 0
+ 4.974500e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.169700e+00 
.C INF
+ 7.519200e-11 
.L INF
+ 4.974500e-07 
.Td INF
+ 6.115900e-09 
.Yc INF
+ 1.229500e-02 
.Zc INF
+ 8.133700e+01 

.endrlgc RLGCSTL_1S_1R_14

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.115900e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.229500e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  8.133700e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.193000e-01 
.ends STL_1S_1R_14
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_14
FREQUENCY=0
CMATRIX
 7.519200e-11
LMATRIX
 4.974500e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.169700e+00
FREQUENCY=INF
CMATRIX
 7.519200e-11
LMATRIX
 4.974500e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_15 
   (IDL ".subckt STL_1S_1R_15 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Conductor Width=5251 topDist=0.00126492 botDist=0.000235052
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000235052 0.00133375 0.00025255 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaav13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_15 ( Length=length N=1 )
.C 0
+ 7.901700e-11 
.L 0
+ 4.689400e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 7.190600e-01 
.C INF
+ 7.901700e-11 
.L INF
+ 4.689400e-07 
.Td INF
+ 6.087200e-09 
.Yc INF
+ 1.298100e-02 
.Zc INF
+ 7.703700e+01 

.endrlgc RLGCSTL_1S_1R_15

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.087200e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.298100e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  7.703700e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.064100e-01 
.ends STL_1S_1R_15
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_15
FREQUENCY=0
CMATRIX
 7.901700e-11
LMATRIX
 4.689400e-07
GMATRIX
 0.000000e+00
RMATRIX
 7.190600e-01
FREQUENCY=INF
CMATRIX
 7.901700e-11
LMATRIX
 4.689400e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_16 
   (IDL ".subckt STL_1S_1R_16 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Conductor Width=8090 topDist=0.00126492 botDist=0.000235052
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000235052 0.00205486 0.00025255 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaaw13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_16 ( Length=length N=1 )
.C 0
+ 1.031200e-10 
.L 0
+ 3.627900e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 4.667200e-01 
.C INF
+ 1.031200e-10 
.L INF
+ 3.627900e-07 
.Td INF
+ 6.116400e-09 
.Yc INF
+ 1.685900e-02 
.Zc INF
+ 5.931400e+01 

.endrlgc RLGCSTL_1S_1R_16

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.116400e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.685900e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.931400e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.426000e-01 
.ends STL_1S_1R_16
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_16
FREQUENCY=0
CMATRIX
 1.031200e-10
LMATRIX
 3.627900e-07
GMATRIX
 0.000000e+00
RMATRIX
 4.667200e-01
FREQUENCY=INF
CMATRIX
 1.031200e-10
LMATRIX
 3.627900e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_17 
   (IDL ".subckt STL_1S_1R_17 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Conductor Width=9597 topDist=0.00126492 botDist=0.000235052
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000235052 0.00243764 0.00025255 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaax13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_17 ( Length=length N=1 )
.C 0
+ 1.132700e-10 
.L 0
+ 3.317700e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.934300e-01 
.C INF
+ 1.132700e-10 
.L INF
+ 3.317700e-07 
.Td INF
+ 6.130200e-09 
.Yc INF
+ 1.847700e-02 
.Zc INF
+ 5.412000e+01 

.endrlgc RLGCSTL_1S_1R_17

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.130200e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.847700e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.412000e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.197900e-01 
.ends STL_1S_1R_17
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_17
FREQUENCY=0
CMATRIX
 1.132700e-10
LMATRIX
 3.317700e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.934300e-01
FREQUENCY=INF
CMATRIX
 1.132700e-10
LMATRIX
 3.317700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_18 
   (IDL ".subckt STL_1S_1R_18 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Conductor Width=10388 topDist=0.00126492 botDist=0.000235052
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000235052 0.00263855 0.00025255 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaay13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_18 ( Length=length N=1 )
.C 0
+ 1.186100e-10 
.L 0
+ 3.177000e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.634700e-01 
.C INF
+ 1.186100e-10 
.L INF
+ 3.177000e-07 
.Td INF
+ 6.138600e-09 
.Yc INF
+ 1.932200e-02 
.Zc INF
+ 5.175400e+01 

.endrlgc RLGCSTL_1S_1R_18

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.138600e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.932200e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.175400e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.086200e-01 
.ends STL_1S_1R_18
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_18
FREQUENCY=0
CMATRIX
 1.186100e-10
LMATRIX
 3.177000e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.634700e-01
FREQUENCY=INF
CMATRIX
 1.186100e-10
LMATRIX
 3.177000e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_19 
   (IDL ".subckt STL_1S_1R_19 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Conductor Width=10752 topDist=0.00126492 botDist=0.000235052
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000235052 0.00273101 0.00025255 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaaz13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_19 ( Length=length N=1 )
.C 0
+ 1.210700e-10 
.L 0
+ 3.116600e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.511700e-01 
.C INF
+ 1.210700e-10 
.L INF
+ 3.116600e-07 
.Td INF
+ 6.142700e-09 
.Yc INF
+ 1.971000e-02 
.Zc INF
+ 5.073700e+01 

.endrlgc RLGCSTL_1S_1R_19

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.142700e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.971000e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.073700e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.036600e-01 
.ends STL_1S_1R_19
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_19
FREQUENCY=0
CMATRIX
 1.210700e-10
LMATRIX
 3.116600e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.511700e-01
FREQUENCY=INF
CMATRIX
 1.210700e-10
LMATRIX
 3.116600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_20 
   (IDL ".subckt STL_1S_1R_20 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Conductor Width=10910 topDist=0.00126492 botDist=0.000235052
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000235052 0.00277114 0.00025255 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaba13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_20 ( Length=length N=1 )
.C 0
+ 1.221300e-10 
.L 0
+ 3.091100e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.460800e-01 
.C INF
+ 1.221300e-10 
.L INF
+ 3.091100e-07 
.Td INF
+ 6.144200e-09 
.Yc INF
+ 1.987700e-02 
.Zc INF
+ 5.030900e+01 

.endrlgc RLGCSTL_1S_1R_20

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.144200e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.987700e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.030900e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.015400e-01 
.ends STL_1S_1R_20
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_20
FREQUENCY=0
CMATRIX
 1.221300e-10
LMATRIX
 3.091100e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.460800e-01
FREQUENCY=INF
CMATRIX
 1.221300e-10
LMATRIX
 3.091100e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_21 
   (IDL ".subckt STL_1S_1R_21 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Conductor Width=10978 topDist=0.00126492 botDist=0.000235052
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000235052 0.00278841 0.00025255 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabb13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_21 ( Length=length N=1 )
.C 0
+ 1.225900e-10 
.L 0
+ 3.080300e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.439400e-01 
.C INF
+ 1.225900e-10 
.L INF
+ 3.080300e-07 
.Td INF
+ 6.145000e-09 
.Yc INF
+ 1.994900e-02 
.Zc INF
+ 5.012700e+01 

.endrlgc RLGCSTL_1S_1R_21

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.145000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.994900e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.012700e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.006300e-01 
.ends STL_1S_1R_21
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_21
FREQUENCY=0
CMATRIX
 1.225900e-10
LMATRIX
 3.080300e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.439400e-01
FREQUENCY=INF
CMATRIX
 1.225900e-10
LMATRIX
 3.080300e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_22 
   (IDL ".subckt STL_1S_1R_22 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Conductor Width=11006 topDist=0.00126492 botDist=0.000235052
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000235052 0.00279552 0.00025255 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabc13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_22 ( Length=length N=1 )
.C 0
+ 1.227800e-10 
.L 0
+ 3.075800e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.430600e-01 
.C INF
+ 1.227800e-10 
.L INF
+ 3.075800e-07 
.Td INF
+ 6.145300e-09 
.Yc INF
+ 1.998000e-02 
.Zc INF
+ 5.005100e+01 

.endrlgc RLGCSTL_1S_1R_22

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.145300e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.998000e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.005100e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.002600e-01 
.ends STL_1S_1R_22
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_22
FREQUENCY=0
CMATRIX
 1.227800e-10
LMATRIX
 3.075800e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.430600e-01
FREQUENCY=INF
CMATRIX
 1.227800e-10
LMATRIX
 3.075800e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_23 
   (IDL ".subckt STL_1S_1R_23 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Conductor Width=11017 topDist=0.00126492 botDist=0.000235052
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000235052 0.00279832 0.00025255 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabd13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_23 ( Length=length N=1 )
.C 0
+ 1.228600e-10 
.L 0
+ 3.074100e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.427200e-01 
.C INF
+ 1.228600e-10 
.L INF
+ 3.074100e-07 
.Td INF
+ 6.145600e-09 
.Yc INF
+ 1.999200e-02 
.Zc INF
+ 5.002100e+01 

.endrlgc RLGCSTL_1S_1R_23

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.145600e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.999200e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.002100e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.001100e-01 
.ends STL_1S_1R_23
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_23
FREQUENCY=0
CMATRIX
 1.228600e-10
LMATRIX
 3.074100e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.427200e-01
FREQUENCY=INF
CMATRIX
 1.228600e-10
LMATRIX
 3.074100e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_24 
   (IDL ".subckt STL_1S_1R_24 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Conductor Width=11031 topDist=0.00126492 botDist=0.000235052
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000235052 0.00280187 0.00025255 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabe13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_24 ( Length=length N=1 )
.C 0
+ 1.229500e-10 
.L 0
+ 3.071900e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.422900e-01 
.C INF
+ 1.229500e-10 
.L INF
+ 3.071900e-07 
.Td INF
+ 6.145600e-09 
.Yc INF
+ 2.000600e-02 
.Zc INF
+ 4.998500e+01 

.endrlgc RLGCSTL_1S_1R_24

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.145600e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.000600e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.998500e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.999200e-01 
.ends STL_1S_1R_24
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_24
FREQUENCY=0
CMATRIX
 1.229500e-10
LMATRIX
 3.071900e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.422900e-01
FREQUENCY=INF
CMATRIX
 1.229500e-10
LMATRIX
 3.071900e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_25 
   (IDL ".subckt STL_1S_1R_25 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=6599 topDist=0.00138242 botDist=0.000100076
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.96e+07 0 0.000100076 0.00167615 0.000135052 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabf13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_25 ( Length=length N=1 )
.C 0
+ 7.941100e-11 
.L 0
+ 4.417000e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.862000e-01 
.C INF
+ 7.941100e-11 
.L INF
+ 4.417000e-07 
.Td INF
+ 5.922500e-09 
.Yc INF
+ 1.340800e-02 
.Zc INF
+ 7.458000e+01 

.endrlgc RLGCSTL_1S_1R_25

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.922500e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.340800e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  7.458000e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.986500e-01 
.ends STL_1S_1R_25
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_25
FREQUENCY=0
CMATRIX
 7.941100e-11
LMATRIX
 4.417000e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.862000e-01
FREQUENCY=INF
CMATRIX
 7.941100e-11
LMATRIX
 4.417000e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_26 
   (IDL ".subckt STL_1S_1R_26 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=9843 topDist=0.00138242 botDist=0.000100076
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.96e+07 0 0.000100076 0.00250012 0.000135052 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabg13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_26 ( Length=length N=1 )
.C 0
+ 1.049200e-10 
.L 0
+ 3.432000e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.918800e-01 
.C INF
+ 1.049200e-10 
.L INF
+ 3.432000e-07 
.Td INF
+ 6.000700e-09 
.Yc INF
+ 1.748500e-02 
.Zc INF
+ 5.719300e+01 

.endrlgc RLGCSTL_1S_1R_26

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.000700e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.748500e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.719300e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.335500e-01 
.ends STL_1S_1R_26
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_26
FREQUENCY=0
CMATRIX
 1.049200e-10
LMATRIX
 3.432000e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.918800e-01
FREQUENCY=INF
CMATRIX
 1.049200e-10
LMATRIX
 3.432000e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_27 
   (IDL ".subckt STL_1S_1R_27 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=11259 topDist=0.00138242 botDist=0.000100076
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.96e+07 0 0.000100076 0.00285979 0.000135052 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabh13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_27 ( Length=length N=1 )
.C 0
+ 1.137500e-10 
.L 0
+ 3.191700e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.677400e-01 
.C INF
+ 1.137500e-10 
.L INF
+ 3.191700e-07 
.Td INF
+ 6.025400e-09 
.Yc INF
+ 1.887800e-02 
.Zc INF
+ 5.297100e+01 

.endrlgc RLGCSTL_1S_1R_27

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.025400e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.887800e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.297100e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.144200e-01 
.ends STL_1S_1R_27
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_27
FREQUENCY=0
CMATRIX
 1.137500e-10
LMATRIX
 3.191700e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.677400e-01
FREQUENCY=INF
CMATRIX
 1.137500e-10
LMATRIX
 3.191700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_28 
   (IDL ".subckt STL_1S_1R_28 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=11928 topDist=0.00138242 botDist=0.000100076
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.96e+07 0 0.000100076 0.00302971 0.000135052 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabi13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_28 ( Length=length N=1 )
.C 0
+ 1.179200e-10 
.L 0
+ 3.090400e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.583400e-01 
.C INF
+ 1.179200e-10 
.L INF
+ 3.090400e-07 
.Td INF
+ 6.036700e-09 
.Yc INF
+ 1.953400e-02 
.Zc INF
+ 5.119300e+01 

.endrlgc RLGCSTL_1S_1R_28

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.036700e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.953400e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.119300e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.059000e-01 
.ends STL_1S_1R_28
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_28
FREQUENCY=0
CMATRIX
 1.179200e-10
LMATRIX
 3.090400e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.583400e-01
FREQUENCY=INF
CMATRIX
 1.179200e-10
LMATRIX
 3.090400e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_29 
   (IDL ".subckt STL_1S_1R_29 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=12213 topDist=0.00138242 botDist=0.000100076
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.96e+07 0 0.000100076 0.0031021 0.000135052 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabj13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_29 ( Length=length N=1 )
.C 0
+ 1.196900e-10 
.L 0
+ 3.049400e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.546400e-01 
.C INF
+ 1.196900e-10 
.L INF
+ 3.049400e-07 
.Td INF
+ 6.041400e-09 
.Yc INF
+ 1.981200e-02 
.Zc INF
+ 5.047500e+01 

.endrlgc RLGCSTL_1S_1R_29

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.041400e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.981200e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.047500e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.023600e-01 
.ends STL_1S_1R_29
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_29
FREQUENCY=0
CMATRIX
 1.196900e-10
LMATRIX
 3.049400e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.546400e-01
FREQUENCY=INF
CMATRIX
 1.196900e-10
LMATRIX
 3.049400e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_30 
   (IDL ".subckt STL_1S_1R_30 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=12329 topDist=0.00138242 botDist=0.000100076
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.96e+07 0 0.000100076 0.00313157 0.000135052 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabk13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_30 ( Length=length N=1 )
.C 0
+ 1.204200e-10 
.L 0
+ 3.033000e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.531900e-01 
.C INF
+ 1.204200e-10 
.L INF
+ 3.033000e-07 
.Td INF
+ 6.043500e-09 
.Yc INF
+ 1.992600e-02 
.Zc INF
+ 5.018600e+01 

.endrlgc RLGCSTL_1S_1R_30

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.043500e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.992600e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.018600e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.009300e-01 
.ends STL_1S_1R_30
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_30
FREQUENCY=0
CMATRIX
 1.204200e-10
LMATRIX
 3.033000e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.531900e-01
FREQUENCY=INF
CMATRIX
 1.204200e-10
LMATRIX
 3.033000e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_31 
   (IDL ".subckt STL_1S_1R_31 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=12375 topDist=0.00138242 botDist=0.000100076
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.96e+07 0 0.000100076 0.00314325 0.000135052 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabl13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_31 ( Length=length N=1 )
.C 0
+ 1.207000e-10 
.L 0
+ 3.026600e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.526200e-01 
.C INF
+ 1.207000e-10 
.L INF
+ 3.026600e-07 
.Td INF
+ 6.044100e-09 
.Yc INF
+ 1.997000e-02 
.Zc INF
+ 5.007500e+01 

.endrlgc RLGCSTL_1S_1R_31

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.044100e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.997000e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.007500e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.003800e-01 
.ends STL_1S_1R_31
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_31
FREQUENCY=0
CMATRIX
 1.207000e-10
LMATRIX
 3.026600e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.526200e-01
FREQUENCY=INF
CMATRIX
 1.207000e-10
LMATRIX
 3.026600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_32 
   (IDL ".subckt STL_1S_1R_32 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=12393 topDist=0.00138242 botDist=0.000100076
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.96e+07 0 0.000100076 0.00314782 0.000135052 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabm13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_32 ( Length=length N=1 )
.C 0
+ 1.208200e-10 
.L 0
+ 3.024000e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.524000e-01 
.C INF
+ 1.208200e-10 
.L INF
+ 3.024000e-07 
.Td INF
+ 6.044500e-09 
.Yc INF
+ 1.998800e-02 
.Zc INF
+ 5.002900e+01 

.endrlgc RLGCSTL_1S_1R_32

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.044500e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.998800e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.002900e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.001400e-01 
.ends STL_1S_1R_32
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_32
FREQUENCY=0
CMATRIX
 1.208200e-10
LMATRIX
 3.024000e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.524000e-01
FREQUENCY=INF
CMATRIX
 1.208200e-10
LMATRIX
 3.024000e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_33 
   (IDL ".subckt STL_1S_1R_33 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00151747
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=12408 topDist=0.00138242 botDist=0.000100076
*EMIinfo Dielectric Eps=4 Thick=0.000100076

.layerstack Layerstack1
+dielectric( 0.000100076 4 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.96e+07 0 0.000100076 0.00315163 0.000135052 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabn13176.in 0.00127 
.rlgc RLGCSTL_1S_1R_33 ( Length=length N=1 )
.C 0
+ 1.209100e-10 
.L 0
+ 3.021900e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.522100e-01 
.C INF
+ 1.209100e-10 
.L INF
+ 3.021900e-07 
.Td INF
+ 6.044600e-09 
.Yc INF
+ 2.000300e-02 
.Zc INF
+ 4.999300e+01 

.endrlgc RLGCSTL_1S_1R_33

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.044600e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.000300e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.999300e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.999600e-01 
.ends STL_1S_1R_33
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_33
FREQUENCY=0
CMATRIX
 1.209100e-10
LMATRIX
 3.021900e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.522100e-01
FREQUENCY=INF
CMATRIX
 1.209100e-10
LMATRIX
 3.021900e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_34 
   (IDL ".subckt STL_1S_1R_34 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=1094 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000277876 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaah10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_34 ( Length=length N=1 )
.C 0
+ 1.627900e-10 
.L 0
+ 2.277600e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.726400e+00 
.C INF
+ 1.627900e-10 
.L INF
+ 2.277600e-07 
.Td INF
+ 6.089100e-09 
.Yc INF
+ 2.673500e-02 
.Zc INF
+ 3.740500e+01 

.endrlgc RLGCSTL_1S_1R_34

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.089100e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.673500e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  3.740500e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.279500e-01 
.ends STL_1S_1R_34
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_34
FREQUENCY=0
CMATRIX
 1.627900e-10
LMATRIX
 2.277600e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.726400e+00
FREQUENCY=INF
CMATRIX
 1.627900e-10
LMATRIX
 2.277600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_35 
   (IDL ".subckt STL_1S_1R_35 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=409 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000103886 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaai10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_35 ( Length=length N=1 )
.C 0
+ 9.900700e-11 
.L 0
+ 3.606400e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 4.617700e+00 
.C INF
+ 9.900700e-11 
.L INF
+ 3.606400e-07 
.Td INF
+ 5.975400e-09 
.Yc INF
+ 1.656900e-02 
.Zc INF
+ 6.035400e+01 

.endrlgc RLGCSTL_1S_1R_35

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.975400e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.656900e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  6.035400e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.469100e-01 
.ends STL_1S_1R_35
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_35
FREQUENCY=0
CMATRIX
 9.900700e-11
LMATRIX
 3.606400e-07
GMATRIX
 0.000000e+00
RMATRIX
 4.617700e+00
FREQUENCY=INF
CMATRIX
 9.900700e-11
LMATRIX
 3.606400e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_36 
   (IDL ".subckt STL_1S_1R_36 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=247 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 6.2738e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaaj10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_36 ( Length=length N=1 )
.C 0
+ 8.272800e-11 
.L 0
+ 4.247900e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 7.646300e+00 
.C INF
+ 8.272800e-11 
.L INF
+ 4.247900e-07 
.Td INF
+ 5.928100e-09 
.Yc INF
+ 1.395500e-02 
.Zc INF
+ 7.165700e+01 

.endrlgc RLGCSTL_1S_1R_36

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.928100e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.395500e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  7.165700e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.890100e-01 
.ends STL_1S_1R_36
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_36
FREQUENCY=0
CMATRIX
 8.272800e-11
LMATRIX
 4.247900e-07
GMATRIX
 0.000000e+00
RMATRIX
 7.646300e+00
FREQUENCY=INF
CMATRIX
 8.272800e-11
LMATRIX
 4.247900e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_37 
   (IDL ".subckt STL_1S_1R_37 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=177 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 4.4958e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaak10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_37 ( Length=length N=1 )
.C 0
+ 7.509600e-11 
.L 0
+ 4.620100e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.067000e+01 
.C INF
+ 7.509600e-11 
.L INF
+ 4.620100e-07 
.Td INF
+ 5.890300e-09 
.Yc INF
+ 1.274900e-02 
.Zc INF
+ 7.843600e+01 

.endrlgc RLGCSTL_1S_1R_37

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.890300e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.274900e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  7.843600e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.107000e-01 
.ends STL_1S_1R_37
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_37
FREQUENCY=0
CMATRIX
 7.509600e-11
LMATRIX
 4.620100e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.067000e+01
FREQUENCY=INF
CMATRIX
 7.509600e-11
LMATRIX
 4.620100e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_38 
   (IDL ".subckt STL_1S_1R_38 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=139 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 3.5306e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaal10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_38 ( Length=length N=1 )
.C 0
+ 7.046500e-11 
.L 0
+ 4.872100e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.358700e+01 
.C INF
+ 7.046500e-11 
.L INF
+ 4.872100e-07 
.Td INF
+ 5.859300e-09 
.Yc INF
+ 1.202600e-02 
.Zc INF
+ 8.315200e+01 

.endrlgc RLGCSTL_1S_1R_38

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.859300e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.202600e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  8.315200e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.244900e-01 
.ends STL_1S_1R_38
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_38
FREQUENCY=0
CMATRIX
 7.046500e-11
LMATRIX
 4.872100e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.358700e+01
FREQUENCY=INF
CMATRIX
 7.046500e-11
LMATRIX
 4.872100e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_39 
   (IDL ".subckt STL_1S_1R_39 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=115 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.921e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaam10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_39 ( Length=length N=1 )
.C 0
+ 6.740600e-11 
.L 0
+ 5.048800e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.642300e+01 
.C INF
+ 6.740600e-11 
.L INF
+ 5.048800e-07 
.Td INF
+ 5.833700e-09 
.Yc INF
+ 1.155500e-02 
.Zc INF
+ 8.654600e+01 

.endrlgc RLGCSTL_1S_1R_39

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.833700e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.155500e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  8.654600e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.338200e-01 
.ends STL_1S_1R_39
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_39
FREQUENCY=0
CMATRIX
 6.740600e-11
LMATRIX
 5.048800e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.642300e+01
FREQUENCY=INF
CMATRIX
 6.740600e-11
LMATRIX
 5.048800e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_40 
   (IDL ".subckt STL_1S_1R_40 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=100 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.54e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaan10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_40 ( Length=length N=1 )
.C 0
+ 6.537700e-11 
.L 0
+ 5.170800e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.888600e+01 
.C INF
+ 6.537700e-11 
.L INF
+ 5.170800e-07 
.Td INF
+ 5.814200e-09 
.Yc INF
+ 1.124400e-02 
.Zc INF
+ 8.893400e+01 

.endrlgc RLGCSTL_1S_1R_40

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.814200e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.124400e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  8.893400e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.401200e-01 
.ends STL_1S_1R_40
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_40
FREQUENCY=0
CMATRIX
 6.537700e-11
LMATRIX
 5.170800e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.888600e+01
FREQUENCY=INF
CMATRIX
 6.537700e-11
LMATRIX
 5.170800e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_41 
   (IDL ".subckt STL_1S_1R_41 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=89 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.2606e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaao10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_41 ( Length=length N=1 )
.C 0
+ 6.377100e-11 
.L 0
+ 5.269700e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.122100e+01 
.C INF
+ 6.377100e-11 
.L INF
+ 5.269700e-07 
.Td INF
+ 5.797000e-09 
.Yc INF
+ 1.100100e-02 
.Zc INF
+ 9.090400e+01 

.endrlgc RLGCSTL_1S_1R_41

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.797000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.100100e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.090400e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.451500e-01 
.ends STL_1S_1R_41
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_41
FREQUENCY=0
CMATRIX
 6.377100e-11
LMATRIX
 5.269700e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.122100e+01
FREQUENCY=INF
CMATRIX
 6.377100e-11
LMATRIX
 5.269700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_42 
   (IDL ".subckt STL_1S_1R_42 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=81 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.0574e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaap10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_42 ( Length=length N=1 )
.C 0
+ 6.259600e-11 
.L 0
+ 5.343400e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.331700e+01 
.C INF
+ 6.259600e-11 
.L INF
+ 5.343400e-07 
.Td INF
+ 5.783400e-09 
.Yc INF
+ 1.082300e-02 
.Zc INF
+ 9.239200e+01 

.endrlgc RLGCSTL_1S_1R_42

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.783400e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.082300e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.239200e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.488600e-01 
.ends STL_1S_1R_42
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_42
FREQUENCY=0
CMATRIX
 6.259600e-11
LMATRIX
 5.343400e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.331700e+01
FREQUENCY=INF
CMATRIX
 6.259600e-11
LMATRIX
 5.343400e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_43 
   (IDL ".subckt STL_1S_1R_43 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=75 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 1.905e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaaq10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_43 ( Length=length N=1 )
.C 0
+ 6.165400e-11 
.L 0
+ 5.403300e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.518200e+01 
.C INF
+ 6.165400e-11 
.L INF
+ 5.403300e-07 
.Td INF
+ 5.771800e-09 
.Yc INF
+ 1.068200e-02 
.Zc INF
+ 9.361600e+01 

.endrlgc RLGCSTL_1S_1R_43

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.771800e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.068200e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.361600e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.518500e-01 
.ends STL_1S_1R_43
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_43
FREQUENCY=0
CMATRIX
 6.165400e-11
LMATRIX
 5.403300e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.518200e+01
FREQUENCY=INF
CMATRIX
 6.165400e-11
LMATRIX
 5.403300e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_44 
   (IDL ".subckt STL_1S_1R_44 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=70 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 1.778e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaar10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_44 ( Length=length N=1 )
.C 0
+ 6.084600e-11 
.L 0
+ 5.455000e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.698100e+01 
.C INF
+ 6.084600e-11 
.L INF
+ 5.455000e-07 
.Td INF
+ 5.761200e-09 
.Yc INF
+ 1.056100e-02 
.Zc INF
+ 9.468500e+01 

.endrlgc RLGCSTL_1S_1R_44

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.761200e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.056100e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.468500e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.544200e-01 
.ends STL_1S_1R_44
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_44
FREQUENCY=0
CMATRIX
 6.084600e-11
LMATRIX
 5.455000e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.698100e+01
FREQUENCY=INF
CMATRIX
 6.084600e-11
LMATRIX
 5.455000e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_45 
   (IDL ".subckt STL_1S_1R_45 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=66 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 1.6764e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaas10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_45 ( Length=length N=1 )
.C 0
+ 6.021200e-11 
.L 0
+ 5.495900e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.861600e+01 
.C INF
+ 6.021200e-11 
.L INF
+ 5.495900e-07 
.Td INF
+ 5.752600e-09 
.Yc INF
+ 1.046700e-02 
.Zc INF
+ 9.553800e+01 

.endrlgc RLGCSTL_1S_1R_45

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.752600e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.046700e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.553800e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.564500e-01 
.ends STL_1S_1R_45
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_45
FREQUENCY=0
CMATRIX
 6.021200e-11
LMATRIX
 5.495900e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.861600e+01
FREQUENCY=INF
CMATRIX
 6.021200e-11
LMATRIX
 5.495900e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_46 
   (IDL ".subckt STL_1S_1R_46 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=63 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 1.6002e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaat10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_46 ( Length=length N=1 )
.C 0
+ 5.970400e-11 
.L 0
+ 5.529000e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.997800e+01 
.C INF
+ 5.970400e-11 
.L INF
+ 5.529000e-07 
.Td INF
+ 5.745500e-09 
.Yc INF
+ 1.039200e-02 
.Zc INF
+ 9.623200e+01 

.endrlgc RLGCSTL_1S_1R_46

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.745500e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.039200e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.623200e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.580800e-01 
.ends STL_1S_1R_46
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_46
FREQUENCY=0
CMATRIX
 5.970400e-11
LMATRIX
 5.529000e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.997800e+01
FREQUENCY=INF
CMATRIX
 5.970400e-11
LMATRIX
 5.529000e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_47 
   (IDL ".subckt STL_1S_1R_47 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=61 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 1.5494e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaau10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_47 ( Length=length N=1 )
.C 0
+ 5.936000e-11 
.L 0
+ 5.551300e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.096100e+01 
.C INF
+ 5.936000e-11 
.L INF
+ 5.551300e-07 
.Td INF
+ 5.740400e-09 
.Yc INF
+ 1.034100e-02 
.Zc INF
+ 9.670500e+01 

.endrlgc RLGCSTL_1S_1R_47

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.740400e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.034100e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.670500e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.591800e-01 
.ends STL_1S_1R_47
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_47
FREQUENCY=0
CMATRIX
 5.936000e-11
LMATRIX
 5.551300e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.096100e+01
FREQUENCY=INF
CMATRIX
 5.936000e-11
LMATRIX
 5.551300e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_48 
   (IDL ".subckt STL_1S_1R_48 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=59 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 1.4986e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaav10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_48 ( Length=length N=1 )
.C 0
+ 5.903500e-11 
.L 0
+ 5.572500e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.201100e+01 
.C INF
+ 5.903500e-11 
.L INF
+ 5.572500e-07 
.Td INF
+ 5.735600e-09 
.Yc INF
+ 1.029300e-02 
.Zc INF
+ 9.715600e+01 

.endrlgc RLGCSTL_1S_1R_48

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.735600e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.029300e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.715600e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.602200e-01 
.ends STL_1S_1R_48
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_48
FREQUENCY=0
CMATRIX
 5.903500e-11
LMATRIX
 5.572500e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.201100e+01
FREQUENCY=INF
CMATRIX
 5.903500e-11
LMATRIX
 5.572500e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_49 
   (IDL ".subckt STL_1S_1R_49 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=57 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 1.4478e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaaw10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_49 ( Length=length N=1 )
.C 0
+ 5.868100e-11 
.L 0
+ 5.595400e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.313400e+01 
.C INF
+ 5.868100e-11 
.L INF
+ 5.595400e-07 
.Td INF
+ 5.730100e-09 
.Yc INF
+ 1.024100e-02 
.Zc INF
+ 9.764900e+01 

.endrlgc RLGCSTL_1S_1R_49

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.730100e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.024100e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.764900e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.613600e-01 
.ends STL_1S_1R_49
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_49
FREQUENCY=0
CMATRIX
 5.868100e-11
LMATRIX
 5.595400e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.313400e+01
FREQUENCY=INF
CMATRIX
 5.868100e-11
LMATRIX
 5.595400e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_50 
   (IDL ".subckt STL_1S_1R_50 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=56 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 1.4224e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaax10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_50 ( Length=length N=1 )
.C 0
+ 5.850200e-11 
.L 0
+ 5.607300e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.372600e+01 
.C INF
+ 5.850200e-11 
.L INF
+ 5.607300e-07 
.Td INF
+ 5.727500e-09 
.Yc INF
+ 1.021400e-02 
.Zc INF
+ 9.790200e+01 

.endrlgc RLGCSTL_1S_1R_50

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.727500e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.021400e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.790200e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.619400e-01 
.ends STL_1S_1R_50
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_50
FREQUENCY=0
CMATRIX
 5.850200e-11
LMATRIX
 5.607300e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.372600e+01
FREQUENCY=INF
CMATRIX
 5.850200e-11
LMATRIX
 5.607300e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_51 
   (IDL ".subckt STL_1S_1R_51 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=55 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 1.397e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaay10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_51 ( Length=length N=1 )
.C 0
+ 5.832200e-11 
.L 0
+ 5.619200e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.433900e+01 
.C INF
+ 5.832200e-11 
.L INF
+ 5.619200e-07 
.Td INF
+ 5.724700e-09 
.Yc INF
+ 1.018800e-02 
.Zc INF
+ 9.815700e+01 

.endrlgc RLGCSTL_1S_1R_51

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.724700e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.018800e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.815700e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.625200e-01 
.ends STL_1S_1R_51
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_51
FREQUENCY=0
CMATRIX
 5.832200e-11
LMATRIX
 5.619200e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.433900e+01
FREQUENCY=INF
CMATRIX
 5.832200e-11
LMATRIX
 5.619200e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_52 
   (IDL ".subckt STL_1S_1R_52 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=54 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 1.3716e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaaz10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_52 ( Length=length N=1 )
.C 0
+ 5.814100e-11 
.L 0
+ 5.630800e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.497500e+01 
.C INF
+ 5.814100e-11 
.L INF
+ 5.630800e-07 
.Td INF
+ 5.721700e-09 
.Yc INF
+ 1.016100e-02 
.Zc INF
+ 9.841100e+01 

.endrlgc RLGCSTL_1S_1R_52

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.721700e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.016100e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.841100e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.631000e-01 
.ends STL_1S_1R_52
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_52
FREQUENCY=0
CMATRIX
 5.814100e-11
LMATRIX
 5.630800e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.497500e+01
FREQUENCY=INF
CMATRIX
 5.814100e-11
LMATRIX
 5.630800e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_53 
   (IDL ".subckt STL_1S_1R_53 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=53 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 1.3462e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaba10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_53 ( Length=length N=1 )
.C 0
+ 5.795800e-11 
.L 0
+ 5.642800e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.563500e+01 
.C INF
+ 5.795800e-11 
.L INF
+ 5.642800e-07 
.Td INF
+ 5.718800e-09 
.Yc INF
+ 1.013500e-02 
.Zc INF
+ 9.867100e+01 

.endrlgc RLGCSTL_1S_1R_53

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.718800e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.013500e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.867100e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.636900e-01 
.ends STL_1S_1R_53
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_53
FREQUENCY=0
CMATRIX
 5.795800e-11
LMATRIX
 5.642800e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.563500e+01
FREQUENCY=INF
CMATRIX
 5.795800e-11
LMATRIX
 5.642800e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_54 
   (IDL ".subckt STL_1S_1R_54 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4 Thick=0.000100076
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=52 topDist=0.000100076 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00153497

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.000100076 4 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 1.3208e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabb10920.in 0.00127 
.rlgc RLGCSTL_1S_1R_54 ( Length=length N=1 )
.C 0
+ 5.777400e-11 
.L 0
+ 5.655200e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.632000e+01 
.C INF
+ 5.777400e-11 
.L INF
+ 5.655200e-07 
.Td INF
+ 5.716000e-09 
.Yc INF
+ 1.010700e-02 
.Zc INF
+ 9.893700e+01 

.endrlgc RLGCSTL_1S_1R_54

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.716000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.010700e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.893700e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.642900e-01 
.ends STL_1S_1R_54
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_54
FREQUENCY=0
CMATRIX
 5.777400e-11
LMATRIX
 5.655200e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.632000e+01
FREQUENCY=INF
CMATRIX
 5.777400e-11
LMATRIX
 5.655200e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_55 
   (IDL ".subckt STL_1S_1R_55 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=637 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000161798 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaao01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_55 ( Length=length N=1 )
.C 0
+ 1.370800e-10 
.L 0
+ 3.012400e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.964900e+00 
.C INF
+ 1.370800e-10 
.L INF
+ 3.012400e-07 
.Td INF
+ 6.426000e-09 
.Yc INF
+ 2.133200e-02 
.Zc INF
+ 4.687800e+01 

.endrlgc RLGCSTL_1S_1R_55

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.426000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.133200e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.687800e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.838900e-01 
.ends STL_1S_1R_55
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_55
FREQUENCY=0
CMATRIX
 1.370800e-10
LMATRIX
 3.012400e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.964900e+00
FREQUENCY=INF
CMATRIX
 1.370800e-10
LMATRIX
 3.012400e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_56 
   (IDL ".subckt STL_1S_1R_56 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00162059
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Conductor Width=11031 topDist=0.00126492 botDist=0.000338176
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032

.layerstack Layerstack1
+dielectric( 0.0002032 4.3 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000338176 0.00280187 0.000355674 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaap01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_56 ( Length=length N=1 )
.C 0
+ 1.255800e-10 
.L 0
+ 3.071900e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.422900e-01 
.C INF
+ 1.255800e-10 
.L INF
+ 3.071900e-07 
.Td INF
+ 6.211000e-09 
.Yc INF
+ 2.021900e-02 
.Zc INF
+ 4.945900e+01 

.endrlgc RLGCSTL_1S_1R_56

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.211000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.021900e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.945900e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.972800e-01 
.ends STL_1S_1R_56
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_56
FREQUENCY=0
CMATRIX
 1.255800e-10
LMATRIX
 3.071900e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.422900e-01
FREQUENCY=INF
CMATRIX
 1.255800e-10
LMATRIX
 3.071900e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_57 
   (IDL ".subckt STL_1S_1R_57 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00162059
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=12408 topDist=0.00138242 botDist=0.0002032
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032

.layerstack Layerstack1
+dielectric( 0.0002032 4.3 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.96e+07 0 0.0002032 0.00315163 0.000238176 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaaq01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_57 ( Length=length N=1 )
.C 0
+ 1.239800e-10 
.L 0
+ 3.021900e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.522100e-01 
.C INF
+ 1.239800e-10 
.L INF
+ 3.021900e-07 
.Td INF
+ 6.120900e-09 
.Yc INF
+ 2.025500e-02 
.Zc INF
+ 4.937000e+01 

.endrlgc RLGCSTL_1S_1R_57

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.120900e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.025500e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.937000e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.968300e-01 
.ends STL_1S_1R_57
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_57
FREQUENCY=0
CMATRIX
 1.239800e-10
LMATRIX
 3.021900e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.522100e-01
FREQUENCY=INF
CMATRIX
 1.239800e-10
LMATRIX
 3.021900e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_62 
   (IDL ".subckt STL_1S_1R_62 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=600 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.0001524 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabf01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_62 ( Length=length N=1 )
.C 0
+ 1.329000e-10 
.L 0
+ 3.094400e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.147700e+00 
.C INF
+ 1.329000e-10 
.L INF
+ 3.094400e-07 
.Td INF
+ 6.412800e-09 
.Yc INF
+ 2.072400e-02 
.Zc INF
+ 4.825300e+01 

.endrlgc RLGCSTL_1S_1R_62

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.412800e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.072400e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.825300e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.911100e-01 
.ends STL_1S_1R_62
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_62
FREQUENCY=0
CMATRIX
 1.329000e-10
LMATRIX
 3.094400e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.147700e+00
FREQUENCY=INF
CMATRIX
 1.329000e-10
LMATRIX
 3.094400e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_63 
   (IDL ".subckt STL_1S_1R_63 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=1000 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000254 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabi01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_63 ( Length=length N=1 )
.C 0
+ 1.799700e-10 
.L 0
+ 2.394200e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.888600e+00 
.C INF
+ 1.799700e-10 
.L INF
+ 2.394200e-07 
.Td INF
+ 6.564200e-09 
.Yc INF
+ 2.741700e-02 
.Zc INF
+ 3.647400e+01 

.endrlgc RLGCSTL_1S_1R_63

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.564200e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.741700e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  3.647400e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.217900e-01 
.ends STL_1S_1R_63
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_63
FREQUENCY=0
CMATRIX
 1.799700e-10
LMATRIX
 2.394200e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.888600e+00
FREQUENCY=INF
CMATRIX
 1.799700e-10
LMATRIX
 2.394200e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_64 
   (IDL ".subckt STL_1S_1R_64 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=6380 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.00162052 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabj01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_64 ( Length=length N=1 )
.C 0
+ 7.670200e-10 
.L 0
+ 7.151200e-08 
.G 0
+ 0.000000e+00 
.R 0
+ 2.960300e-01 
.C INF
+ 7.670200e-10 
.L INF
+ 7.151200e-08 
.Td INF
+ 7.406200e-09 
.Yc INF
+ 1.035700e-01 
.Zc INF
+ 9.655800e+00 

.endrlgc RLGCSTL_1S_1R_64

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  7.406200e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.035700e-01 

*Impedance Matrix.
*Z 0 (n=1)
*  9.655800e+00 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  1.618600e-01 
.ends STL_1S_1R_64
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_64
FREQUENCY=0
CMATRIX
 7.670200e-10
LMATRIX
 7.151200e-08
GMATRIX
 0.000000e+00
RMATRIX
 2.960300e-01
FREQUENCY=INF
CMATRIX
 7.670200e-10
LMATRIX
 7.151200e-08
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_65 
   (IDL ".subckt STL_1S_1R_65 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=1232 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000312928 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabk01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_65 ( Length=length N=1 )
.C 0
+ 2.071000e-10 
.L 0
+ 2.125100e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.533000e+00 
.C INF
+ 2.071000e-10 
.L INF
+ 2.125100e-07 
.Td INF
+ 6.634100e-09 
.Yc INF
+ 3.121800e-02 
.Zc INF
+ 3.203300e+01 

.endrlgc RLGCSTL_1S_1R_65

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.634100e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 3.121800e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  3.203300e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  3.904900e-01 
.ends STL_1S_1R_65
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_65
FREQUENCY=0
CMATRIX
 2.071000e-10
LMATRIX
 2.125100e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.533000e+00
FREQUENCY=INF
CMATRIX
 2.071000e-10
LMATRIX
 2.125100e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_66 
   (IDL ".subckt STL_1S_1R_66 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=789 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000200406 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabl01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_66 ( Length=length N=1 )
.C 0
+ 1.549500e-10 
.L 0
+ 2.715800e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.393700e+00 
.C INF
+ 1.549500e-10 
.L INF
+ 2.715800e-07 
.Td INF
+ 6.487000e-09 
.Yc INF
+ 2.388600e-02 
.Zc INF
+ 4.186500e+01 

.endrlgc RLGCSTL_1S_1R_66

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.487000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.388600e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.186500e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.557200e-01 
.ends STL_1S_1R_66
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_66
FREQUENCY=0
CMATRIX
 1.549500e-10
LMATRIX
 2.715800e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.393700e+00
FREQUENCY=INF
CMATRIX
 1.549500e-10
LMATRIX
 2.715800e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_67 
   (IDL ".subckt STL_1S_1R_67 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=661 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000167894 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabm01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_67 ( Length=length N=1 )
.C 0
+ 1.404500e-10 
.L 0
+ 2.956900e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.857300e+00 
.C INF
+ 1.404500e-10 
.L INF
+ 2.956900e-07 
.Td INF
+ 6.444400e-09 
.Yc INF
+ 2.179400e-02 
.Zc INF
+ 4.588400e+01 

.endrlgc RLGCSTL_1S_1R_67

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.444400e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.179400e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.588400e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.785300e-01 
.ends STL_1S_1R_67
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_67
FREQUENCY=0
CMATRIX
 1.404500e-10
LMATRIX
 2.956900e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.857300e+00
FREQUENCY=INF
CMATRIX
 1.404500e-10
LMATRIX
 2.956900e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_68 
   (IDL ".subckt STL_1S_1R_68 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=607 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000154178 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabn01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_68 ( Length=length N=1 )
.C 0
+ 1.336900e-10 
.L 0
+ 3.078500e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.111400e+00 
.C INF
+ 1.336900e-10 
.L INF
+ 3.078500e-07 
.Td INF
+ 6.415300e-09 
.Yc INF
+ 2.083900e-02 
.Zc INF
+ 4.798700e+01 

.endrlgc RLGCSTL_1S_1R_68

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.415300e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.083900e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.798700e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.897300e-01 
.ends STL_1S_1R_68
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_68
FREQUENCY=0
CMATRIX
 1.336900e-10
LMATRIX
 3.078500e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.111400e+00
FREQUENCY=INF
CMATRIX
 1.336900e-10
LMATRIX
 3.078500e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_69 
   (IDL ".subckt STL_1S_1R_69 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=582 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000147828 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabo01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_69 ( Length=length N=1 )
.C 0
+ 1.308600e-10 
.L 0
+ 3.136100e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.245100e+00 
.C INF
+ 1.308600e-10 
.L INF
+ 3.136100e-07 
.Td INF
+ 6.406200e-09 
.Yc INF
+ 2.042700e-02 
.Zc INF
+ 4.895400e+01 

.endrlgc RLGCSTL_1S_1R_69

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.406200e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.042700e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.895400e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.947200e-01 
.ends STL_1S_1R_69
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_69
FREQUENCY=0
CMATRIX
 1.308600e-10
LMATRIX
 3.136100e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.245100e+00
FREQUENCY=INF
CMATRIX
 1.308600e-10
LMATRIX
 3.136100e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_70 
   (IDL ".subckt STL_1S_1R_70 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=570 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.00014478 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabp01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_70 ( Length=length N=1 )
.C 0
+ 1.295000e-10 
.L 0
+ 3.164600e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.313400e+00 
.C INF
+ 1.295000e-10 
.L INF
+ 3.164600e-07 
.Td INF
+ 6.401700e-09 
.Yc INF
+ 2.022900e-02 
.Zc INF
+ 4.943400e+01 

.endrlgc RLGCSTL_1S_1R_70

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.401700e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.022900e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.943400e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.971500e-01 
.ends STL_1S_1R_70
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_70
FREQUENCY=0
CMATRIX
 1.295000e-10
LMATRIX
 3.164600e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.313400e+00
FREQUENCY=INF
CMATRIX
 1.295000e-10
LMATRIX
 3.164600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_71 
   (IDL ".subckt STL_1S_1R_71 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=563 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000143002 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabq01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_71 ( Length=length N=1 )
.C 0
+ 1.287000e-10 
.L 0
+ 3.181500e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.354600e+00 
.C INF
+ 1.287000e-10 
.L INF
+ 3.181500e-07 
.Td INF
+ 6.398900e-09 
.Yc INF
+ 2.011300e-02 
.Zc INF
+ 4.971900e+01 

.endrlgc RLGCSTL_1S_1R_71

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.398900e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.011300e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.971900e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.985900e-01 
.ends STL_1S_1R_71
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_71
FREQUENCY=0
CMATRIX
 1.287000e-10
LMATRIX
 3.181500e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.354600e+00
FREQUENCY=INF
CMATRIX
 1.287000e-10
LMATRIX
 3.181500e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_72 
   (IDL ".subckt STL_1S_1R_72 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=560 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.00014224 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabr01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_72 ( Length=length N=1 )
.C 0
+ 1.283600e-10 
.L 0
+ 3.188800e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.372600e+00 
.C INF
+ 1.283600e-10 
.L INF
+ 3.188800e-07 
.Td INF
+ 6.397800e-09 
.Yc INF
+ 2.006300e-02 
.Zc INF
+ 4.984200e+01 

.endrlgc RLGCSTL_1S_1R_72

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.397800e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.006300e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.984200e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.992100e-01 
.ends STL_1S_1R_72
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_72
FREQUENCY=0
CMATRIX
 1.283600e-10
LMATRIX
 3.188800e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.372600e+00
FREQUENCY=INF
CMATRIX
 1.283600e-10
LMATRIX
 3.188800e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_73 
   (IDL ".subckt STL_1S_1R_73 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=559 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141986 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabs01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_73 ( Length=length N=1 )
.C 0
+ 1.282500e-10 
.L 0
+ 3.191300e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.378600e+00 
.C INF
+ 1.282500e-10 
.L INF
+ 3.191300e-07 
.Td INF
+ 6.397500e-09 
.Yc INF
+ 2.004700e-02 
.Zc INF
+ 4.988300e+01 

.endrlgc RLGCSTL_1S_1R_73

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.397500e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.004700e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.988300e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.994200e-01 
.ends STL_1S_1R_73
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_73
FREQUENCY=0
CMATRIX
 1.282500e-10
LMATRIX
 3.191300e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.378600e+00
FREQUENCY=INF
CMATRIX
 1.282500e-10
LMATRIX
 3.191300e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_74 
   (IDL ".subckt STL_1S_1R_74 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=557 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141478 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabt01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_74 ( Length=length N=1 )
.C 0
+ 1.280200e-10 
.L 0
+ 3.196300e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.390700e+00 
.C INF
+ 1.280200e-10 
.L INF
+ 3.196300e-07 
.Td INF
+ 6.396800e-09 
.Yc INF
+ 2.001300e-02 
.Zc INF
+ 4.996700e+01 

.endrlgc RLGCSTL_1S_1R_74

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.396800e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.001300e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.996700e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.998400e-01 
.ends STL_1S_1R_74
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_74
FREQUENCY=0
CMATRIX
 1.280200e-10
LMATRIX
 3.196300e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.390700e+00
FREQUENCY=INF
CMATRIX
 1.280200e-10
LMATRIX
 3.196300e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_75 
   (IDL ".subckt STL_1S_1R_75 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabu01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_75 ( Length=length N=1 )
.C 0
+ 1.279100e-10 
.L 0
+ 3.198700e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.396800e+00 
.C INF
+ 1.279100e-10 
.L INF
+ 3.198700e-07 
.Td INF
+ 6.396400e-09 
.Yc INF
+ 1.999700e-02 
.Zc INF
+ 5.000700e+01 

.endrlgc RLGCSTL_1S_1R_75

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.396400e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.999700e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.000700e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.000400e-01 
.ends STL_1S_1R_75
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_75
FREQUENCY=0
CMATRIX
 1.279100e-10
LMATRIX
 3.198700e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.396800e+00
FREQUENCY=INF
CMATRIX
 1.279100e-10
LMATRIX
 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_107 
   (IDL ".subckt STL_1S_1R_107 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=556 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaada01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_107 ( Length=length N=1 )
.C 0
+ 1.055700e-10 
.L 0
+ 3.198700e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.396800e+00 
.C INF
+ 1.055700e-10 
.L INF
+ 3.198700e-07 
.Td INF
+ 5.811100e-09 
.Yc INF
+ 1.816700e-02 
.Zc INF
+ 5.504500e+01 

.endrlgc RLGCSTL_1S_1R_107

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.811100e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.816700e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.504500e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.240100e-01 
.ends STL_1S_1R_107
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_107
FREQUENCY=0
CMATRIX
 1.055700e-10
LMATRIX
 3.198700e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.396800e+00
FREQUENCY=INF
CMATRIX
 1.055700e-10
LMATRIX
 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_108 
   (IDL ".subckt STL_1S_1R_108 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=11031 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.00280187 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadb01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_108 ( Length=length N=1 )
.C 0
+ 1.271900e-10 
.L 0
+ 3.071900e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.422900e-01 
.C INF
+ 1.271900e-10 
.L INF
+ 3.071900e-07 
.Td INF
+ 6.250700e-09 
.Yc INF
+ 2.034800e-02 
.Zc INF
+ 4.914500e+01 

.endrlgc RLGCSTL_1S_1R_108

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.250700e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.034800e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.914500e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.956900e-01 
.ends STL_1S_1R_108
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_108
FREQUENCY=0
CMATRIX
 1.271900e-10
LMATRIX
 3.071900e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.422900e-01
FREQUENCY=INF
CMATRIX
 1.271900e-10
LMATRIX
 3.071900e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_109 
   (IDL ".subckt STL_1S_1R_109 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=12408 topDist=0.00138242

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.96e+07 0 0 0.00315163 3.49758e-05 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadc01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_109 ( Length=length N=1 )
.C 0
+ 1.197300e-10 
.L 0
+ 3.021900e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.522100e-01 
.C INF
+ 1.197300e-10 
.L INF
+ 3.021900e-07 
.Td INF
+ 6.015100e-09 
.Yc INF
+ 1.990500e-02 
.Zc INF
+ 5.023900e+01 

.endrlgc RLGCSTL_1S_1R_109

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.015100e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.990500e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  5.023900e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.011900e-01 
.ends STL_1S_1R_109
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_109
FREQUENCY=0
CMATRIX
 1.197300e-10
LMATRIX
 3.021900e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.522100e-01
FREQUENCY=INF
CMATRIX
 1.197300e-10
LMATRIX
 3.021900e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_111 
   (IDL ".subckt STL_1S_1R_111 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=918 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000233172 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaade01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_111 ( Length=length N=1 )
.C 0
+ 1.436800e-10 
.L 0
+ 2.509400e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.057300e+00 
.C INF
+ 1.436800e-10 
.L INF
+ 2.509400e-07 
.Td INF
+ 6.004600e-09 
.Yc INF
+ 2.392800e-02 
.Zc INF
+ 4.179100e+01 

.endrlgc RLGCSTL_1S_1R_111

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.004600e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.392800e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.179100e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.552900e-01 
.ends STL_1S_1R_111
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_111
FREQUENCY=0
CMATRIX
 1.436800e-10
LMATRIX
 2.509400e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.057300e+00
FREQUENCY=INF
CMATRIX
 1.436800e-10
LMATRIX
 2.509400e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_112 
   (IDL ".subckt STL_1S_1R_112 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=384 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 9.7536e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadf01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_112 ( Length=length N=1 )
.C 0
+ 8.757100e-11 
.L 0
+ 3.690000e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 4.918300e+00 
.C INF
+ 8.757100e-11 
.L INF
+ 3.690000e-07 
.Td INF
+ 5.684500e-09 
.Yc INF
+ 1.540500e-02 
.Zc INF
+ 6.491300e+01 

.endrlgc RLGCSTL_1S_1R_112

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.684500e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.540500e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  6.491300e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  5.648900e-01 
.ends STL_1S_1R_112
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_112
FREQUENCY=0
CMATRIX
 8.757100e-11
LMATRIX
 3.690000e-07
GMATRIX
 0.000000e+00
RMATRIX
 4.918300e+00
FREQUENCY=INF
CMATRIX
 8.757100e-11
LMATRIX
 3.690000e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_113 
   (IDL ".subckt STL_1S_1R_113 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=249 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 6.3246e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadg01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_113 ( Length=length N=1 )
.C 0
+ 7.311700e-11 
.L 0
+ 4.238200e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 7.584900e+00 
.C INF
+ 7.311700e-11 
.L INF
+ 4.238200e-07 
.Td INF
+ 5.566700e-09 
.Yc INF
+ 1.313500e-02 
.Zc INF
+ 7.613500e+01 

.endrlgc RLGCSTL_1S_1R_113

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.566700e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.313500e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  7.613500e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.036000e-01 
.ends STL_1S_1R_113
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_113
FREQUENCY=0
CMATRIX
 7.311700e-11
LMATRIX
 4.238200e-07
GMATRIX
 0.000000e+00
RMATRIX
 7.584900e+00
FREQUENCY=INF
CMATRIX
 7.311700e-11
LMATRIX
 4.238200e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_114 
   (IDL ".subckt STL_1S_1R_114 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=190 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 4.826e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadh01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_114 ( Length=length N=1 )
.C 0
+ 6.664100e-11 
.L 0
+ 4.542000e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 9.940200e+00 
.C INF
+ 6.664100e-11 
.L INF
+ 4.542000e-07 
.Td INF
+ 5.501700e-09 
.Yc INF
+ 1.211300e-02 
.Zc INF
+ 8.255700e+01 

.endrlgc RLGCSTL_1S_1R_114

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.501700e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.211300e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  8.255700e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.228000e-01 
.ends STL_1S_1R_114
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_114
FREQUENCY=0
CMATRIX
 6.664100e-11
LMATRIX
 4.542000e-07
GMATRIX
 0.000000e+00
RMATRIX
 9.940200e+00
FREQUENCY=INF
CMATRIX
 6.664100e-11
LMATRIX
 4.542000e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_115 
   (IDL ".subckt STL_1S_1R_115 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=157 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 3.9878e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadi01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_115 ( Length=length N=1 )
.C 0
+ 6.272500e-11 
.L 0
+ 4.747800e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.203000e+01 
.C INF
+ 6.272500e-11 
.L INF
+ 4.747800e-07 
.Td INF
+ 5.457200e-09 
.Yc INF
+ 1.149400e-02 
.Zc INF
+ 8.700100e+01 

.endrlgc RLGCSTL_1S_1R_115

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.457200e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.149400e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  8.700100e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.350400e-01 
.ends STL_1S_1R_115
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_115
FREQUENCY=0
CMATRIX
 6.272500e-11
LMATRIX
 4.747800e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.203000e+01
FREQUENCY=INF
CMATRIX
 6.272500e-11
LMATRIX
 4.747800e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_116 
   (IDL ".subckt STL_1S_1R_116 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=136 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 3.4544e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadj01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_116 ( Length=length N=1 )
.C 0
+ 6.023200e-11 
.L 0
+ 4.888200e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.388700e+01 
.C INF
+ 6.023200e-11 
.L INF
+ 4.888200e-07 
.Td INF
+ 5.426100e-09 
.Yc INF
+ 1.110000e-02 
.Zc INF
+ 9.008700e+01 

.endrlgc RLGCSTL_1S_1R_116

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.426100e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.110000e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.008700e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.430800e-01 
.ends STL_1S_1R_116
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_116
FREQUENCY=0
CMATRIX
 6.023200e-11
LMATRIX
 4.888200e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.388700e+01
FREQUENCY=INF
CMATRIX
 6.023200e-11
LMATRIX
 4.888200e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_117 
   (IDL ".subckt STL_1S_1R_117 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=123 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 3.1242e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadk01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_117 ( Length=length N=1 )
.C 0
+ 5.857600e-11 
.L 0
+ 4.985700e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.535500e+01 
.C INF
+ 5.857600e-11 
.L INF
+ 4.985700e-07 
.Td INF
+ 5.404100e-09 
.Yc INF
+ 1.083900e-02 
.Zc INF
+ 9.225800e+01 

.endrlgc RLGCSTL_1S_1R_117

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.404100e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.083900e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.225800e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.485300e-01 
.ends STL_1S_1R_117
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_117
FREQUENCY=0
CMATRIX
 5.857600e-11
LMATRIX
 4.985700e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.535500e+01
FREQUENCY=INF
CMATRIX
 5.857600e-11
LMATRIX
 4.985700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_118 
   (IDL ".subckt STL_1S_1R_118 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=113 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.8702e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadl01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_118 ( Length=length N=1 )
.C 0
+ 5.727200e-11 
.L 0
+ 5.065100e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.671400e+01 
.C INF
+ 5.727200e-11 
.L INF
+ 5.065100e-07 
.Td INF
+ 5.386000e-09 
.Yc INF
+ 1.063400e-02 
.Zc INF
+ 9.404200e+01 

.endrlgc RLGCSTL_1S_1R_118

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.386000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.063400e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.404200e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.528800e-01 
.ends STL_1S_1R_118
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_118
FREQUENCY=0
CMATRIX
 5.727200e-11
LMATRIX
 5.065100e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.671400e+01
FREQUENCY=INF
CMATRIX
 5.727200e-11
LMATRIX
 5.065100e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_119 
   (IDL ".subckt STL_1S_1R_119 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=106 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.6924e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadm01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_119 ( Length=length N=1 )
.C 0
+ 5.634000e-11 
.L 0
+ 5.122900e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.781700e+01 
.C INF
+ 5.634000e-11 
.L INF
+ 5.122900e-07 
.Td INF
+ 5.372400e-09 
.Yc INF
+ 1.048700e-02 
.Zc INF
+ 9.535600e+01 

.endrlgc RLGCSTL_1S_1R_119

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.372400e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.048700e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.535600e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.560200e-01 
.ends STL_1S_1R_119
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_119
FREQUENCY=0
CMATRIX
 5.634000e-11
LMATRIX
 5.122900e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.781700e+01
FREQUENCY=INF
CMATRIX
 5.634000e-11
LMATRIX
 5.122900e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_120 
   (IDL ".subckt STL_1S_1R_120 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=102 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.5908e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadn01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_120 ( Length=length N=1 )
.C 0
+ 5.585900e-11 
.L 0
+ 5.153300e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.851600e+01 
.C INF
+ 5.585900e-11 
.L INF
+ 5.153300e-07 
.Td INF
+ 5.365200e-09 
.Yc INF
+ 1.041100e-02 
.Zc INF
+ 9.605000e+01 

.endrlgc RLGCSTL_1S_1R_120

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.365200e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.041100e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.605000e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.576500e-01 
.ends STL_1S_1R_120
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_120
FREQUENCY=0
CMATRIX
 5.585900e-11
LMATRIX
 5.153300e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.851600e+01
FREQUENCY=INF
CMATRIX
 5.585900e-11
LMATRIX
 5.153300e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_121 
   (IDL ".subckt STL_1S_1R_121 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=98 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.4892e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaado01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_121 ( Length=length N=1 )
.C 0
+ 5.531200e-11 
.L 0
+ 5.188200e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.927200e+01 
.C INF
+ 5.531200e-11 
.L INF
+ 5.188200e-07 
.Td INF
+ 5.357000e-09 
.Yc INF
+ 1.032500e-02 
.Zc INF
+ 9.685000e+01 

.endrlgc RLGCSTL_1S_1R_121

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.357000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.032500e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.685000e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.595200e-01 
.ends STL_1S_1R_121
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_121
FREQUENCY=0
CMATRIX
 5.531200e-11
LMATRIX
 5.188200e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.927200e+01
FREQUENCY=INF
CMATRIX
 5.531200e-11
LMATRIX
 5.188200e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_122 
   (IDL ".subckt STL_1S_1R_122 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=94 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.3876e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadp01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_122 ( Length=length N=1 )
.C 0
+ 5.475800e-11 
.L 0
+ 5.224000e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.009200e+01 
.C INF
+ 5.475800e-11 
.L INF
+ 5.224000e-07 
.Td INF
+ 5.348400e-09 
.Yc INF
+ 1.023800e-02 
.Zc INF
+ 9.767400e+01 

.endrlgc RLGCSTL_1S_1R_122

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.348400e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.023800e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.767400e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.614200e-01 
.ends STL_1S_1R_122
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_122
FREQUENCY=0
CMATRIX
 5.475800e-11
LMATRIX
 5.224000e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.009200e+01
FREQUENCY=INF
CMATRIX
 5.475800e-11
LMATRIX
 5.224000e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_123 
   (IDL ".subckt STL_1S_1R_123 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=92 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.3368e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadq01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_123 ( Length=length N=1 )
.C 0
+ 5.447900e-11 
.L 0
+ 5.242200e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.052900e+01 
.C INF
+ 5.447900e-11 
.L INF
+ 5.242200e-07 
.Td INF
+ 5.344100e-09 
.Yc INF
+ 1.019400e-02 
.Zc INF
+ 9.809400e+01 

.endrlgc RLGCSTL_1S_1R_123

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.344100e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.019400e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.809400e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.623800e-01 
.ends STL_1S_1R_123
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_123
FREQUENCY=0
CMATRIX
 5.447900e-11
LMATRIX
 5.242200e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.052900e+01
FREQUENCY=INF
CMATRIX
 5.447900e-11
LMATRIX
 5.242200e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_124 
   (IDL ".subckt STL_1S_1R_124 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=91 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.3114e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadr01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_124 ( Length=length N=1 )
.C 0
+ 5.433900e-11 
.L 0
+ 5.251300e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.075400e+01 
.C INF
+ 5.433900e-11 
.L INF
+ 5.251300e-07 
.Td INF
+ 5.341800e-09 
.Yc INF
+ 1.017200e-02 
.Zc INF
+ 9.830500e+01 

.endrlgc RLGCSTL_1S_1R_124

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.341800e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.017200e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.830500e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.628600e-01 
.ends STL_1S_1R_124
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_124
FREQUENCY=0
CMATRIX
 5.433900e-11
LMATRIX
 5.251300e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.075400e+01
FREQUENCY=INF
CMATRIX
 5.433900e-11
LMATRIX
 5.251300e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_125 
   (IDL ".subckt STL_1S_1R_125 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=89 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.2606e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaads01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_125 ( Length=length N=1 )
.C 0
+ 5.405700e-11 
.L 0
+ 5.269700e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.122100e+01 
.C INF
+ 5.405700e-11 
.L INF
+ 5.269700e-07 
.Td INF
+ 5.337300e-09 
.Yc INF
+ 1.012800e-02 
.Zc INF
+ 9.873400e+01 

.endrlgc RLGCSTL_1S_1R_125

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.337300e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.012800e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.873400e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.638300e-01 
.ends STL_1S_1R_125
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_125
FREQUENCY=0
CMATRIX
 5.405700e-11
LMATRIX
 5.269700e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.122100e+01
FREQUENCY=INF
CMATRIX
 5.405700e-11
LMATRIX
 5.269700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_126 
   (IDL ".subckt STL_1S_1R_126 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=88 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.2352e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadt01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_126 ( Length=length N=1 )
.C 0
+ 5.391500e-11 
.L 0
+ 5.279000e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.146200e+01 
.C INF
+ 5.391500e-11 
.L INF
+ 5.279000e-07 
.Td INF
+ 5.335000e-09 
.Yc INF
+ 1.010600e-02 
.Zc INF
+ 9.895100e+01 

.endrlgc RLGCSTL_1S_1R_126

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.335000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.010600e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.895100e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.643200e-01 
.ends STL_1S_1R_126
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_126
FREQUENCY=0
CMATRIX
 5.391500e-11
LMATRIX
 5.279000e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.146200e+01
FREQUENCY=INF
CMATRIX
 5.391500e-11
LMATRIX
 5.279000e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_127 
   (IDL ".subckt STL_1S_1R_127 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=87 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.2098e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadu01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_127 ( Length=length N=1 )
.C 0
+ 5.377300e-11 
.L 0
+ 5.288500e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.170900e+01 
.C INF
+ 5.377300e-11 
.L INF
+ 5.288500e-07 
.Td INF
+ 5.332700e-09 
.Yc INF
+ 1.008400e-02 
.Zc INF
+ 9.917100e+01 

.endrlgc RLGCSTL_1S_1R_127

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.332700e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.008400e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.917100e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.648100e-01 
.ends STL_1S_1R_127
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_127
FREQUENCY=0
CMATRIX
 5.377300e-11
LMATRIX
 5.288500e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.170900e+01
FREQUENCY=INF
CMATRIX
 5.377300e-11
LMATRIX
 5.288500e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_128 
   (IDL ".subckt STL_1S_1R_128 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=86 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.1844e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadv01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_128 ( Length=length N=1 )
.C 0
+ 5.363000e-11 
.L 0
+ 5.297800e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.196100e+01 
.C INF
+ 5.363000e-11 
.L INF
+ 5.297800e-07 
.Td INF
+ 5.330300e-09 
.Yc INF
+ 1.006100e-02 
.Zc INF
+ 9.939000e+01 

.endrlgc RLGCSTL_1S_1R_128

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.330300e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.006100e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.939000e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.653100e-01 
.ends STL_1S_1R_128
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_128
FREQUENCY=0
CMATRIX
 5.363000e-11
LMATRIX
 5.297800e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.196100e+01
FREQUENCY=INF
CMATRIX
 5.363000e-11
LMATRIX
 5.297800e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_129 
   (IDL ".subckt STL_1S_1R_129 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=85 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.159e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadw01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_129 ( Length=length N=1 )
.C 0
+ 5.348700e-11 
.L 0
+ 5.307400e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.221900e+01 
.C INF
+ 5.348700e-11 
.L INF
+ 5.307400e-07 
.Td INF
+ 5.328000e-09 
.Yc INF
+ 1.003900e-02 
.Zc INF
+ 9.961300e+01 

.endrlgc RLGCSTL_1S_1R_129

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.328000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.003900e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.961300e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.658000e-01 
.ends STL_1S_1R_129
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_129
FREQUENCY=0
CMATRIX
 5.348700e-11
LMATRIX
 5.307400e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.221900e+01
FREQUENCY=INF
CMATRIX
 5.348700e-11
LMATRIX
 5.307400e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_130 
   (IDL ".subckt STL_1S_1R_130 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=84 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.1336e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadx01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_130 ( Length=length N=1 )
.C 0
+ 5.334300e-11 
.L 0
+ 5.317100e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.248400e+01 
.C INF
+ 5.334300e-11 
.L INF
+ 5.317100e-07 
.Td INF
+ 5.325700e-09 
.Yc INF
+ 1.001600e-02 
.Zc INF
+ 9.983900e+01 

.endrlgc RLGCSTL_1S_1R_130

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.325700e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.001600e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  9.983900e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.663100e-01 
.ends STL_1S_1R_130
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_130
FREQUENCY=0
CMATRIX
 5.334300e-11
LMATRIX
 5.317100e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.248400e+01
FREQUENCY=INF
CMATRIX
 5.334300e-11
LMATRIX
 5.317100e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_131 
   (IDL ".subckt STL_1S_1R_131 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=83 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.1082e-05 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaady01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_131 ( Length=length N=1 )
.C 0
+ 5.319900e-11 
.L 0
+ 5.326800e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.275500e+01 
.C INF
+ 5.319900e-11 
.L INF
+ 5.326800e-07 
.Td INF
+ 5.323300e-09 
.Yc INF
+ 9.993500e-03 
.Zc INF
+ 1.000600e+02 

.endrlgc RLGCSTL_1S_1R_131

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.323300e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 9.993500e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.000600e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.668100e-01 
.ends STL_1S_1R_131
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_131
FREQUENCY=0
CMATRIX
 5.319900e-11
LMATRIX
 5.326800e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.275500e+01
FREQUENCY=INF
CMATRIX
 5.319900e-11
LMATRIX
 5.326800e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_133 
   (IDL ".subckt STL_1S_1R_133 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=17988 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.00456895 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaea01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_133 ( Length=length N=1 )
.C 0
+ 1.840100e-09 
.L 0
+ 2.622600e-08 
.G 0
+ 0.000000e+00 
.R 0
+ 1.049900e-01 
.C INF
+ 1.840100e-09 
.L INF
+ 2.622600e-08 
.Td INF
+ 6.946800e-09 
.Yc INF
+ 2.648800e-01 
.Zc INF
+ 3.775200e+00 

.endrlgc RLGCSTL_1S_1R_133

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.946800e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.648800e-01 

*Impedance Matrix.
*Z 0 (n=1)
*  3.775200e+00 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  7.020400e-02 
.ends STL_1S_1R_133
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_133
FREQUENCY=0
CMATRIX
 1.840100e-09
LMATRIX
 2.622600e-08
GMATRIX
 0.000000e+00
RMATRIX
 1.049900e-01
FREQUENCY=INF
CMATRIX
 1.840100e-09
LMATRIX
 2.622600e-08
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_134 
   (IDL ".subckt STL_1S_1R_134 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=2716 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000689864 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaeb01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_134 ( Length=length N=1 )
.C 0
+ 3.299600e-10 
.L 0
+ 1.254400e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 6.953800e-01 
.C INF
+ 3.299600e-10 
.L INF
+ 1.254400e-07 
.Td INF
+ 6.433500e-09 
.Yc INF
+ 5.128800e-02 
.Zc INF
+ 1.949800e+01 

.endrlgc RLGCSTL_1S_1R_134

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.433500e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 5.128800e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  1.949800e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  2.805500e-01 
.ends STL_1S_1R_134
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_134
FREQUENCY=0
CMATRIX
 3.299600e-10
LMATRIX
 1.254400e-07
GMATRIX
 0.000000e+00
RMATRIX
 6.953800e-01
FREQUENCY=INF
CMATRIX
 3.299600e-10
LMATRIX
 1.254400e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_135 
   (IDL ".subckt STL_1S_1R_135 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=2119 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000538226 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaec01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_135 ( Length=length N=1 )
.C 0
+ 2.686000e-10 
.L 0
+ 1.497700e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 8.912900e-01 
.C INF
+ 2.686000e-10 
.L INF
+ 1.497700e-07 
.Td INF
+ 6.342600e-09 
.Yc INF
+ 4.234900e-02 
.Zc INF
+ 2.361300e+01 

.endrlgc RLGCSTL_1S_1R_135

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.342600e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 4.234900e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  2.361300e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  3.207800e-01 
.ends STL_1S_1R_135
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_135
FREQUENCY=0
CMATRIX
 2.686000e-10
LMATRIX
 1.497700e-07
GMATRIX
 0.000000e+00
RMATRIX
 8.912900e-01
FREQUENCY=INF
CMATRIX
 2.686000e-10
LMATRIX
 1.497700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_136 
   (IDL ".subckt STL_1S_1R_136 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=2001 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000508254 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaed01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_136 ( Length=length N=1 )
.C 0
+ 2.563700e-10 
.L 0
+ 1.558100e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 9.438500e-01 
.C INF
+ 2.563700e-10 
.L INF
+ 1.558100e-07 
.Td INF
+ 6.320200e-09 
.Yc INF
+ 4.056400e-02 
.Zc INF
+ 2.465300e+01 

.endrlgc RLGCSTL_1S_1R_136

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.320200e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 4.056400e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  2.465300e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  3.302300e-01 
.ends STL_1S_1R_136
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_136
FREQUENCY=0
CMATRIX
 2.563700e-10
LMATRIX
 1.558100e-07
GMATRIX
 0.000000e+00
RMATRIX
 9.438500e-01
FREQUENCY=INF
CMATRIX
 2.563700e-10
LMATRIX
 1.558100e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_137 
   (IDL ".subckt STL_1S_1R_137 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=1973 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000501142 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaee01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_137 ( Length=length N=1 )
.C 0
+ 2.535100e-10 
.L 0
+ 1.573100e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 9.572400e-01 
.C INF
+ 2.535100e-10 
.L INF
+ 1.573100e-07 
.Td INF
+ 6.315000e-09 
.Yc INF
+ 4.014400e-02 
.Zc INF
+ 2.491000e+01 

.endrlgc RLGCSTL_1S_1R_137

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.315000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 4.014400e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  2.491000e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  3.325400e-01 
.ends STL_1S_1R_137
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_137
FREQUENCY=0
CMATRIX
 2.535100e-10
LMATRIX
 1.573100e-07
GMATRIX
 0.000000e+00
RMATRIX
 9.572400e-01
FREQUENCY=INF
CMATRIX
 2.535100e-10
LMATRIX
 1.573100e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_138 
   (IDL ".subckt STL_1S_1R_138 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=1966 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000499364 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaef01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_138 ( Length=length N=1 )
.C 0
+ 2.528000e-10 
.L 0
+ 1.576800e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 9.606500e-01 
.C INF
+ 2.528000e-10 
.L INF
+ 1.576800e-07 
.Td INF
+ 6.313600e-09 
.Yc INF
+ 4.004100e-02 
.Zc INF
+ 2.497500e+01 

.endrlgc RLGCSTL_1S_1R_138

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.313600e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 4.004100e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  2.497500e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  3.331100e-01 
.ends STL_1S_1R_138
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_138
FREQUENCY=0
CMATRIX
 2.528000e-10
LMATRIX
 1.576800e-07
GMATRIX
 0.000000e+00
RMATRIX
 9.606500e-01
FREQUENCY=INF
CMATRIX
 2.528000e-10
LMATRIX
 1.576800e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_139 
   (IDL ".subckt STL_1S_1R_139 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=1964 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000498856 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaeg01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_139 ( Length=length N=1 )
.C 0
+ 2.526000e-10 
.L 0
+ 1.577900e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 9.616300e-01 
.C INF
+ 2.526000e-10 
.L INF
+ 1.577900e-07 
.Td INF
+ 6.313300e-09 
.Yc INF
+ 4.001100e-02 
.Zc INF
+ 2.499300e+01 

.endrlgc RLGCSTL_1S_1R_139

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.313300e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 4.001100e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  2.499300e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  3.332700e-01 
.ends STL_1S_1R_139
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_139
FREQUENCY=0
CMATRIX
 2.526000e-10
LMATRIX
 1.577900e-07
GMATRIX
 0.000000e+00
RMATRIX
 9.616300e-01
FREQUENCY=INF
CMATRIX
 2.526000e-10
LMATRIX
 1.577900e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_140 
   (IDL ".subckt STL_1S_1R_140 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=1962 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000498348 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaeh01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_140 ( Length=length N=1 )
.C 0
+ 2.523900e-10 
.L 0
+ 1.579000e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 9.626100e-01 
.C INF
+ 2.523900e-10 
.L INF
+ 1.579000e-07 
.Td INF
+ 6.312900e-09 
.Yc INF
+ 3.998000e-02 
.Zc INF
+ 2.501200e+01 

.endrlgc RLGCSTL_1S_1R_140

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.312900e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 3.998000e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  2.501200e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  3.334400e-01 
.ends STL_1S_1R_140
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_140
FREQUENCY=0
CMATRIX
 2.523900e-10
LMATRIX
 1.579000e-07
GMATRIX
 0.000000e+00
RMATRIX
 9.626100e-01
FREQUENCY=INF
CMATRIX
 2.523900e-10
LMATRIX
 1.579000e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_142 
   (IDL ".subckt STL_1S_1R_142 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=800 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.0002032 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaej01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_142 ( Length=length N=1 )
.C 0
+ 1.316200e-10 
.L 0
+ 2.693900e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.360800e+00 
.C INF
+ 1.316200e-10 
.L INF
+ 2.693900e-07 
.Td INF
+ 5.954600e-09 
.Yc INF
+ 2.210400e-02 
.Zc INF
+ 4.524100e+01 

.endrlgc RLGCSTL_1S_1R_142

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.954600e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.210400e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.524100e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.750100e-01 
.ends STL_1S_1R_142
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_142
FREQUENCY=0
CMATRIX
 1.316200e-10
LMATRIX
 2.693900e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.360800e+00
FREQUENCY=INF
CMATRIX
 1.316200e-10
LMATRIX
 2.693900e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_144 
   (IDL ".subckt STL_1S_1R_144 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=459 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000116586 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaen01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_144 ( Length=length N=1 )
.C 0
+ 4.446000e-11 
.L 0
+ 8.511100e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 8.226100e+00 
.C INF
+ 4.446000e-11 
.L INF
+ 8.511100e-07 
.Td INF
+ 6.151500e-09 
.Yc INF
+ 7.227600e-03 
.Zc INF
+ 1.383600e+02 

.endrlgc RLGCSTL_1S_1R_144

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.151500e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 7.227600e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.383600e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  7.345500e-01 
.ends STL_1S_1R_144
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_144
FREQUENCY=0
CMATRIX
 4.446000e-11
LMATRIX
 8.511100e-07
GMATRIX
 0.000000e+00
RMATRIX
 8.226100e+00
FREQUENCY=INF
CMATRIX
 4.446000e-11
LMATRIX
 8.511100e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_145 
   (IDL ".subckt STL_1S_1R_145 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=636 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000161544 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaeo01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_145 ( Length=length N=1 )
.C 0
+ 4.740000e-11 
.L 0
+ 7.954300e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 5.936700e+00 
.C INF
+ 4.740000e-11 
.L INF
+ 7.954300e-07 
.Td INF
+ 6.140300e-09 
.Yc INF
+ 7.719500e-03 
.Zc INF
+ 1.295400e+02 

.endrlgc RLGCSTL_1S_1R_145

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.140300e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 7.719500e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.295400e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  7.215100e-01 
.ends STL_1S_1R_145
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_145
FREQUENCY=0
CMATRIX
 4.740000e-11
LMATRIX
 7.954300e-07
GMATRIX
 0.000000e+00
RMATRIX
 5.936700e+00
FREQUENCY=INF
CMATRIX
 4.740000e-11
LMATRIX
 7.954300e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_146 
   (IDL ".subckt STL_1S_1R_146 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=824 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000209296 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaep01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_146 ( Length=length N=1 )
.C 0
+ 5.018000e-11 
.L 0
+ 7.495600e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 4.582200e+00 
.C INF
+ 5.018000e-11 
.L INF
+ 7.495600e-07 
.Td INF
+ 6.132900e-09 
.Yc INF
+ 8.182000e-03 
.Zc INF
+ 1.222200e+02 

.endrlgc RLGCSTL_1S_1R_146

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.132900e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 8.182000e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.222200e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  7.096700e-01 
.ends STL_1S_1R_146
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_146
FREQUENCY=0
CMATRIX
 5.018000e-11
LMATRIX
 7.495600e-07
GMATRIX
 0.000000e+00
RMATRIX
 4.582200e+00
FREQUENCY=INF
CMATRIX
 5.018000e-11
LMATRIX
 7.495600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_147 
   (IDL ".subckt STL_1S_1R_147 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1007 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000255778 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaeq01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_147 ( Length=length N=1 )
.C 0
+ 5.256800e-11 
.L 0
+ 7.136500e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.749500e+00 
.C INF
+ 5.256800e-11 
.L INF
+ 7.136500e-07 
.Td INF
+ 6.125000e-09 
.Yc INF
+ 8.582600e-03 
.Zc INF
+ 1.165200e+02 

.endrlgc RLGCSTL_1S_1R_147

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.125000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 8.582600e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.165200e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.997300e-01 
.ends STL_1S_1R_147
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_147
FREQUENCY=0
CMATRIX
 5.256800e-11
LMATRIX
 7.136500e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.749500e+00
FREQUENCY=INF
CMATRIX
 5.256800e-11
LMATRIX
 7.136500e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_148 
   (IDL ".subckt STL_1S_1R_148 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1173 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000297942 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaer01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_148 ( Length=length N=1 )
.C 0
+ 5.460100e-11 
.L 0
+ 6.859300e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.218900e+00 
.C INF
+ 5.460100e-11 
.L INF
+ 6.859300e-07 
.Td INF
+ 6.119800e-09 
.Yc INF
+ 8.922000e-03 
.Zc INF
+ 1.120800e+02 

.endrlgc RLGCSTL_1S_1R_148

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.119800e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 8.922000e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.120800e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.915200e-01 
.ends STL_1S_1R_148
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_148
FREQUENCY=0
CMATRIX
 5.460100e-11
LMATRIX
 6.859300e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.218900e+00
FREQUENCY=INF
CMATRIX
 5.460100e-11
LMATRIX
 6.859300e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_149 
   (IDL ".subckt STL_1S_1R_149 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1314 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000333756 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaes01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_149 ( Length=length N=1 )
.C 0
+ 5.625700e-11 
.L 0
+ 6.651000e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.873500e+00 
.C INF
+ 5.625700e-11 
.L INF
+ 6.651000e-07 
.Td INF
+ 6.116900e-09 
.Yc INF
+ 9.197000e-03 
.Zc INF
+ 1.087300e+02 

.endrlgc RLGCSTL_1S_1R_149

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.116900e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 9.197000e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.087300e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.850000e-01 
.ends STL_1S_1R_149
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_149
FREQUENCY=0
CMATRIX
 5.625700e-11
LMATRIX
 6.651000e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.873500e+00
FREQUENCY=INF
CMATRIX
 5.625700e-11
LMATRIX
 6.651000e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_150 
   (IDL ".subckt STL_1S_1R_150 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1429 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000362966 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaet01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_150 ( Length=length N=1 )
.C 0
+ 5.753600e-11 
.L 0
+ 6.497600e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.642200e+00 
.C INF
+ 5.753600e-11 
.L INF
+ 6.497600e-07 
.Td INF
+ 6.114300e-09 
.Yc INF
+ 9.410100e-03 
.Zc INF
+ 1.062700e+02 

.endrlgc RLGCSTL_1S_1R_150

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.114300e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 9.410100e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.062700e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.800400e-01 
.ends STL_1S_1R_150
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_150
FREQUENCY=0
CMATRIX
 5.753600e-11
LMATRIX
 6.497600e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.642200e+00
FREQUENCY=INF
CMATRIX
 5.753600e-11
LMATRIX
 6.497600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_151 
   (IDL ".subckt STL_1S_1R_151 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1519 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000385826 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaeu01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_151 ( Length=length N=1 )
.C 0
+ 5.855100e-11 
.L 0
+ 6.384300e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.485700e+00 
.C INF
+ 5.855100e-11 
.L INF
+ 6.384300e-07 
.Td INF
+ 6.114000e-09 
.Yc INF
+ 9.576600e-03 
.Zc INF
+ 1.044200e+02 

.endrlgc RLGCSTL_1S_1R_151

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.114000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 9.576600e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.044200e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.762100e-01 
.ends STL_1S_1R_151
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_151
FREQUENCY=0
CMATRIX
 5.855100e-11
LMATRIX
 6.384300e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.485700e+00
FREQUENCY=INF
CMATRIX
 5.855100e-11
LMATRIX
 6.384300e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_152 
   (IDL ".subckt STL_1S_1R_152 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1586 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000402844 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaev01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_152 ( Length=length N=1 )
.C 0
+ 5.926900e-11 
.L 0
+ 6.304700e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.380700e+00 
.C INF
+ 5.926900e-11 
.L INF
+ 6.304700e-07 
.Td INF
+ 6.112900e-09 
.Yc INF
+ 9.695800e-03 
.Zc INF
+ 1.031400e+02 

.endrlgc RLGCSTL_1S_1R_152

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.112900e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 9.695800e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.031400e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.735000e-01 
.ends STL_1S_1R_152
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_152
FREQUENCY=0
CMATRIX
 5.926900e-11
LMATRIX
 6.304700e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.380700e+00
FREQUENCY=INF
CMATRIX
 5.926900e-11
LMATRIX
 6.304700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_153 
   (IDL ".subckt STL_1S_1R_153 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1636 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000415544 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaew01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_153 ( Length=length N=1 )
.C 0
+ 5.983000e-11 
.L 0
+ 6.246300e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.307900e+00 
.C INF
+ 5.983000e-11 
.L INF
+ 6.246300e-07 
.Td INF
+ 6.113200e-09 
.Yc INF
+ 9.787000e-03 
.Zc INF
+ 1.021800e+02 

.endrlgc RLGCSTL_1S_1R_153

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.113200e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 9.787000e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.021800e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.714300e-01 
.ends STL_1S_1R_153
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_153
FREQUENCY=0
CMATRIX
 5.983000e-11
LMATRIX
 6.246300e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.307900e+00
FREQUENCY=INF
CMATRIX
 5.983000e-11
LMATRIX
 6.246300e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_154 
   (IDL ".subckt STL_1S_1R_154 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1671 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000424434 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaex01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_154 ( Length=length N=1 )
.C 0
+ 6.020000e-11 
.L 0
+ 6.207300e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.259600e+00 
.C INF
+ 6.020000e-11 
.L INF
+ 6.207300e-07 
.Td INF
+ 6.112900e-09 
.Yc INF
+ 9.848000e-03 
.Zc INF
+ 1.015400e+02 

.endrlgc RLGCSTL_1S_1R_154

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.112900e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 9.848000e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.015400e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.700600e-01 
.ends STL_1S_1R_154
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_154
FREQUENCY=0
CMATRIX
 6.020000e-11
LMATRIX
 6.207300e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.259600e+00
FREQUENCY=INF
CMATRIX
 6.020000e-11
LMATRIX
 6.207300e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_155 
   (IDL ".subckt STL_1S_1R_155 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1697 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000431038 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaey01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_155 ( Length=length N=1 )
.C 0
+ 6.047200e-11 
.L 0
+ 6.178700e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.225000e+00 
.C INF
+ 6.047200e-11 
.L INF
+ 6.178700e-07 
.Td INF
+ 6.112600e-09 
.Yc INF
+ 9.893000e-03 
.Zc INF
+ 1.010800e+02 

.endrlgc RLGCSTL_1S_1R_155

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.112600e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 9.893000e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.010800e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.690500e-01 
.ends STL_1S_1R_155
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_155
FREQUENCY=0
CMATRIX
 6.047200e-11
LMATRIX
 6.178700e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.225000e+00
FREQUENCY=INF
CMATRIX
 6.047200e-11
LMATRIX
 6.178700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_156 
   (IDL ".subckt STL_1S_1R_156 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1715 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.00043561 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaez01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_156 ( Length=length N=1 )
.C 0
+ 6.066000e-11 
.L 0
+ 6.159200e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.201600e+00 
.C INF
+ 6.066000e-11 
.L INF
+ 6.159200e-07 
.Td INF
+ 6.112400e-09 
.Yc INF
+ 9.924100e-03 
.Zc INF
+ 1.007700e+02 

.endrlgc RLGCSTL_1S_1R_156

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.112400e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 9.924100e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.007700e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.683600e-01 
.ends STL_1S_1R_156
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_156
FREQUENCY=0
CMATRIX
 6.066000e-11
LMATRIX
 6.159200e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.201600e+00
FREQUENCY=INF
CMATRIX
 6.066000e-11
LMATRIX
 6.159200e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_157 
   (IDL ".subckt STL_1S_1R_157 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1729 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000439166 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafa01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_157 ( Length=length N=1 )
.C 0
+ 6.080600e-11 
.L 0
+ 6.144200e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.183800e+00 
.C INF
+ 6.080600e-11 
.L INF
+ 6.144200e-07 
.Td INF
+ 6.112300e-09 
.Yc INF
+ 9.948100e-03 
.Zc INF
+ 1.005200e+02 

.endrlgc RLGCSTL_1S_1R_157

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.112300e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 9.948100e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.005200e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.678200e-01 
.ends STL_1S_1R_157
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_157
FREQUENCY=0
CMATRIX
 6.080600e-11
LMATRIX
 6.144200e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.183800e+00
FREQUENCY=INF
CMATRIX
 6.080600e-11
LMATRIX
 6.144200e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_158 
   (IDL ".subckt STL_1S_1R_158 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1738 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000441452 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafb01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_158 ( Length=length N=1 )
.C 0
+ 6.090000e-11 
.L 0
+ 6.134400e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.172500e+00 
.C INF
+ 6.090000e-11 
.L INF
+ 6.134400e-07 
.Td INF
+ 6.112200e-09 
.Yc INF
+ 9.963700e-03 
.Zc INF
+ 1.003600e+02 

.endrlgc RLGCSTL_1S_1R_158

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.112200e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 9.963700e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.003600e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.674700e-01 
.ends STL_1S_1R_158
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_158
FREQUENCY=0
CMATRIX
 6.090000e-11
LMATRIX
 6.134400e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.172500e+00
FREQUENCY=INF
CMATRIX
 6.090000e-11
LMATRIX
 6.134400e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_159 
   (IDL ".subckt STL_1S_1R_159 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1744 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000442976 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafc01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_159 ( Length=length N=1 )
.C 0
+ 6.096300e-11 
.L 0
+ 6.128300e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.165000e+00 
.C INF
+ 6.096300e-11 
.L INF
+ 6.128300e-07 
.Td INF
+ 6.112300e-09 
.Yc INF
+ 9.973900e-03 
.Zc INF
+ 1.002600e+02 

.endrlgc RLGCSTL_1S_1R_159

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.112300e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 9.973900e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.002600e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.672500e-01 
.ends STL_1S_1R_159
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_159
FREQUENCY=0
CMATRIX
 6.096300e-11
LMATRIX
 6.128300e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.165000e+00
FREQUENCY=INF
CMATRIX
 6.096300e-11
LMATRIX
 6.128300e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_160 
   (IDL ".subckt STL_1S_1R_160 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1748 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000443992 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafd01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_160 ( Length=length N=1 )
.C 0
+ 6.100400e-11 
.L 0
+ 6.123900e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.160000e+00 
.C INF
+ 6.100400e-11 
.L INF
+ 6.123900e-07 
.Td INF
+ 6.112100e-09 
.Yc INF
+ 9.980800e-03 
.Zc INF
+ 1.001900e+02 

.endrlgc RLGCSTL_1S_1R_160

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.112100e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 9.980800e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.001900e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.670900e-01 
.ends STL_1S_1R_160
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_160
FREQUENCY=0
CMATRIX
 6.100400e-11
LMATRIX
 6.123900e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.160000e+00
FREQUENCY=INF
CMATRIX
 6.100400e-11
LMATRIX
 6.123900e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_161 
   (IDL ".subckt STL_1S_1R_161 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1752 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000445008 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafe01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_161 ( Length=length N=1 )
.C 0
+ 6.104600e-11 
.L 0
+ 6.119500e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.155100e+00 
.C INF
+ 6.104600e-11 
.L INF
+ 6.119500e-07 
.Td INF
+ 6.112000e-09 
.Yc INF
+ 9.987800e-03 
.Zc INF
+ 1.001200e+02 

.endrlgc RLGCSTL_1S_1R_161

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.112000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 9.987800e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.001200e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.669400e-01 
.ends STL_1S_1R_161
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_161
FREQUENCY=0
CMATRIX
 6.104600e-11
LMATRIX
 6.119500e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.155100e+00
FREQUENCY=INF
CMATRIX
 6.104600e-11
LMATRIX
 6.119500e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_162 
   (IDL ".subckt STL_1S_1R_162 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1754 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000445516 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaff01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_162 ( Length=length N=1 )
.C 0
+ 6.106600e-11 
.L 0
+ 6.117500e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.152700e+00 
.C INF
+ 6.106600e-11 
.L INF
+ 6.117500e-07 
.Td INF
+ 6.112000e-09 
.Yc INF
+ 9.991100e-03 
.Zc INF
+ 1.000900e+02 

.endrlgc RLGCSTL_1S_1R_162

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.112000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 9.991100e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.000900e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.668600e-01 
.ends STL_1S_1R_162
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_162
FREQUENCY=0
CMATRIX
 6.106600e-11
LMATRIX
 6.117500e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.152700e+00
FREQUENCY=INF
CMATRIX
 6.106600e-11
LMATRIX
 6.117500e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_163 
   (IDL ".subckt STL_1S_1R_163 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1757 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000446278 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafg01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_163 ( Length=length N=1 )
.C 0
+ 6.109700e-11 
.L 0
+ 6.114500e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 2.149000e+00 
.C INF
+ 6.109700e-11 
.L INF
+ 6.114500e-07 
.Td INF
+ 6.112100e-09 
.Yc INF
+ 9.996100e-03 
.Zc INF
+ 1.000400e+02 

.endrlgc RLGCSTL_1S_1R_163

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.112100e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 9.996100e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.000400e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.667500e-01 
.ends STL_1S_1R_163
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_163
FREQUENCY=0
CMATRIX
 6.109700e-11
LMATRIX
 6.114500e-07
GMATRIX
 0.000000e+00
RMATRIX
 2.149000e+00
FREQUENCY=INF
CMATRIX
 6.109700e-11
LMATRIX
 6.114500e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_164 
   (IDL ".subckt STL_1S_1R_164 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1000 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000254 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafh01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_164 ( Length=length N=1 )
.C 0
+ 5.248100e-11 
.L 0
+ 7.148900e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.775800e+00 
.C INF
+ 5.248100e-11 
.L INF
+ 7.148900e-07 
.Td INF
+ 6.125200e-09 
.Yc INF
+ 8.568000e-03 
.Zc INF
+ 1.167100e+02 

.endrlgc RLGCSTL_1S_1R_164

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.125200e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 8.568000e-03 

*Impedance Matrix.
*Z 0 (n=1)
*  1.167100e+02 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  7.000800e-01 
.ends STL_1S_1R_164
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_164
FREQUENCY=0
CMATRIX
 5.248100e-11
LMATRIX
 7.148900e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.775800e+00
FREQUENCY=INF
CMATRIX
 5.248100e-11
LMATRIX
 7.148900e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_178 
   (IDL ".subckt STL_1S_1R_178 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.000660474
*EMIinfo Dielectric Eps=4.5 Thick=0.000508
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1000 topDist=0.000508 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.000508 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000254 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafv01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_178 ( Length=length N=1 )
.C 0
+ 7.444600e-11 
.L 0
+ 5.356800e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.775800e+00 
.C INF
+ 7.444600e-11 
.L INF
+ 5.356800e-07 
.Td INF
+ 6.315000e-09 
.Yc INF
+ 1.178900e-02 
.Zc INF
+ 8.482700e+01 

.endrlgc RLGCSTL_1S_1R_178

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.315000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 1.178900e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  8.482700e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  6.291500e-01 
.ends STL_1S_1R_178
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_178
FREQUENCY=0
CMATRIX
 7.444600e-11
LMATRIX
 5.356800e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.775800e+00
FREQUENCY=INF
CMATRIX
 7.444600e-11
LMATRIX
 5.356800e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_179 
   (IDL ".subckt STL_1S_1R_179 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.000660474
*EMIinfo Dielectric Eps=4.5 Thick=0.000508
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=12408 topDist=0.000625498

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.000508 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.96e+07 0 0 0.00315163 3.49758e-05 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafw01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_179 ( Length=length N=1 )
.C 0
+ 2.085600e-10 
.L 0
+ 1.806700e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 1.522100e-01 
.C INF
+ 2.085600e-10 
.L INF
+ 1.806700e-07 
.Td INF
+ 6.138400e-09 
.Yc INF
+ 3.397600e-02 
.Zc INF
+ 2.943300e+01 

.endrlgc RLGCSTL_1S_1R_179

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.138400e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 3.397600e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  2.943300e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  3.705300e-01 
.ends STL_1S_1R_179
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_179
FREQUENCY=0
CMATRIX
 2.085600e-10
LMATRIX
 1.806700e-07
GMATRIX
 0.000000e+00
RMATRIX
 1.522100e-01
FREQUENCY=INF
CMATRIX
 2.085600e-10
LMATRIX
 1.806700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_181 
   (IDL ".subckt STL_1S_1R_181 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.000279474
*EMIinfo Dielectric Eps=4.5 Thick=0.000127
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1000 topDist=0.000127 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.000127 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000254 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafy01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_181 ( Length=length N=1 )
.C 0
+ 1.466000e-10 
.L 0
+ 2.839800e-07 
.G 0
+ 0.000000e+00 
.R 0
+ 3.775800e+00 
.C INF
+ 1.466000e-10 
.L INF
+ 2.839800e-07 
.Td INF
+ 6.452200e-09 
.Yc INF
+ 2.272100e-02 
.Zc INF
+ 4.401300e+01 

.endrlgc RLGCSTL_1S_1R_181

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.452200e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 2.272100e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  4.401300e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  4.681600e-01 
.ends STL_1S_1R_181
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_181
FREQUENCY=0
CMATRIX
 1.466000e-10
LMATRIX
 2.839800e-07
GMATRIX
 0.000000e+00
RMATRIX
 3.775800e+00
FREQUENCY=INF
CMATRIX
 1.466000e-10
LMATRIX
 2.839800e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_182 
   (IDL ".subckt STL_1S_1R_182 
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.000279474
*EMIinfo Dielectric Eps=4.5 Thick=0.000127
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=12408 topDist=0.000244498

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.000127 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.96e+07 0 0 0.00315163 3.49758e-05 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafz01356.in 0.00127 
.rlgc RLGCSTL_1S_1R_182 ( Length=length N=1 )
.C 0
+ 4.298500e-10 
.L 0
+ 8.520800e-08 
.G 0
+ 0.000000e+00 
.R 0
+ 1.522100e-01 
.C INF
+ 4.298500e-10 
.L INF
+ 8.520800e-08 
.Td INF
+ 6.052000e-09 
.Yc INF
+ 7.102600e-02 
.Zc INF
+ 1.407900e+01 

.endrlgc RLGCSTL_1S_1R_182

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.052000e-09 

*Admittance Matrix.
*Y 0 (n=1)
* 7.102600e-02 

*Impedance Matrix.
*Z 0 (n=1)
*  1.407900e+01 


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=1)
*  2.197200e-01 
.ends STL_1S_1R_182
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_182
FREQUENCY=0
CMATRIX
 4.298500e-10
LMATRIX
 8.520800e-08
GMATRIX
 0.000000e+00
RMATRIX
 1.522100e-01
FREQUENCY=INF
CMATRIX
 4.298500e-10
LMATRIX
 8.520800e-08
END RLGC
" ) 
   (Frequency 0 ) ) ) 
 (MultiTrace 
  (MTL_1S_6R_58 
   (IDL ".subckt MTL_1S_6R_58 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00162059
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=12408 topDist=0.00138242 botDist=0.0002032
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032

.layerstack Layerstack1
+dielectric( 0.0002032 4.3 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.96e+07 0 0.0002032 0.00315163 0.000238176 )
+rectangle ( 5.96e+07 0.00327863 0.0002032 0.00643026 0.000238176 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaar01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_58 ( Length=length N=2 )
.C 0
+ 1.299500e-10 -2.273800e-11 
+ -2.273800e-11 1.299500e-10 
.L 0
+ 2.972500e-07 6.977100e-08 
+ 6.977100e-08 2.972500e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 1.522100e-01 0.000000e+00 
+ 0.000000e+00 1.522100e-01 
.C INF
+ 1.299500e-10 -2.273800e-11 
+ -2.273800e-11 1.299500e-10 
.L INF
+ 2.972500e-07 6.977100e-08 
+ 6.977100e-08 2.972500e-07 
.Td INF
+ 6.272900e-09 0.000000e+00 
+ 0.000000e+00 5.893500e-09 
.Yc INF
+ 2.150000e-02 -4.408300e-03 
+ -4.408300e-03 2.150000e-02 
.Zc INF
+ 4.855400e+01 9.955400e+00 
+ 9.955400e+00 4.855400e+01 

.endrlgc RLGCMTL_1S_6R_58

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.272900e-09 0.000000e+00 
*  0.000000e+00 5.893500e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.150000e-02 -4.408300e-03 
* -4.408300e-03 2.150000e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  4.855400e+01 9.955400e+00 
*  9.955400e+00 4.855400e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 7.719700e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.925500e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.874300e-01 5.177700e-02 
*  5.177700e-02 4.874300e-01 
.ends MTL_1S_6R_58
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_58
FREQUENCY=0
CMATRIX
 1.299500e-10 -2.273800e-11
 -2.273800e-11 1.299500e-10
LMATRIX
 2.972500e-07 6.977100e-08
 6.977100e-08 2.972500e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 1.522100e-01 0.000000e+00
 0.000000e+00 1.522100e-01
FREQUENCY=INF
CMATRIX
 1.299500e-10 -2.273800e-11
 -2.273800e-11 1.299500e-10
LMATRIX
 2.972500e-07 6.977100e-08
 6.977100e-08 2.972500e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_59 
   (IDL ".subckt MTL_1S_6R_59 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00162059
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=12408 topDist=0.00138242 botDist=0.0002032
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032

.layerstack Layerstack1
+dielectric( 0.0002032 4.3 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.96e+07 0 0.0002032 0.00315163 0.000238176 )
+rectangle ( 5.96e+07 0.00353263 0.0002032 0.00668426 0.000238176 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaas01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_59 ( Length=length N=2 )
.C 0
+ 1.277800e-10 -1.805200e-11 
+ -1.805200e-11 1.277800e-10 
.L 0
+ 2.988400e-07 6.040700e-08 
+ 6.040700e-08 2.988400e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 1.522100e-01 0.000000e+00 
+ 0.000000e+00 1.522100e-01 
.C INF
+ 1.277800e-10 -1.805200e-11 
+ -1.805200e-11 1.277800e-10 
.L INF
+ 2.988400e-07 6.040700e-08 
+ 6.040700e-08 2.988400e-07 
.Td INF
+ 6.278500e-09 0.000000e+00 
+ 0.000000e+00 5.896700e-09 
.Yc INF
+ 2.110400e-02 -3.627100e-03 
+ -3.627100e-03 2.110400e-02 
.Zc INF
+ 4.882700e+01 8.391900e+00 
+ 8.391900e+00 4.882700e+01 

.endrlgc RLGCMTL_1S_6R_59

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.278500e-09 0.000000e+00 
*  0.000000e+00 5.896700e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.110400e-02 -3.627100e-03 
* -3.627100e-03 2.110400e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  4.882700e+01 8.391900e+00 
*  8.391900e+00 4.882700e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 8.087000e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.860900e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.903900e-01 4.327400e-02 
*  4.327400e-02 4.903900e-01 
.ends MTL_1S_6R_59
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_59
FREQUENCY=0
CMATRIX
 1.277800e-10 -1.805200e-11
 -1.805200e-11 1.277800e-10
LMATRIX
 2.988400e-07 6.040700e-08
 6.040700e-08 2.988400e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 1.522100e-01 0.000000e+00
 0.000000e+00 1.522100e-01
FREQUENCY=INF
CMATRIX
 1.277800e-10 -1.805200e-11
 -1.805200e-11 1.277800e-10
LMATRIX
 2.988400e-07 6.040700e-08
 6.040700e-08 2.988400e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_60 
   (IDL ".subckt MTL_1S_6R_60 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00162059
*EMIinfo Dielectric Eps=4.2 Thick=0.00126492
*EMIinfo Dielectric Eps=4.5 Thick=1.74981e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=12408 topDist=0.00138242 botDist=0.0002032
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032

.layerstack Layerstack1
+dielectric( 0.0002032 4.3 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 1.74981e-05 4.5 0 )
+dielectric( 0.00126492 4.2 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.96e+07 0 0.0002032 0.00315163 0.000238176 )
+rectangle ( 5.96e+07 0.00467563 0.0002032 0.00782726 0.000238176 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaat01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_60 ( Length=length N=2 )
.C 0
+ 1.246200e-10 -7.534300e-12 
+ -7.534300e-12 1.246200e-10 
.L 0
+ 3.014500e-07 3.500100e-08 
+ 3.500100e-08 3.014500e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 1.522100e-01 0.000000e+00 
+ 0.000000e+00 1.522100e-01 
.C INF
+ 1.246200e-10 -7.534300e-12 
+ -7.534300e-12 1.246200e-10 
.L INF
+ 3.014500e-07 3.500100e-08 
+ 3.500100e-08 3.014500e-07 
.Td INF
+ 6.276400e-09 0.000000e+00 
+ 0.000000e+00 5.934000e-09 
.Yc INF
+ 2.046300e-02 -1.807900e-03 
+ -1.807900e-03 2.046300e-02 
.Zc INF
+ 4.925400e+01 4.351700e+00 
+ 4.351700e+00 4.925400e+01 

.endrlgc RLGCMTL_1S_6R_60

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.276400e-09 0.000000e+00 
*  0.000000e+00 5.934000e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.046300e-02 -1.807900e-03 
* -1.807900e-03 2.046300e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  4.925400e+01 4.351700e+00 
*  4.351700e+00 4.925400e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 8.980400e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.680300e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.952700e-01 2.212900e-02 
*  2.212900e-02 4.952700e-01 
.ends MTL_1S_6R_60
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_60
FREQUENCY=0
CMATRIX
 1.246200e-10 -7.534300e-12
 -7.534300e-12 1.246200e-10
LMATRIX
 3.014500e-07 3.500100e-08
 3.500100e-08 3.014500e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 1.522100e-01 0.000000e+00
 0.000000e+00 1.522100e-01
FREQUENCY=INF
CMATRIX
 1.246200e-10 -7.534300e-12
 -7.534300e-12 1.246200e-10
LMATRIX
 3.014500e-07 3.500100e-08
 3.500100e-08 3.014500e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_61 
   (IDL ".subckt MTL_1S_6R_61 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=637 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000161798 0.000134976 )
+rectangle ( 5.96e+07 0.000288798 9.99998e-05 0.000450596 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaau01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_61 ( Length=length N=2 )
.C 0
+ 1.436000e-10 -2.395900e-11 
+ -2.395900e-11 1.436000e-10 
.L 0
+ 2.976100e-07 5.615300e-08 
+ 5.615300e-08 2.976100e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 2.964900e+00 0.000000e+00 
+ 0.000000e+00 2.964900e+00 
.C INF
+ 1.436000e-10 -2.395900e-11 
+ -2.395900e-11 1.436000e-10 
.L INF
+ 2.976100e-07 5.615300e-08 
+ 5.615300e-08 2.976100e-07 
.Td INF
+ 6.505700e-09 0.000000e+00 
+ 0.000000e+00 6.360700e-09 
.Yc INF
+ 2.236700e-02 -3.976400e-03 
+ -3.976400e-03 2.236700e-02 
.Zc INF
+ 4.616900e+01 8.208100e+00 
+ 8.208100e+00 4.616900e+01 

.endrlgc RLGCMTL_1S_6R_61

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.505700e-09 0.000000e+00 
*  0.000000e+00 6.360700e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.236700e-02 -3.976400e-03 
* -3.976400e-03 2.236700e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  4.616900e+01 8.208100e+00 
*  8.208100e+00 4.616900e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 7.592200e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.718900e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.762700e-01 4.470100e-02 
*  4.470100e-02 4.762700e-01 
.ends MTL_1S_6R_61
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_61
FREQUENCY=0
CMATRIX
 1.436000e-10 -2.395900e-11
 -2.395900e-11 1.436000e-10
LMATRIX
 2.976100e-07 5.615300e-08
 5.615300e-08 2.976100e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 2.964900e+00 0.000000e+00
 0.000000e+00 2.964900e+00
FREQUENCY=INF
CMATRIX
 1.436000e-10 -2.395900e-11
 -2.395900e-11 1.436000e-10
LMATRIX
 2.976100e-07 5.615300e-08
 5.615300e-08 2.976100e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_76 
   (IDL ".subckt MTL_1S_6R_76 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00128575 9.99998e-05 0.00142697 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabv01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_76 ( Length=length N=2 )
.C 0
+ 1.283200e-10 -8.202500e-12 
+ -8.202500e-12 1.283100e-10 
.L 0
+ 3.198700e-07 3.093600e-09 
+ 3.093600e-09 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396900e+00 
.C INF
+ 1.283200e-10 -8.202500e-12 
+ -8.202500e-12 1.283100e-10 
.L INF
+ 3.198700e-07 3.093600e-09 
+ 3.093600e-09 3.198700e-07 
.Td INF
+ 6.576100e-09 0.000000e+00 
+ 0.000000e+00 6.228300e-09 
.Yc INF
+ 2.002300e-02 -7.373200e-04 
+ -7.373200e-04 2.002200e-02 
.Zc INF
+ 5.001100e+01 1.841700e+00 
+ 1.841700e+00 5.001300e+01 

.endrlgc RLGCMTL_1S_6R_76

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.576100e-09 0.000000e+00 
*  0.000000e+00 6.228300e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.002300e-02 -7.373200e-04 
* -7.373200e-04 2.002200e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.001100e+01 1.841700e+00 
*  1.841700e+00 5.001300e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.634100e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.592700e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.998900e-01 9.209400e-03 
*  9.209400e-03 4.999000e-01 
.ends MTL_1S_6R_76
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_76
FREQUENCY=0
CMATRIX
 1.283200e-10 -8.202500e-12
 -8.202500e-12 1.283100e-10
LMATRIX
 3.198700e-07 3.093600e-09
 3.093600e-09 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396900e+00
FREQUENCY=INF
CMATRIX
 1.283200e-10 -8.202500e-12
 -8.202500e-12 1.283100e-10
LMATRIX
 3.198700e-07 3.093600e-09
 3.093600e-09 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_77 
   (IDL ".subckt MTL_1S_6R_77 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00132766 9.99998e-05 0.00146888 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabw01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_77 ( Length=length N=2 )
.C 0
+ 1.283200e-10 -8.265900e-12 
+ -8.265900e-12 1.283200e-10 
.L 0
+ 3.198600e-07 2.902500e-09 
+ 2.902500e-09 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396900e+00 
.C INF
+ 1.283200e-10 -8.265900e-12 
+ -8.265900e-12 1.283200e-10 
.L INF
+ 3.198600e-07 2.902500e-09 
+ 2.902500e-09 3.198700e-07 
.Td INF
+ 6.224900e-09 0.000000e+00 
+ 0.000000e+00 6.579700e-09 
.Yc INF
+ 2.002300e-02 -7.362900e-04 
+ -7.362900e-04 2.002200e-02 
.Zc INF
+ 5.001100e+01 1.839100e+00 
+ 1.839100e+00 5.001200e+01 

.endrlgc RLGCMTL_1S_6R_77

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.224900e-09 0.000000e+00 
*  0.000000e+00 6.579700e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.002300e-02 -7.362900e-04 
* -7.362900e-04 2.002200e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.001100e+01 1.839100e+00 
*  1.839100e+00 5.001200e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.634500e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.592500e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.998900e-01 9.196500e-03 
*  9.196500e-03 4.998900e-01 
.ends MTL_1S_6R_77
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_77
FREQUENCY=0
CMATRIX
 1.283200e-10 -8.265900e-12
 -8.265900e-12 1.283200e-10
LMATRIX
 3.198600e-07 2.902500e-09
 2.902500e-09 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396900e+00
FREQUENCY=INF
CMATRIX
 1.283200e-10 -8.265900e-12
 -8.265900e-12 1.283200e-10
LMATRIX
 3.198600e-07 2.902500e-09
 2.902500e-09 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_78 
   (IDL ".subckt MTL_1S_6R_78 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00137109 9.99998e-05 0.00151232 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabx01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_78 ( Length=length N=2 )
.C 0
+ 1.283200e-10 -8.293300e-12 
+ -8.293300e-12 1.283200e-10 
.L 0
+ 3.198700e-07 2.722500e-09 
+ 2.722500e-09 3.198600e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396700e+00 
.C INF
+ 1.283200e-10 -8.293300e-12 
+ -8.293300e-12 1.283200e-10 
.L INF
+ 3.198700e-07 2.722500e-09 
+ 2.722500e-09 3.198600e-07 
.Td INF
+ 6.582200e-09 0.000000e+00 
+ 0.000000e+00 6.222500e-09 
.Yc INF
+ 2.002200e-02 -7.328000e-04 
+ -7.328000e-04 2.002200e-02 
.Zc INF
+ 5.001200e+01 1.830400e+00 
+ 1.830400e+00 5.001200e+01 

.endrlgc RLGCMTL_1S_6R_78

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.582200e-09 0.000000e+00 
*  0.000000e+00 6.222500e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.002200e-02 -7.328000e-04 
* -7.328000e-04 2.002200e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.001200e+01 1.830400e+00 
*  1.830400e+00 5.001200e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.636300e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.592100e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.998900e-01 9.152900e-03 
*  9.152900e-03 4.998900e-01 
.ends MTL_1S_6R_78
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_78
FREQUENCY=0
CMATRIX
 1.283200e-10 -8.293300e-12
 -8.293300e-12 1.283200e-10
LMATRIX
 3.198700e-07 2.722500e-09
 2.722500e-09 3.198600e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396700e+00
FREQUENCY=INF
CMATRIX
 1.283200e-10 -8.293300e-12
 -8.293300e-12 1.283200e-10
LMATRIX
 3.198700e-07 2.722500e-09
 2.722500e-09 3.198600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_79 
   (IDL ".subckt MTL_1S_6R_79 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.0014158 9.99998e-05 0.00155702 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaby01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_79 ( Length=length N=2 )
.C 0
+ 1.283200e-10 -8.284000e-12 
+ -8.284000e-12 1.283200e-10 
.L 0
+ 3.198700e-07 2.554100e-09 
+ 2.554100e-09 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396900e+00 
.C INF
+ 1.283200e-10 -8.284000e-12 
+ -8.284000e-12 1.283200e-10 
.L INF
+ 3.198700e-07 2.554100e-09 
+ 2.554100e-09 3.198700e-07 
.Td INF
+ 6.583800e-09 0.000000e+00 
+ 0.000000e+00 6.221100e-09 
.Yc INF
+ 2.002200e-02 -7.267900e-04 
+ -7.267900e-04 2.002200e-02 
.Zc INF
+ 5.001200e+01 1.815400e+00 
+ 1.815400e+00 5.001200e+01 

.endrlgc RLGCMTL_1S_6R_79

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.583800e-09 0.000000e+00 
*  0.000000e+00 6.221100e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.002200e-02 -7.267900e-04 
* -7.267900e-04 2.002200e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.001200e+01 1.815400e+00 
*  1.815400e+00 5.001200e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.639300e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.591400e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.998900e-01 9.078000e-03 
*  9.078000e-03 4.998900e-01 
.ends MTL_1S_6R_79
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_79
FREQUENCY=0
CMATRIX
 1.283200e-10 -8.284000e-12
 -8.284000e-12 1.283200e-10
LMATRIX
 3.198700e-07 2.554100e-09
 2.554100e-09 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396900e+00
FREQUENCY=INF
CMATRIX
 1.283200e-10 -8.284000e-12
 -8.284000e-12 1.283200e-10
LMATRIX
 3.198700e-07 2.554100e-09
 2.554100e-09 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_80 
   (IDL ".subckt MTL_1S_6R_80 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00146177 9.99998e-05 0.00160299 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaabz01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_80 ( Length=length N=2 )
.C 0
+ 1.283100e-10 -8.240300e-12 
+ -8.240300e-12 1.283100e-10 
.L 0
+ 3.198600e-07 2.396800e-09 
+ 2.396800e-09 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396900e+00 
.C INF
+ 1.283100e-10 -8.240300e-12 
+ -8.240300e-12 1.283100e-10 
.L INF
+ 3.198600e-07 2.396800e-09 
+ 2.396800e-09 3.198700e-07 
.Td INF
+ 6.220400e-09 0.000000e+00 
+ 0.000000e+00 6.584100e-09 
.Yc INF
+ 2.002100e-02 -7.184800e-04 
+ -7.184800e-04 2.002100e-02 
.Zc INF
+ 5.001200e+01 1.794800e+00 
+ 1.794800e+00 5.001300e+01 

.endrlgc RLGCMTL_1S_6R_80

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.220400e-09 0.000000e+00 
*  0.000000e+00 6.584100e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.002100e-02 -7.184800e-04 
* -7.184800e-04 2.002100e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.001200e+01 1.794800e+00 
*  1.794800e+00 5.001300e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.643500e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.590300e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999000e-01 8.974500e-03 
*  8.974500e-03 4.999000e-01 
.ends MTL_1S_6R_80
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_80
FREQUENCY=0
CMATRIX
 1.283100e-10 -8.240300e-12
 -8.240300e-12 1.283100e-10
LMATRIX
 3.198600e-07 2.396800e-09
 2.396800e-09 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396900e+00
FREQUENCY=INF
CMATRIX
 1.283100e-10 -8.240300e-12
 -8.240300e-12 1.283100e-10
LMATRIX
 3.198600e-07 2.396800e-09
 2.396800e-09 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_81 
   (IDL ".subckt MTL_1S_6R_81 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00150876 9.99998e-05 0.00164998 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaca01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_81 ( Length=length N=2 )
.C 0
+ 1.283100e-10 -8.164200e-12 
+ -8.164200e-12 1.283000e-10 
.L 0
+ 3.198600e-07 2.250400e-09 
+ 2.250400e-09 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396900e+00 
.C INF
+ 1.283100e-10 -8.164200e-12 
+ -8.164200e-12 1.283000e-10 
.L INF
+ 3.198600e-07 2.250400e-09 
+ 2.250400e-09 3.198700e-07 
.Td INF
+ 6.583700e-09 0.000000e+00 
+ 0.000000e+00 6.220900e-09 
.Yc INF
+ 2.002100e-02 -7.079600e-04 
+ -7.079600e-04 2.002000e-02 
.Zc INF
+ 5.001000e+01 1.768500e+00 
+ 1.768500e+00 5.001300e+01 

.endrlgc RLGCMTL_1S_6R_81

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.583700e-09 0.000000e+00 
*  0.000000e+00 6.220900e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.002100e-02 -7.079600e-04 
* -7.079600e-04 2.002000e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.001000e+01 1.768500e+00 
*  1.768500e+00 5.001300e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.648600e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.589000e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.998900e-01 8.843200e-03 
*  8.843200e-03 4.999100e-01 
.ends MTL_1S_6R_81
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_81
FREQUENCY=0
CMATRIX
 1.283100e-10 -8.164200e-12
 -8.164200e-12 1.283000e-10
LMATRIX
 3.198600e-07 2.250400e-09
 2.250400e-09 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396900e+00
FREQUENCY=INF
CMATRIX
 1.283100e-10 -8.164200e-12
 -8.164200e-12 1.283000e-10
LMATRIX
 3.198600e-07 2.250400e-09
 2.250400e-09 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_82 
   (IDL ".subckt MTL_1S_6R_82 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00155677 9.99998e-05 0.00169799 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacb01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_82 ( Length=length N=2 )
.C 0
+ 1.282900e-10 -8.058000e-12 
+ -8.058000e-12 1.282900e-10 
.L 0
+ 3.198700e-07 2.114400e-09 
+ 2.114400e-09 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396900e+00 
.C INF
+ 1.282900e-10 -8.058000e-12 
+ -8.058000e-12 1.282900e-10 
.L INF
+ 3.198700e-07 2.114400e-09 
+ 2.114400e-09 3.198700e-07 
.Td INF
+ 6.582200e-09 0.000000e+00 
+ 0.000000e+00 6.222000e-09 
.Yc INF
+ 2.001900e-02 -6.954300e-04 
+ -6.954300e-04 2.001900e-02 
.Zc INF
+ 5.001200e+01 1.737300e+00 
+ 1.737300e+00 5.001200e+01 

.endrlgc RLGCMTL_1S_6R_82

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.582200e-09 0.000000e+00 
*  0.000000e+00 6.222000e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.001900e-02 -6.954300e-04 
* -6.954300e-04 2.001900e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.001200e+01 1.737300e+00 
*  1.737300e+00 5.001200e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.655000e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.587500e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999100e-01 8.687100e-03 
*  8.687100e-03 4.999100e-01 
.ends MTL_1S_6R_82
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_82
FREQUENCY=0
CMATRIX
 1.282900e-10 -8.058000e-12
 -8.058000e-12 1.282900e-10
LMATRIX
 3.198700e-07 2.114400e-09
 2.114400e-09 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396900e+00
FREQUENCY=INF
CMATRIX
 1.282900e-10 -8.058000e-12
 -8.058000e-12 1.282900e-10
LMATRIX
 3.198700e-07 2.114400e-09
 2.114400e-09 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_83 
   (IDL ".subckt MTL_1S_6R_83 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00160553 9.99998e-05 0.00174676 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacc01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_83 ( Length=length N=2 )
.C 0
+ 1.282800e-10 -7.925400e-12 
+ -7.925400e-12 1.282800e-10 
.L 0
+ 3.198700e-07 1.988300e-09 
+ 1.988300e-09 3.198600e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396700e+00 
.C INF
+ 1.282800e-10 -7.925400e-12 
+ -7.925400e-12 1.282800e-10 
.L INF
+ 3.198700e-07 1.988300e-09 
+ 1.988300e-09 3.198600e-07 
.Td INF
+ 6.580000e-09 0.000000e+00 
+ 0.000000e+00 6.223900e-09 
.Yc INF
+ 2.001900e-02 -6.811400e-04 
+ -6.811400e-04 2.001900e-02 
.Zc INF
+ 5.001100e+01 1.701600e+00 
+ 1.701600e+00 5.001100e+01 

.endrlgc RLGCMTL_1S_6R_83

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.580000e-09 0.000000e+00 
*  0.000000e+00 6.223900e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.001900e-02 -6.811400e-04 
* -6.811400e-04 2.001900e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.001100e+01 1.701600e+00 
*  1.701600e+00 5.001100e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.661900e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.585600e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999100e-01 8.508800e-03 
*  8.508800e-03 4.999100e-01 
.ends MTL_1S_6R_83
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_83
FREQUENCY=0
CMATRIX
 1.282800e-10 -7.925400e-12
 -7.925400e-12 1.282800e-10
LMATRIX
 3.198700e-07 1.988300e-09
 1.988300e-09 3.198600e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396700e+00
FREQUENCY=INF
CMATRIX
 1.282800e-10 -7.925400e-12
 -7.925400e-12 1.282800e-10
LMATRIX
 3.198700e-07 1.988300e-09
 1.988300e-09 3.198600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_84 
   (IDL ".subckt MTL_1S_6R_84 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00165506 9.99998e-05 0.00179629 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacd01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_84 ( Length=length N=2 )
.C 0
+ 1.282700e-10 -7.768700e-12 
+ -7.768700e-12 1.282700e-10 
.L 0
+ 3.198700e-07 1.871600e-09 
+ 1.871600e-09 3.198600e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396700e+00 
.C INF
+ 1.282700e-10 -7.768700e-12 
+ -7.768700e-12 1.282700e-10 
.L INF
+ 3.198700e-07 1.871600e-09 
+ 1.871600e-09 3.198600e-07 
.Td INF
+ 6.577200e-09 0.000000e+00 
+ 0.000000e+00 6.226500e-09 
.Yc INF
+ 2.001800e-02 -6.652700e-04 
+ -6.652700e-04 2.001800e-02 
.Zc INF
+ 5.001000e+01 1.662000e+00 
+ 1.662000e+00 5.001000e+01 

.endrlgc RLGCMTL_1S_6R_84

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.577200e-09 0.000000e+00 
*  0.000000e+00 6.226500e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.001800e-02 -6.652700e-04 
* -6.652700e-04 2.001800e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.001000e+01 1.662000e+00 
*  1.662000e+00 5.001000e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.669600e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.583600e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999100e-01 8.310600e-03 
*  8.310600e-03 4.999100e-01 
.ends MTL_1S_6R_84
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_84
FREQUENCY=0
CMATRIX
 1.282700e-10 -7.768700e-12
 -7.768700e-12 1.282700e-10
LMATRIX
 3.198700e-07 1.871600e-09
 1.871600e-09 3.198600e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396700e+00
FREQUENCY=INF
CMATRIX
 1.282700e-10 -7.768700e-12
 -7.768700e-12 1.282700e-10
LMATRIX
 3.198700e-07 1.871600e-09
 1.871600e-09 3.198600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_85 
   (IDL ".subckt MTL_1S_6R_85 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.0017051 9.99998e-05 0.00184633 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaace01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_85 ( Length=length N=2 )
.C 0
+ 1.282500e-10 -7.592100e-12 
+ -7.592100e-12 1.282500e-10 
.L 0
+ 3.198700e-07 1.763700e-09 
+ 1.763700e-09 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396700e+00 
.C INF
+ 1.282500e-10 -7.592100e-12 
+ -7.592100e-12 1.282500e-10 
.L INF
+ 3.198700e-07 1.763700e-09 
+ 1.763700e-09 3.198700e-07 
.Td INF
+ 6.573600e-09 0.000000e+00 
+ 0.000000e+00 6.229600e-09 
.Yc INF
+ 2.001700e-02 -6.481200e-04 
+ -6.481200e-04 2.001700e-02 
.Zc INF
+ 5.001100e+01 1.619300e+00 
+ 1.619300e+00 5.001100e+01 

.endrlgc RLGCMTL_1S_6R_85

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.573600e-09 0.000000e+00 
*  0.000000e+00 6.229600e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.001700e-02 -6.481200e-04 
* -6.481200e-04 2.001700e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.001100e+01 1.619300e+00 
*  1.619300e+00 5.001100e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.678300e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.581500e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999200e-01 8.096900e-03 
*  8.096900e-03 4.999200e-01 
.ends MTL_1S_6R_85
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_85
FREQUENCY=0
CMATRIX
 1.282500e-10 -7.592100e-12
 -7.592100e-12 1.282500e-10
LMATRIX
 3.198700e-07 1.763700e-09
 1.763700e-09 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396700e+00
FREQUENCY=INF
CMATRIX
 1.282500e-10 -7.592100e-12
 -7.592100e-12 1.282500e-10
LMATRIX
 3.198700e-07 1.763700e-09
 1.763700e-09 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_86 
   (IDL ".subckt MTL_1S_6R_86 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00175539 9.99998e-05 0.00189662 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacf01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_86 ( Length=length N=2 )
.C 0
+ 1.282300e-10 -7.399500e-12 
+ -7.399500e-12 1.282400e-10 
.L 0
+ 3.198600e-07 1.664400e-09 
+ 1.664400e-09 3.198600e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396700e+00 
.C INF
+ 1.282300e-10 -7.399500e-12 
+ -7.399500e-12 1.282400e-10 
.L INF
+ 3.198600e-07 1.664400e-09 
+ 1.664400e-09 3.198600e-07 
.Td INF
+ 6.233100e-09 0.000000e+00 
+ 0.000000e+00 6.569500e-09 
.Yc INF
+ 2.001600e-02 -6.300000e-04 
+ -6.300000e-04 2.001600e-02 
.Zc INF
+ 5.001000e+01 1.574000e+00 
+ 1.574000e+00 5.000800e+01 

.endrlgc RLGCMTL_1S_6R_86

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.233100e-09 0.000000e+00 
*  0.000000e+00 6.569500e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.001600e-02 -6.300000e-04 
* -6.300000e-04 2.001600e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.001000e+01 1.574000e+00 
*  1.574000e+00 5.000800e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.687100e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.579200e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999300e-01 7.870600e-03 
*  7.870600e-03 4.999200e-01 
.ends MTL_1S_6R_86
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_86
FREQUENCY=0
CMATRIX
 1.282300e-10 -7.399500e-12
 -7.399500e-12 1.282400e-10
LMATRIX
 3.198600e-07 1.664400e-09
 1.664400e-09 3.198600e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396700e+00
FREQUENCY=INF
CMATRIX
 1.282300e-10 -7.399500e-12
 -7.399500e-12 1.282400e-10
LMATRIX
 3.198600e-07 1.664400e-09
 1.664400e-09 3.198600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_87 
   (IDL ".subckt MTL_1S_6R_87 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00180594 9.99998e-05 0.00194716 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacg01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_87 ( Length=length N=2 )
.C 0
+ 1.282200e-10 -7.193500e-12 
+ -7.193500e-12 1.282100e-10 
.L 0
+ 3.198600e-07 1.572800e-09 
+ 1.572800e-09 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396900e+00 
.C INF
+ 1.282200e-10 -7.193500e-12 
+ -7.193500e-12 1.282100e-10 
.L INF
+ 3.198600e-07 1.572800e-09 
+ 1.572800e-09 3.198700e-07 
.Td INF
+ 6.565000e-09 0.000000e+00 
+ 0.000000e+00 6.237100e-09 
.Yc INF
+ 2.001500e-02 -6.110700e-04 
+ -6.110700e-04 2.001400e-02 
.Zc INF
+ 5.000900e+01 1.526900e+00 
+ 1.526900e+00 5.001100e+01 

.endrlgc RLGCMTL_1S_6R_87

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.565000e-09 0.000000e+00 
*  0.000000e+00 6.237100e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.001500e-02 -6.110700e-04 
* -6.110700e-04 2.001400e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.000900e+01 1.526900e+00 
*  1.526900e+00 5.001100e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.696600e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.576800e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999300e-01 7.634500e-03 
*  7.634500e-03 4.999400e-01 
.ends MTL_1S_6R_87
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_87
FREQUENCY=0
CMATRIX
 1.282200e-10 -7.193500e-12
 -7.193500e-12 1.282100e-10
LMATRIX
 3.198600e-07 1.572800e-09
 1.572800e-09 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396900e+00
FREQUENCY=INF
CMATRIX
 1.282200e-10 -7.193500e-12
 -7.193500e-12 1.282100e-10
LMATRIX
 3.198600e-07 1.572800e-09
 1.572800e-09 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_88 
   (IDL ".subckt MTL_1S_6R_88 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00185649 9.99998e-05 0.00199771 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaach01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_88 ( Length=length N=2 )
.C 0
+ 1.282000e-10 -6.978600e-12 
+ -6.978600e-12 1.282000e-10 
.L 0
+ 3.198700e-07 1.488600e-09 
+ 1.488600e-09 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396900e+00 
.C INF
+ 1.282000e-10 -6.978600e-12 
+ -6.978600e-12 1.282000e-10 
.L INF
+ 3.198700e-07 1.488600e-09 
+ 1.488600e-09 3.198700e-07 
.Td INF
+ 6.560400e-09 0.000000e+00 
+ 0.000000e+00 6.241400e-09 
.Yc INF
+ 2.001400e-02 -5.916600e-04 
+ -5.916600e-04 2.001400e-02 
.Zc INF
+ 5.000900e+01 1.478400e+00 
+ 1.478400e+00 5.000900e+01 

.endrlgc RLGCMTL_1S_6R_88

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.560400e-09 0.000000e+00 
*  0.000000e+00 6.241400e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.001400e-02 -5.916600e-04 
* -5.916600e-04 2.001400e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.000900e+01 1.478400e+00 
*  1.478400e+00 5.000900e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.706200e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.574400e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999400e-01 7.392300e-03 
*  7.392300e-03 4.999400e-01 
.ends MTL_1S_6R_88
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_88
FREQUENCY=0
CMATRIX
 1.282000e-10 -6.978600e-12
 -6.978600e-12 1.282000e-10
LMATRIX
 3.198700e-07 1.488600e-09
 1.488600e-09 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396900e+00
FREQUENCY=INF
CMATRIX
 1.282000e-10 -6.978600e-12
 -6.978600e-12 1.282000e-10
LMATRIX
 3.198700e-07 1.488600e-09
 1.488600e-09 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_89 
   (IDL ".subckt MTL_1S_6R_89 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00190678 9.99998e-05 0.002048 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaci01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_89 ( Length=length N=2 )
.C 0
+ 1.281800e-10 -6.757900e-12 
+ -6.757900e-12 1.281800e-10 
.L 0
+ 3.198700e-07 1.411400e-09 
+ 1.411400e-09 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396900e+00 
.C INF
+ 1.281800e-10 -6.757900e-12 
+ -6.757900e-12 1.281800e-10 
.L INF
+ 3.198700e-07 1.411400e-09 
+ 1.411400e-09 3.198700e-07 
.Td INF
+ 6.555300e-09 0.000000e+00 
+ 0.000000e+00 6.245900e-09 
.Yc INF
+ 2.001200e-02 -5.720300e-04 
+ -5.720300e-04 2.001200e-02 
.Zc INF
+ 5.001000e+01 1.429500e+00 
+ 1.429500e+00 5.001000e+01 

.endrlgc RLGCMTL_1S_6R_89

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.555300e-09 0.000000e+00 
*  0.000000e+00 6.245900e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.001200e-02 -5.720300e-04 
* -5.720300e-04 2.001200e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.001000e+01 1.429500e+00 
*  1.429500e+00 5.001000e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.716000e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.572000e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999500e-01 7.147400e-03 
*  7.147400e-03 4.999500e-01 
.ends MTL_1S_6R_89
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_89
FREQUENCY=0
CMATRIX
 1.281800e-10 -6.757900e-12
 -6.757900e-12 1.281800e-10
LMATRIX
 3.198700e-07 1.411400e-09
 1.411400e-09 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396900e+00
FREQUENCY=INF
CMATRIX
 1.281800e-10 -6.757900e-12
 -6.757900e-12 1.281800e-10
LMATRIX
 3.198700e-07 1.411400e-09
 1.411400e-09 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_90 
   (IDL ".subckt MTL_1S_6R_90 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00195682 9.99998e-05 0.00209804 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacj01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_90 ( Length=length N=2 )
.C 0
+ 1.281600e-10 -6.533600e-12 
+ -6.533600e-12 1.281600e-10 
.L 0
+ 3.198700e-07 1.340300e-09 
+ 1.340300e-09 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396900e+00 
.C INF
+ 1.281600e-10 -6.533600e-12 
+ -6.533600e-12 1.281600e-10 
.L INF
+ 3.198700e-07 1.340300e-09 
+ 1.340300e-09 3.198700e-07 
.Td INF
+ 6.550100e-09 0.000000e+00 
+ 0.000000e+00 6.250400e-09 
.Yc INF
+ 2.001100e-02 -5.523100e-04 
+ -5.523100e-04 2.001100e-02 
.Zc INF
+ 5.001000e+01 1.380300e+00 
+ 1.380300e+00 5.001000e+01 

.endrlgc RLGCMTL_1S_6R_90

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.550100e-09 0.000000e+00 
*  0.000000e+00 6.250400e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.001100e-02 -5.523100e-04 
* -5.523100e-04 2.001100e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.001000e+01 1.380300e+00 
*  1.380300e+00 5.001000e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.725900e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.569500e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999500e-01 6.901400e-03 
*  6.901400e-03 4.999500e-01 
.ends MTL_1S_6R_90
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_90
FREQUENCY=0
CMATRIX
 1.281600e-10 -6.533600e-12
 -6.533600e-12 1.281600e-10
LMATRIX
 3.198700e-07 1.340300e-09
 1.340300e-09 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396900e+00
FREQUENCY=INF
CMATRIX
 1.281600e-10 -6.533600e-12
 -6.533600e-12 1.281600e-10
LMATRIX
 3.198700e-07 1.340300e-09
 1.340300e-09 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_91 
   (IDL ".subckt MTL_1S_6R_91 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.0020066 9.99998e-05 0.00214782 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaack01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_91 ( Length=length N=2 )
.C 0
+ 1.281500e-10 -6.307700e-12 
+ -6.307700e-12 1.281400e-10 
.L 0
+ 3.198700e-07 1.274800e-09 
+ 1.274800e-09 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396900e+00 
.C INF
+ 1.281500e-10 -6.307700e-12 
+ -6.307700e-12 1.281400e-10 
.L INF
+ 3.198700e-07 1.274800e-09 
+ 1.274800e-09 3.198700e-07 
.Td INF
+ 6.544900e-09 0.000000e+00 
+ 0.000000e+00 6.255200e-09 
.Yc INF
+ 2.001100e-02 -5.326400e-04 
+ -5.326400e-04 2.001000e-02 
.Zc INF
+ 5.000800e+01 1.331100e+00 
+ 1.331100e+00 5.001000e+01 

.endrlgc RLGCMTL_1S_6R_91

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.544900e-09 0.000000e+00 
*  0.000000e+00 6.255200e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.001100e-02 -5.326400e-04 
* -5.326400e-04 2.001000e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.000800e+01 1.331100e+00 
*  1.331100e+00 5.001000e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.735600e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.567000e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999500e-01 6.655700e-03 
*  6.655700e-03 4.999600e-01 
.ends MTL_1S_6R_91
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_91
FREQUENCY=0
CMATRIX
 1.281500e-10 -6.307700e-12
 -6.307700e-12 1.281400e-10
LMATRIX
 3.198700e-07 1.274800e-09
 1.274800e-09 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396900e+00
FREQUENCY=INF
CMATRIX
 1.281500e-10 -6.307700e-12
 -6.307700e-12 1.281400e-10
LMATRIX
 3.198700e-07 1.274800e-09
 1.274800e-09 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_92 
   (IDL ".subckt MTL_1S_6R_92 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00205588 9.99998e-05 0.0021971 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacl01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_92 ( Length=length N=2 )
.C 0
+ 1.281300e-10 -6.082600e-12 
+ -6.082600e-12 1.281300e-10 
.L 0
+ 3.198700e-07 1.214600e-09 
+ 1.214600e-09 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396900e+00 
.C INF
+ 1.281300e-10 -6.082600e-12 
+ -6.082600e-12 1.281300e-10 
.L INF
+ 3.198700e-07 1.214600e-09 
+ 1.214600e-09 3.198700e-07 
.Td INF
+ 6.539700e-09 0.000000e+00 
+ 0.000000e+00 6.260000e-09 
.Yc INF
+ 2.001000e-02 -5.131800e-04 
+ -5.131800e-04 2.001000e-02 
.Zc INF
+ 5.000900e+01 1.282600e+00 
+ 1.282600e+00 5.000900e+01 

.endrlgc RLGCMTL_1S_6R_92

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.539700e-09 0.000000e+00 
*  0.000000e+00 6.260000e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.001000e-02 -5.131800e-04 
* -5.131800e-04 2.001000e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.000900e+01 1.282600e+00 
*  1.282600e+00 5.000900e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.745300e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.564600e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999600e-01 6.412800e-03 
*  6.412800e-03 4.999600e-01 
.ends MTL_1S_6R_92
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_92
FREQUENCY=0
CMATRIX
 1.281300e-10 -6.082600e-12
 -6.082600e-12 1.281300e-10
LMATRIX
 3.198700e-07 1.214600e-09
 1.214600e-09 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396900e+00
FREQUENCY=INF
CMATRIX
 1.281300e-10 -6.082600e-12
 -6.082600e-12 1.281300e-10
LMATRIX
 3.198700e-07 1.214600e-09
 1.214600e-09 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_93 
   (IDL ".subckt MTL_1S_6R_93 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00210464 9.99998e-05 0.00224587 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacm01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_93 ( Length=length N=2 )
.C 0
+ 1.281100e-10 -5.860100e-12 
+ -5.860100e-12 1.281200e-10 
.L 0
+ 3.198700e-07 1.159000e-09 
+ 1.159000e-09 3.198600e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396700e+00 
.C INF
+ 1.281100e-10 -5.860100e-12 
+ -5.860100e-12 1.281200e-10 
.L INF
+ 3.198700e-07 1.159000e-09 
+ 1.159000e-09 3.198600e-07 
.Td INF
+ 6.264700e-09 0.000000e+00 
+ 0.000000e+00 6.534400e-09 
.Yc INF
+ 2.000800e-02 -4.940800e-04 
+ -4.940800e-04 2.000900e-02 
.Zc INF
+ 5.001000e+01 1.234900e+00 
+ 1.234900e+00 5.000700e+01 

.endrlgc RLGCMTL_1S_6R_93

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.264700e-09 0.000000e+00 
*  0.000000e+00 6.534400e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.000800e-02 -4.940800e-04 
* -4.940800e-04 2.000900e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.001000e+01 1.234900e+00 
*  1.234900e+00 5.000700e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.754700e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.562200e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999700e-01 6.174200e-03 
*  6.174200e-03 4.999600e-01 
.ends MTL_1S_6R_93
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_93
FREQUENCY=0
CMATRIX
 1.281100e-10 -5.860100e-12
 -5.860100e-12 1.281200e-10
LMATRIX
 3.198700e-07 1.159000e-09
 1.159000e-09 3.198600e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396700e+00
FREQUENCY=INF
CMATRIX
 1.281100e-10 -5.860100e-12
 -5.860100e-12 1.281200e-10
LMATRIX
 3.198700e-07 1.159000e-09
 1.159000e-09 3.198600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_94 
   (IDL ".subckt MTL_1S_6R_94 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.0021529 9.99998e-05 0.00229413 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacn01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_94 ( Length=length N=2 )
.C 0
+ 1.281000e-10 -5.640500e-12 
+ -5.640500e-12 1.281000e-10 
.L 0
+ 3.198700e-07 1.107800e-09 
+ 1.107800e-09 3.198600e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396700e+00 
.C INF
+ 1.281000e-10 -5.640500e-12 
+ -5.640500e-12 1.281000e-10 
.L INF
+ 3.198700e-07 1.107800e-09 
+ 1.107800e-09 3.198600e-07 
.Td INF
+ 6.529200e-09 0.000000e+00 
+ 0.000000e+00 6.269500e-09 
.Yc INF
+ 2.000800e-02 -4.753400e-04 
+ -4.753400e-04 2.000800e-02 
.Zc INF
+ 5.000900e+01 1.188100e+00 
+ 1.188100e+00 5.000800e+01 

.endrlgc RLGCMTL_1S_6R_94

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.529200e-09 0.000000e+00 
*  0.000000e+00 6.269500e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.000800e-02 -4.753400e-04 
* -4.753400e-04 2.000800e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.000900e+01 1.188100e+00 
*  1.188100e+00 5.000800e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.764000e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.559800e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999700e-01 5.940200e-03 
*  5.940200e-03 4.999700e-01 
.ends MTL_1S_6R_94
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_94
FREQUENCY=0
CMATRIX
 1.281000e-10 -5.640500e-12
 -5.640500e-12 1.281000e-10
LMATRIX
 3.198700e-07 1.107800e-09
 1.107800e-09 3.198600e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396700e+00
FREQUENCY=INF
CMATRIX
 1.281000e-10 -5.640500e-12
 -5.640500e-12 1.281000e-10
LMATRIX
 3.198700e-07 1.107800e-09
 1.107800e-09 3.198600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_95 
   (IDL ".subckt MTL_1S_6R_95 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.0022004 9.99998e-05 0.00234163 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaco01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_95 ( Length=length N=2 )
.C 0
+ 1.280800e-10 -5.426100e-12 
+ -5.426100e-12 1.280900e-10 
.L 0
+ 3.198700e-07 1.060500e-09 
+ 1.060500e-09 3.198600e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396700e+00 
.C INF
+ 1.280800e-10 -5.426100e-12 
+ -5.426100e-12 1.280900e-10 
.L INF
+ 3.198700e-07 1.060500e-09 
+ 1.060500e-09 3.198600e-07 
.Td INF
+ 6.274100e-09 0.000000e+00 
+ 0.000000e+00 6.524100e-09 
.Yc INF
+ 2.000700e-02 -4.571300e-04 
+ -4.571300e-04 2.000800e-02 
.Zc INF
+ 5.001000e+01 1.142600e+00 
+ 1.142600e+00 5.000700e+01 

.endrlgc RLGCMTL_1S_6R_95

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.274100e-09 0.000000e+00 
*  0.000000e+00 6.524100e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.000700e-02 -4.571300e-04 
* -4.571300e-04 2.000800e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.001000e+01 1.142600e+00 
*  1.142600e+00 5.000700e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.773100e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.557500e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999800e-01 5.712800e-03 
*  5.712800e-03 4.999700e-01 
.ends MTL_1S_6R_95
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_95
FREQUENCY=0
CMATRIX
 1.280800e-10 -5.426100e-12
 -5.426100e-12 1.280900e-10
LMATRIX
 3.198700e-07 1.060500e-09
 1.060500e-09 3.198600e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396700e+00
FREQUENCY=INF
CMATRIX
 1.280800e-10 -5.426100e-12
 -5.426100e-12 1.280900e-10
LMATRIX
 3.198700e-07 1.060500e-09
 1.060500e-09 3.198600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_96 
   (IDL ".subckt MTL_1S_6R_96 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00224714 9.99998e-05 0.00238836 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacp01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_96 ( Length=length N=2 )
.C 0
+ 1.280700e-10 -5.217200e-12 
+ -5.217200e-12 1.280700e-10 
.L 0
+ 3.198700e-07 1.016900e-09 
+ 1.016900e-09 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396900e+00 
.C INF
+ 1.280700e-10 -5.217200e-12 
+ -5.217200e-12 1.280700e-10 
.L INF
+ 3.198700e-07 1.016900e-09 
+ 1.016900e-09 3.198700e-07 
.Td INF
+ 6.519100e-09 0.000000e+00 
+ 0.000000e+00 6.278700e-09 
.Yc INF
+ 2.000600e-02 -4.394500e-04 
+ -4.394500e-04 2.000600e-02 
.Zc INF
+ 5.000900e+01 1.098500e+00 
+ 1.098500e+00 5.000900e+01 

.endrlgc RLGCMTL_1S_6R_96

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.519100e-09 0.000000e+00 
*  0.000000e+00 6.278700e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.000600e-02 -4.394500e-04 
* -4.394500e-04 2.000600e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.000900e+01 1.098500e+00 
*  1.098500e+00 5.000900e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.782100e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.555400e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999800e-01 5.492100e-03 
*  5.492100e-03 4.999800e-01 
.ends MTL_1S_6R_96
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_96
FREQUENCY=0
CMATRIX
 1.280700e-10 -5.217200e-12
 -5.217200e-12 1.280700e-10
LMATRIX
 3.198700e-07 1.016900e-09
 1.016900e-09 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396900e+00
FREQUENCY=INF
CMATRIX
 1.280700e-10 -5.217200e-12
 -5.217200e-12 1.280700e-10
LMATRIX
 3.198700e-07 1.016900e-09
 1.016900e-09 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_97 
   (IDL ".subckt MTL_1S_6R_97 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00229311 9.99998e-05 0.00243434 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacq01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_97 ( Length=length N=2 )
.C 0
+ 1.280600e-10 -5.015000e-12 
+ -5.015000e-12 1.280600e-10 
.L 0
+ 3.198700e-07 9.766300e-10 
+ 9.766300e-10 3.198600e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396700e+00 
.C INF
+ 1.280600e-10 -5.015000e-12 
+ -5.015000e-12 1.280600e-10 
.L INF
+ 3.198700e-07 9.766300e-10 
+ 9.766300e-10 3.198600e-07 
.Td INF
+ 6.514300e-09 0.000000e+00 
+ 0.000000e+00 6.283100e-09 
.Yc INF
+ 2.000600e-02 -4.224000e-04 
+ -4.224000e-04 2.000600e-02 
.Zc INF
+ 5.000800e+01 1.055900e+00 
+ 1.055900e+00 5.000800e+01 

.endrlgc RLGCMTL_1S_6R_97

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.514300e-09 0.000000e+00 
*  0.000000e+00 6.283100e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.000600e-02 -4.224000e-04 
* -4.224000e-04 2.000600e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.000800e+01 1.055900e+00 
*  1.055900e+00 5.000800e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.790400e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.553200e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999900e-01 5.279100e-03 
*  5.279100e-03 4.999800e-01 
.ends MTL_1S_6R_97
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_97
FREQUENCY=0
CMATRIX
 1.280600e-10 -5.015000e-12
 -5.015000e-12 1.280600e-10
LMATRIX
 3.198700e-07 9.766300e-10
 9.766300e-10 3.198600e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396700e+00
FREQUENCY=INF
CMATRIX
 1.280600e-10 -5.015000e-12
 -5.015000e-12 1.280600e-10
LMATRIX
 3.198700e-07 9.766300e-10
 9.766300e-10 3.198600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_98 
   (IDL ".subckt MTL_1S_6R_98 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00233832 9.99998e-05 0.00247955 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacr01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_98 ( Length=length N=2 )
.C 0
+ 1.280500e-10 -4.819000e-12 
+ -4.819000e-12 1.280500e-10 
.L 0
+ 3.198700e-07 9.393000e-10 
+ 9.393000e-10 3.198600e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396700e+00 
.C INF
+ 1.280500e-10 -4.819000e-12 
+ -4.819000e-12 1.280500e-10 
.L INF
+ 3.198700e-07 9.393000e-10 
+ 9.393000e-10 3.198600e-07 
.Td INF
+ 6.509600e-09 0.000000e+00 
+ 0.000000e+00 6.287500e-09 
.Yc INF
+ 2.000500e-02 -4.059300e-04 
+ -4.059300e-04 2.000500e-02 
.Zc INF
+ 5.000800e+01 1.014700e+00 
+ 1.014700e+00 5.000700e+01 

.endrlgc RLGCMTL_1S_6R_98

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.509600e-09 0.000000e+00 
*  0.000000e+00 6.287500e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.000500e-02 -4.059300e-04 
* -4.059300e-04 2.000500e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.000800e+01 1.014700e+00 
*  1.014700e+00 5.000700e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.798600e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.551100e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999900e-01 5.073300e-03 
*  5.073300e-03 4.999800e-01 
.ends MTL_1S_6R_98
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_98
FREQUENCY=0
CMATRIX
 1.280500e-10 -4.819000e-12
 -4.819000e-12 1.280500e-10
LMATRIX
 3.198700e-07 9.393000e-10
 9.393000e-10 3.198600e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396700e+00
FREQUENCY=INF
CMATRIX
 1.280500e-10 -4.819000e-12
 -4.819000e-12 1.280500e-10
LMATRIX
 3.198700e-07 9.393000e-10
 9.393000e-10 3.198600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_99 
   (IDL ".subckt MTL_1S_6R_99 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00238252 9.99998e-05 0.00252374 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacs01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_99 ( Length=length N=2 )
.C 0
+ 1.280400e-10 -4.630500e-12 
+ -4.630500e-12 1.280300e-10 
.L 0
+ 3.198700e-07 9.048600e-10 
+ 9.048600e-10 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396900e+00 
.C INF
+ 1.280400e-10 -4.630500e-12 
+ -4.630500e-12 1.280300e-10 
.L INF
+ 3.198700e-07 9.048600e-10 
+ 9.048600e-10 3.198700e-07 
.Td INF
+ 6.505000e-09 0.000000e+00 
+ 0.000000e+00 6.291700e-09 
.Yc INF
+ 2.000400e-02 -3.901400e-04 
+ -3.901400e-04 2.000400e-02 
.Zc INF
+ 5.000800e+01 9.753100e-01 
+ 9.753100e-01 5.001000e+01 

.endrlgc RLGCMTL_1S_6R_99

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.505000e-09 0.000000e+00 
*  0.000000e+00 6.291700e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.000400e-02 -3.901400e-04 
* -3.901400e-04 2.000400e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.000800e+01 9.753100e-01 
*  9.753100e-01 5.001000e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.806700e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.549200e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999900e-01 4.876200e-03 
*  4.876200e-03 5.000000e-01 
.ends MTL_1S_6R_99
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_99
FREQUENCY=0
CMATRIX
 1.280400e-10 -4.630500e-12
 -4.630500e-12 1.280300e-10
LMATRIX
 3.198700e-07 9.048600e-10
 9.048600e-10 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396900e+00
FREQUENCY=INF
CMATRIX
 1.280400e-10 -4.630500e-12
 -4.630500e-12 1.280300e-10
LMATRIX
 3.198700e-07 9.048600e-10
 9.048600e-10 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_100 
   (IDL ".subckt MTL_1S_6R_100 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00242595 9.99998e-05 0.00256718 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaact01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_100 ( Length=length N=2 )
.C 0
+ 1.280300e-10 -4.449200e-12 
+ -4.449200e-12 1.280300e-10 
.L 0
+ 3.198700e-07 8.728100e-10 
+ 8.728100e-10 3.198600e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396700e+00 
.C INF
+ 1.280300e-10 -4.449200e-12 
+ -4.449200e-12 1.280300e-10 
.L INF
+ 3.198700e-07 8.728100e-10 
+ 8.728100e-10 3.198600e-07 
.Td INF
+ 6.500800e-09 0.000000e+00 
+ 0.000000e+00 6.295800e-09 
.Yc INF
+ 2.000400e-02 -3.749700e-04 
+ -3.749700e-04 2.000400e-02 
.Zc INF
+ 5.000800e+01 9.373800e-01 
+ 9.373800e-01 5.000700e+01 

.endrlgc RLGCMTL_1S_6R_100

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.500800e-09 0.000000e+00 
*  0.000000e+00 6.295800e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.000400e-02 -3.749700e-04 
* -3.749700e-04 2.000400e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.000800e+01 9.373800e-01 
*  9.373800e-01 5.000700e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.814000e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.547200e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.999900e-01 4.686600e-03 
*  4.686600e-03 4.999900e-01 
.ends MTL_1S_6R_100
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_100
FREQUENCY=0
CMATRIX
 1.280300e-10 -4.449200e-12
 -4.449200e-12 1.280300e-10
LMATRIX
 3.198700e-07 8.728100e-10
 8.728100e-10 3.198600e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396700e+00
FREQUENCY=INF
CMATRIX
 1.280300e-10 -4.449200e-12
 -4.449200e-12 1.280300e-10
LMATRIX
 3.198700e-07 8.728100e-10
 8.728100e-10 3.198600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_101 
   (IDL ".subckt MTL_1S_6R_101 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00246837 9.99998e-05 0.0026096 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacu01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_101 ( Length=length N=2 )
.C 0
+ 1.280200e-10 -4.275400e-12 
+ -4.275400e-12 1.280200e-10 
.L 0
+ 3.198700e-07 8.431200e-10 
+ 8.431200e-10 3.198600e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396700e+00 
.C INF
+ 1.280200e-10 -4.275400e-12 
+ -4.275400e-12 1.280200e-10 
.L INF
+ 3.198700e-07 8.431200e-10 
+ 8.431200e-10 3.198600e-07 
.Td INF
+ 6.496500e-09 0.000000e+00 
+ 0.000000e+00 6.299700e-09 
.Yc INF
+ 2.000300e-02 -3.604700e-04 
+ -3.604700e-04 2.000400e-02 
.Zc INF
+ 5.000800e+01 9.011500e-01 
+ 9.011500e-01 5.000700e+01 

.endrlgc RLGCMTL_1S_6R_101

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.496500e-09 0.000000e+00 
*  0.000000e+00 6.299700e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.000300e-02 -3.604700e-04 
* -3.604700e-04 2.000400e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.000800e+01 9.011500e-01 
*  9.011500e-01 5.000700e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.821300e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.545400e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  5.000000e-01 4.505500e-03 
*  4.505500e-03 5.000000e-01 
.ends MTL_1S_6R_101
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_101
FREQUENCY=0
CMATRIX
 1.280200e-10 -4.275400e-12
 -4.275400e-12 1.280200e-10
LMATRIX
 3.198700e-07 8.431200e-10
 8.431200e-10 3.198600e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396700e+00
FREQUENCY=INF
CMATRIX
 1.280200e-10 -4.275400e-12
 -4.275400e-12 1.280200e-10
LMATRIX
 3.198700e-07 8.431200e-10
 8.431200e-10 3.198600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_102 
   (IDL ".subckt MTL_1S_6R_102 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00251003 9.99998e-05 0.00265125 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacv01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_102 ( Length=length N=2 )
.C 0
+ 1.280100e-10 -4.108000e-12 
+ -4.108000e-12 1.280100e-10 
.L 0
+ 3.198700e-07 8.154300e-10 
+ 8.154300e-10 3.198800e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396900e+00 
.C INF
+ 1.280100e-10 -4.108000e-12 
+ -4.108000e-12 1.280100e-10 
.L INF
+ 3.198700e-07 8.154300e-10 
+ 8.154300e-10 3.198800e-07 
.Td INF
+ 6.303500e-09 0.000000e+00 
+ 0.000000e+00 6.492600e-09 
.Yc INF
+ 2.000300e-02 -3.465200e-04 
+ -3.465200e-04 2.000200e-02 
.Zc INF
+ 5.000800e+01 8.663500e-01 
+ 8.663500e-01 5.000900e+01 

.endrlgc RLGCMTL_1S_6R_102

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.303500e-09 0.000000e+00 
*  0.000000e+00 6.492600e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.000300e-02 -3.465200e-04 
* -3.465200e-04 2.000200e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.000800e+01 8.663500e-01 
*  8.663500e-01 5.000900e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.828400e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.543700e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  5.000000e-01 4.331300e-03 
*  4.331300e-03 5.000100e-01 
.ends MTL_1S_6R_102
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_102
FREQUENCY=0
CMATRIX
 1.280100e-10 -4.108000e-12
 -4.108000e-12 1.280100e-10
LMATRIX
 3.198700e-07 8.154300e-10
 8.154300e-10 3.198800e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396900e+00
FREQUENCY=INF
CMATRIX
 1.280100e-10 -4.108000e-12
 -4.108000e-12 1.280100e-10
LMATRIX
 3.198700e-07 8.154300e-10
 8.154300e-10 3.198800e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_103 
   (IDL ".subckt MTL_1S_6R_103 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00255067 9.99998e-05 0.00269189 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacw01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_103 ( Length=length N=2 )
.C 0
+ 1.280000e-10 -3.948300e-12 
+ -3.948300e-12 1.280000e-10 
.L 0
+ 3.198700e-07 7.896900e-10 
+ 7.896900e-10 3.198800e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396900e+00 
.C INF
+ 1.280000e-10 -3.948300e-12 
+ -3.948300e-12 1.280000e-10 
.L INF
+ 3.198700e-07 7.896900e-10 
+ 7.896900e-10 3.198800e-07 
.Td INF
+ 6.307100e-09 0.000000e+00 
+ 0.000000e+00 6.488700e-09 
.Yc INF
+ 2.000200e-02 -3.332500e-04 
+ -3.332500e-04 2.000200e-02 
.Zc INF
+ 5.000900e+01 8.331900e-01 
+ 8.331900e-01 5.000900e+01 

.endrlgc RLGCMTL_1S_6R_103

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.307100e-09 0.000000e+00 
*  0.000000e+00 6.488700e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.000200e-02 -3.332500e-04 
* -3.332500e-04 2.000200e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.000900e+01 8.331900e-01 
*  8.331900e-01 5.000900e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.835200e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.542100e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  5.000100e-01 4.165500e-03 
*  4.165500e-03 5.000100e-01 
.ends MTL_1S_6R_103
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_103
FREQUENCY=0
CMATRIX
 1.280000e-10 -3.948300e-12
 -3.948300e-12 1.280000e-10
LMATRIX
 3.198700e-07 7.896900e-10
 7.896900e-10 3.198800e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396900e+00
FREQUENCY=INF
CMATRIX
 1.280000e-10 -3.948300e-12
 -3.948300e-12 1.280000e-10
LMATRIX
 3.198700e-07 7.896900e-10
 7.896900e-10 3.198800e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_104 
   (IDL ".subckt MTL_1S_6R_104 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00259029 9.99998e-05 0.00273152 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacx01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_104 ( Length=length N=2 )
.C 0
+ 1.279900e-10 -3.796200e-12 
+ -3.796200e-12 1.280000e-10 
.L 0
+ 3.198700e-07 7.657500e-10 
+ 7.657500e-10 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396700e+00 
.C INF
+ 1.279900e-10 -3.796200e-12 
+ -3.796200e-12 1.280000e-10 
.L INF
+ 3.198700e-07 7.657500e-10 
+ 7.657500e-10 3.198700e-07 
.Td INF
+ 6.310500e-09 0.000000e+00 
+ 0.000000e+00 6.485000e-09 
.Yc INF
+ 2.000100e-02 -3.206200e-04 
+ -3.206200e-04 2.000200e-02 
.Zc INF
+ 5.000900e+01 8.016000e-01 
+ 8.016000e-01 5.000700e+01 

.endrlgc RLGCMTL_1S_6R_104

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.310500e-09 0.000000e+00 
*  0.000000e+00 6.485000e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.000100e-02 -3.206200e-04 
* -3.206200e-04 2.000200e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.000900e+01 8.016000e-01 
*  8.016000e-01 5.000700e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.841300e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.540500e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  5.000100e-01 4.007600e-03 
*  4.007600e-03 5.000000e-01 
.ends MTL_1S_6R_104
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_104
FREQUENCY=0
CMATRIX
 1.279900e-10 -3.796200e-12
 -3.796200e-12 1.280000e-10
LMATRIX
 3.198700e-07 7.657500e-10
 7.657500e-10 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396700e+00
FREQUENCY=INF
CMATRIX
 1.279900e-10 -3.796200e-12
 -3.796200e-12 1.280000e-10
LMATRIX
 3.198700e-07 7.657500e-10
 7.657500e-10 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_105 
   (IDL ".subckt MTL_1S_6R_105 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00262915 9.99998e-05 0.00277038 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacy01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_105 ( Length=length N=2 )
.C 0
+ 1.279900e-10 -3.650100e-12 
+ -3.650100e-12 1.279900e-10 
.L 0
+ 3.198700e-07 7.433100e-10 
+ 7.433100e-10 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396700e+00 
.C INF
+ 1.279900e-10 -3.650100e-12 
+ -3.650100e-12 1.279900e-10 
.L INF
+ 3.198700e-07 7.433100e-10 
+ 7.433100e-10 3.198700e-07 
.Td INF
+ 6.481500e-09 0.000000e+00 
+ 0.000000e+00 6.313900e-09 
.Yc INF
+ 2.000200e-02 -3.085000e-04 
+ -3.085000e-04 2.000200e-02 
.Zc INF
+ 5.000800e+01 7.713100e-01 
+ 7.713100e-01 5.000800e+01 

.endrlgc RLGCMTL_1S_6R_105

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.481500e-09 0.000000e+00 
*  0.000000e+00 6.313900e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.000200e-02 -3.085000e-04 
* -3.085000e-04 2.000200e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.000800e+01 7.713100e-01 
*  7.713100e-01 5.000800e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.847300e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.539000e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  5.000100e-01 3.856200e-03 
*  3.856200e-03 5.000100e-01 
.ends MTL_1S_6R_105
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_105
FREQUENCY=0
CMATRIX
 1.279900e-10 -3.650100e-12
 -3.650100e-12 1.279900e-10
LMATRIX
 3.198700e-07 7.433100e-10
 7.433100e-10 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396700e+00
FREQUENCY=INF
CMATRIX
 1.279900e-10 -3.650100e-12
 -3.650100e-12 1.279900e-10
LMATRIX
 3.198700e-07 7.433100e-10
 7.433100e-10 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_106 
   (IDL ".subckt MTL_1S_6R_106 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Dielectric Eps=4.3 Thick=0.0002032
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Conductor Width=556 topDist=0.0002032 botDist=9.99998e-05
*EMIinfo Dielectric Eps=4.2 Thick=9.99998e-05
*EMIinfo Plane Z=0.00163809

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.2 0.035 )
+dielectric( 3.49758e-05 1 0 )
+dielectric( 0.0002032 4.3 0.035 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00266725 9.99998e-05 0.00280848 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaacz01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_106 ( Length=length N=2 )
.C 0
+ 1.279800e-10 -3.510100e-12 
+ -3.510100e-12 1.279800e-10 
.L 0
+ 3.198700e-07 7.222500e-10 
+ 7.222500e-10 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396700e+00 
.C INF
+ 1.279800e-10 -3.510100e-12 
+ -3.510100e-12 1.279800e-10 
.L INF
+ 3.198700e-07 7.222500e-10 
+ 7.222500e-10 3.198700e-07 
.Td INF
+ 6.478000e-09 0.000000e+00 
+ 0.000000e+00 6.317000e-09 
.Yc INF
+ 2.000100e-02 -2.969100e-04 
+ -2.969100e-04 2.000100e-02 
.Zc INF
+ 5.000900e+01 7.423700e-01 
+ 7.423700e-01 5.000900e+01 

.endrlgc RLGCMTL_1S_6R_106

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.478000e-09 0.000000e+00 
*  0.000000e+00 6.317000e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.000100e-02 -2.969100e-04 
* -2.969100e-04 2.000100e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.000900e+01 7.423700e-01 
*  7.423700e-01 5.000900e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.853200e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.537500e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  5.000200e-01 3.711400e-03 
*  3.711400e-03 5.000200e-01 
.ends MTL_1S_6R_106
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_106
FREQUENCY=0
CMATRIX
 1.279800e-10 -3.510100e-12
 -3.510100e-12 1.279800e-10
LMATRIX
 3.198700e-07 7.222500e-10
 7.222500e-10 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396700e+00
FREQUENCY=INF
CMATRIX
 1.279800e-10 -3.510100e-12
 -3.510100e-12 1.279800e-10
LMATRIX
 3.198700e-07 7.222500e-10
 7.222500e-10 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_110 
   (IDL ".subckt MTL_1S_6R_110 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=556 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000141224 0.000134976 )
+rectangle ( 5.96e+07 0.00266725 9.99998e-05 0.00280848 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadd01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_110 ( Length=length N=2 )
.C 0
+ 1.055700e-10 -4.211500e-14 
+ -4.211500e-14 1.055700e-10 
.L 0
+ 3.198700e-07 7.222500e-10 
+ 7.222500e-10 3.198700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.396800e+00 0.000000e+00 
+ 0.000000e+00 3.396700e+00 
.C INF
+ 1.055700e-10 -4.211500e-14 
+ -4.211500e-14 1.055700e-10 
.L INF
+ 3.198700e-07 7.222500e-10 
+ 7.222500e-10 3.198700e-07 
.Td INF
+ 5.816500e-09 0.000000e+00 
+ 0.000000e+00 5.805700e-09 
.Yc INF
+ 1.816700e-02 -2.413400e-05 
+ -2.413400e-05 1.816700e-02 
.Zc INF
+ 5.504500e+01 7.312400e-02 
+ 7.312400e-02 5.504500e+01 

.endrlgc RLGCMTL_1S_6R_110

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  5.816500e-09 0.000000e+00 
*  0.000000e+00 5.805700e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 1.816700e-02 -2.413400e-05 
* -2.413400e-05 1.816700e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  5.504500e+01 7.312400e-02 
*  7.312400e-02 5.504500e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 1.099400e+02
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.755900e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  5.240100e-01 3.313400e-04 
*  3.313400e-04 5.240100e-01 
.ends MTL_1S_6R_110
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_110
FREQUENCY=0
CMATRIX
 1.055700e-10 -4.211500e-14
 -4.211500e-14 1.055700e-10
LMATRIX
 3.198700e-07 7.222500e-10
 7.222500e-10 3.198700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.396800e+00 0.000000e+00
 0.000000e+00 3.396700e+00
FREQUENCY=INF
CMATRIX
 1.055700e-10 -4.211500e-14
 -4.211500e-14 1.055700e-10
LMATRIX
 3.198700e-07 7.222500e-10
 7.222500e-10 3.198700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_132 
   (IDL ".subckt MTL_1S_6R_132 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=83 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 2.1082e-05 0.000134976 )
+rectangle ( 5.96e+07 0.00254711 9.99998e-05 0.00256819 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaadz01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_132 ( Length=length N=2 )
.C 0
+ 5.319900e-11 -1.387600e-14 
+ -1.387600e-14 5.319800e-11 
.L 0
+ 5.326500e-07 8.274900e-10 
+ 8.274900e-10 5.326800e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 2.275500e+01 0.000000e+00 
+ 0.000000e+00 2.275700e+01 
.C INF
+ 5.319900e-11 -1.387600e-14 
+ -1.387600e-14 5.319800e-11 
.L INF
+ 5.326500e-07 8.274900e-10 
+ 8.274900e-10 5.326800e-07 
.Td INF
+ 5.319800e-09 0.000000e+00 
+ 0.000000e+00 5.326700e-09 
.Yc INF
+ 9.993800e-03 -9.065800e-06 
+ -9.065800e-06 9.993400e-03 
.Zc INF
+ 1.000600e+02 9.077400e-02 
+ 9.077400e-02 1.000700e+02 

.endrlgc RLGCMTL_1S_6R_132

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  5.319800e-09 0.000000e+00 
*  0.000000e+00 5.326700e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 9.993800e-03 -9.065800e-06 
* -9.065800e-06 9.993400e-03 

*Impedance Matrix.
*Z 0 (n=2)
*  1.000600e+02 9.077400e-02 
*  9.077400e-02 1.000700e+02 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 1.999500e+02
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 5.007700e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  6.668000e-01 2.015500e-04 
*  2.015500e-04 6.668100e-01 
.ends MTL_1S_6R_132
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_132
FREQUENCY=0
CMATRIX
 5.319900e-11 -1.387600e-14
 -1.387600e-14 5.319800e-11
LMATRIX
 5.326500e-07 8.274900e-10
 8.274900e-10 5.326800e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 2.275500e+01 0.000000e+00
 0.000000e+00 2.275700e+01
FREQUENCY=INF
CMATRIX
 5.319900e-11 -1.387600e-14
 -1.387600e-14 5.319800e-11
LMATRIX
 5.326500e-07 8.274900e-10
 8.274900e-10 5.326800e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_141 
   (IDL ".subckt MTL_1S_6R_141 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=1964 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.000498856 0.000134976 )
+rectangle ( 5.96e+07 0.00302489 9.99998e-05 0.00352374 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaei01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_141 ( Length=length N=2 )
.C 0
+ 2.526000e-10 -1.602600e-13 
+ -1.602600e-13 2.525900e-10 
.L 0
+ 1.577900e-07 5.267800e-10 
+ 5.267800e-10 1.578000e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 9.616300e-01 0.000000e+00 
+ 0.000000e+00 9.616400e-01 
.C INF
+ 2.526000e-10 -1.602600e-13 
+ -1.602600e-13 2.525900e-10 
.L INF
+ 1.577900e-07 5.267800e-10 
+ 5.267800e-10 1.578000e-07 
.Td INF
+ 6.304800e-09 0.000000e+00 
+ 0.000000e+00 6.321900e-09 
.Yc INF
+ 4.001100e-02 -7.947700e-05 
+ -7.947700e-05 4.000900e-02 
.Zc INF
+ 2.499300e+01 4.964800e-02 
+ 4.964800e-02 2.499500e+01 

.endrlgc RLGCMTL_1S_6R_141

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.304800e-09 0.000000e+00 
*  0.000000e+00 6.321900e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 4.001100e-02 -7.947700e-05 
* -7.947700e-05 4.000900e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  2.499300e+01 4.964800e-02 
*  4.964800e-02 2.499500e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 4.988800e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 1.252200e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  3.332700e-01 4.413900e-04 
*  4.413900e-04 3.332800e-01 
.ends MTL_1S_6R_141
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_141
FREQUENCY=0
CMATRIX
 2.526000e-10 -1.602600e-13
 -1.602600e-13 2.525900e-10
LMATRIX
 1.577900e-07 5.267800e-10
 5.267800e-10 1.578000e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 9.616300e-01 0.000000e+00
 0.000000e+00 9.616400e-01
FREQUENCY=INF
CMATRIX
 2.526000e-10 -1.602600e-13
 -1.602600e-13 2.525900e-10
LMATRIX
 1.577900e-07 5.267800e-10
 5.267800e-10 1.578000e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_143 
   (IDL ".subckt MTL_1S_6R_143 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=800 botDist=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Plane Z=0.00143489

.layerstack Layerstack2
+shield( 1.74981e-05 1 0)
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 3.49758e-05 1 0 )
.crosssection
+rectangle ( 5.96e+07 0 9.99998e-05 0.0002032 0.000134976 )
+rectangle ( 5.96e+07 0.00272923 9.99998e-05 0.00293243 0.000134976 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaek01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_143 ( Length=length N=2 )
.C 0
+ 1.316200e-10 -5.937900e-14 
+ -5.937900e-14 1.316200e-10 
.L 0
+ 2.693800e-07 6.773700e-10 
+ 6.773700e-10 2.693800e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 2.360800e+00 0.000000e+00 
+ 0.000000e+00 2.360800e+00 
.C INF
+ 1.316200e-10 -5.937900e-14 
+ -5.937900e-14 1.316200e-10 
.L INF
+ 2.693800e-07 6.773700e-10 
+ 6.773700e-10 2.693800e-07 
.Td INF
+ 5.960600e-09 0.000000e+00 
+ 0.000000e+00 5.948300e-09 
.Yc INF
+ 2.210400e-02 -3.277800e-05 
+ -3.277800e-05 2.210400e-02 
.Zc INF
+ 4.524000e+01 6.708400e-02 
+ 6.708400e-02 4.524000e+01 

.endrlgc RLGCMTL_1S_6R_143

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  5.960600e-09 0.000000e+00 
*  0.000000e+00 5.948300e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.210400e-02 -3.277800e-05 
* -3.277800e-05 2.210400e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  4.524000e+01 6.708400e-02 
*  6.708400e-02 4.524000e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.034600e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.265300e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.750100e-01 3.697900e-04 
*  3.697900e-04 4.750100e-01 
.ends MTL_1S_6R_143
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_143
FREQUENCY=0
CMATRIX
 1.316200e-10 -5.937900e-14
 -5.937900e-14 1.316200e-10
LMATRIX
 2.693800e-07 6.773700e-10
 6.773700e-10 2.693800e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 2.360800e+00 0.000000e+00
 0.000000e+00 2.360800e+00
FREQUENCY=INF
CMATRIX
 1.316200e-10 -5.937900e-14
 -5.937900e-14 1.316200e-10
LMATRIX
 2.693800e-07 6.773700e-10
 6.773700e-10 2.693800e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_165 
   (IDL ".subckt MTL_1S_6R_165 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1000 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000254 0.000152474 )
+rectangle ( 5.959e+07 0.000381 0.000134976 0.000635 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafi01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_165 ( Length=length N=2 )
.C 0
+ 8.141600e-11 -4.730700e-11 
+ -4.730700e-11 8.141600e-11 
.L 0
+ 6.989100e-07 3.977300e-07 
+ 3.977300e-07 6.989100e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.775800e+00 0.000000e+00 
+ 0.000000e+00 3.775800e+00 
.C INF
+ 8.141600e-11 -4.730700e-11 
+ -4.730700e-11 8.141600e-11 
.L INF
+ 6.989100e-07 3.977300e-07 
+ 3.977300e-07 6.989100e-07 
.Td INF
+ 6.226500e-09 0.000000e+00 
+ 0.000000e+00 6.116000e-09 
.Yc INF
+ 1.312500e-02 -7.548300e-03 
+ -7.548300e-03 1.312500e-02 
.Zc INF
+ 1.138400e+02 6.546800e+01 
+ 6.546800e+01 1.138400e+02 

.endrlgc RLGCMTL_1S_6R_165

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.226500e-09 0.000000e+00 
*  0.000000e+00 6.116000e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 1.312500e-02 -7.548300e-03 
* -7.548300e-03 1.312500e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  1.138400e+02 6.546800e+01 
*  6.546800e+01 1.138400e+02 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.674200e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 8.965400e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  6.368400e-01 1.451200e-01 
*  1.451200e-01 6.368400e-01 
.ends MTL_1S_6R_165
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_165
FREQUENCY=0
CMATRIX
 8.141600e-11 -4.730700e-11
 -4.730700e-11 8.141600e-11
LMATRIX
 6.989100e-07 3.977300e-07
 3.977300e-07 6.989100e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.775800e+00 0.000000e+00
 0.000000e+00 3.775800e+00
FREQUENCY=INF
CMATRIX
 8.141600e-11 -4.730700e-11
 -4.730700e-11 8.141600e-11
LMATRIX
 6.989100e-07 3.977300e-07
 3.977300e-07 6.989100e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_166 
   (IDL ".subckt MTL_1S_6R_166 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1000 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000254 0.000152474 )
+rectangle ( 5.959e+07 0.000508 0.000134976 0.000762 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafj01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_166 ( Length=length N=2 )
.C 0
+ 6.890200e-11 -3.284100e-11 
+ -3.284100e-11 6.890200e-11 
.L 0
+ 7.071500e-07 3.341300e-07 
+ 3.341300e-07 7.071500e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.775800e+00 0.000000e+00 
+ 0.000000e+00 3.775800e+00 
.C INF
+ 6.890200e-11 -3.284100e-11 
+ -3.284100e-11 6.890200e-11 
.L INF
+ 7.071500e-07 3.341300e-07 
+ 3.341300e-07 7.071500e-07 
.Td INF
+ 6.160500e-09 0.000000e+00 
+ 0.000000e+00 6.127800e-09 
.Yc INF
+ 1.120000e-02 -5.315200e-03 
+ -5.315200e-03 1.120000e-02 
.Zc INF
+ 1.152400e+02 5.468900e+01 
+ 5.468900e+01 1.152400e+02 

.endrlgc RLGCMTL_1S_6R_166

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.160500e-09 0.000000e+00 
*  0.000000e+00 6.127800e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 1.120000e-02 -5.315200e-03 
* -5.315200e-03 1.120000e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  1.152400e+02 5.468900e+01 
*  5.468900e+01 1.152400e+02 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 1.211000e+02
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 8.496400e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  6.601800e-01 1.124700e-01 
*  1.124700e-01 6.601800e-01 
.ends MTL_1S_6R_166
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_166
FREQUENCY=0
CMATRIX
 6.890200e-11 -3.284100e-11
 -3.284100e-11 6.890200e-11
LMATRIX
 7.071500e-07 3.341300e-07
 3.341300e-07 7.071500e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.775800e+00 0.000000e+00
 0.000000e+00 3.775800e+00
FREQUENCY=INF
CMATRIX
 6.890200e-11 -3.284100e-11
 -3.284100e-11 6.890200e-11
LMATRIX
 7.071500e-07 3.341300e-07
 3.341300e-07 7.071500e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_167 
   (IDL ".subckt MTL_1S_6R_167 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1000 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000254 0.000152474 )
+rectangle ( 5.959e+07 0.000454406 0.000134976 0.000708406 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafk01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_167 ( Length=length N=2 )
.C 0
+ 7.284500e-11 -3.757500e-11 
+ -3.757500e-11 7.284500e-11 
.L 0
+ 7.047000e-07 3.579000e-07 
+ 3.579000e-07 7.047000e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.775800e+00 0.000000e+00 
+ 0.000000e+00 3.775800e+00 
.C INF
+ 7.284500e-11 -3.757500e-11 
+ -3.757500e-11 7.284500e-11 
.L INF
+ 7.047000e-07 3.579000e-07 
+ 3.579000e-07 7.047000e-07 
.Td INF
+ 6.188200e-09 0.000000e+00 
+ 0.000000e+00 6.121900e-09 
.Yc INF
+ 1.180200e-02 -6.041200e-03 
+ -6.041200e-03 1.180200e-02 
.Zc INF
+ 1.148100e+02 5.876500e+01 
+ 5.876500e+01 1.148100e+02 

.endrlgc RLGCMTL_1S_6R_167

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.188200e-09 0.000000e+00 
*  0.000000e+00 6.121900e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 1.180200e-02 -6.041200e-03 
* -6.041200e-03 1.180200e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  1.148100e+02 5.876500e+01 
*  5.876500e+01 1.148100e+02 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 1.120800e+02
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 8.678700e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  6.524200e-01 1.239300e-01 
*  1.239300e-01 6.524200e-01 
.ends MTL_1S_6R_167
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_167
FREQUENCY=0
CMATRIX
 7.284500e-11 -3.757500e-11
 -3.757500e-11 7.284500e-11
LMATRIX
 7.047000e-07 3.579000e-07
 3.579000e-07 7.047000e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.775800e+00 0.000000e+00
 0.000000e+00 3.775800e+00
FREQUENCY=INF
CMATRIX
 7.284500e-11 -3.757500e-11
 -3.757500e-11 7.284500e-11
LMATRIX
 7.047000e-07 3.579000e-07
 3.579000e-07 7.047000e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_168 
   (IDL ".subckt MTL_1S_6R_168 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1000 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000254 0.000152474 )
+rectangle ( 5.959e+07 0.000430276 0.000134976 0.000684276 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafl01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_168 ( Length=length N=2 )
.C 0
+ 7.513700e-11 -4.023800e-11 
+ -4.023800e-11 7.513700e-11 
.L 0
+ 7.032400e-07 3.699200e-07 
+ 3.699200e-07 7.032400e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.775800e+00 0.000000e+00 
+ 0.000000e+00 3.775800e+00 
.C INF
+ 7.513700e-11 -4.023800e-11 
+ -4.023800e-11 7.513700e-11 
.L INF
+ 7.032400e-07 3.699200e-07 
+ 3.699200e-07 7.032400e-07 
.Td INF
+ 6.201400e-09 0.000000e+00 
+ 0.000000e+00 6.119800e-09 
.Yc INF
+ 1.215400e-02 -6.451100e-03 
+ -6.451100e-03 1.215400e-02 
.Zc INF
+ 1.145500e+02 6.080400e+01 
+ 6.080400e+01 1.145500e+02 

.endrlgc RLGCMTL_1S_6R_168

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.201400e-09 0.000000e+00 
*  0.000000e+00 6.119800e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 1.215400e-02 -6.451100e-03 
* -6.451100e-03 1.215400e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  1.145500e+02 6.080400e+01 
*  6.080400e+01 1.145500e+02 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 1.075000e+02
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 8.767900e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  6.481000e-01 1.300300e-01 
*  1.300300e-01 6.481000e-01 
.ends MTL_1S_6R_168
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_168
FREQUENCY=0
CMATRIX
 7.513700e-11 -4.023800e-11
 -4.023800e-11 7.513700e-11
LMATRIX
 7.032400e-07 3.699200e-07
 3.699200e-07 7.032400e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.775800e+00 0.000000e+00
 0.000000e+00 3.775800e+00
FREQUENCY=INF
CMATRIX
 7.513700e-11 -4.023800e-11
 -4.023800e-11 7.513700e-11
LMATRIX
 7.032400e-07 3.699200e-07
 3.699200e-07 7.032400e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_169 
   (IDL ".subckt MTL_1S_6R_169 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1000 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000254 0.000152474 )
+rectangle ( 5.959e+07 0.000417068 0.000134976 0.000671068 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafm01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_169 ( Length=length N=2 )
.C 0
+ 7.657600e-11 -4.188500e-11 
+ -4.188500e-11 7.657600e-11 
.L 0
+ 7.023000e-07 3.769000e-07 
+ 3.769000e-07 7.023000e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.775800e+00 0.000000e+00 
+ 0.000000e+00 3.775800e+00 
.C INF
+ 7.657600e-11 -4.188500e-11 
+ -4.188500e-11 7.657600e-11 
.L INF
+ 7.023000e-07 3.769000e-07 
+ 3.769000e-07 7.023000e-07 
.Td INF
+ 6.208600e-09 0.000000e+00 
+ 0.000000e+00 6.118700e-09 
.Yc INF
+ 1.237500e-02 -6.705200e-03 
+ -6.705200e-03 1.237500e-02 
.Zc INF
+ 1.143900e+02 6.198300e+01 
+ 6.198300e+01 1.143900e+02 

.endrlgc RLGCMTL_1S_6R_169

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.208600e-09 0.000000e+00 
*  0.000000e+00 6.118700e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 1.237500e-02 -6.705200e-03 
* -6.705200e-03 1.237500e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  1.143900e+02 6.198300e+01 
*  6.198300e+01 1.143900e+02 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 1.048200e+02
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 8.818900e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  6.454500e-01 1.336800e-01 
*  1.336800e-01 6.454500e-01 
.ends MTL_1S_6R_169
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_169
FREQUENCY=0
CMATRIX
 7.657600e-11 -4.188500e-11
 -4.188500e-11 7.657600e-11
LMATRIX
 7.023000e-07 3.769000e-07
 3.769000e-07 7.023000e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.775800e+00 0.000000e+00
 0.000000e+00 3.775800e+00
FREQUENCY=INF
CMATRIX
 7.657600e-11 -4.188500e-11
 -4.188500e-11 7.657600e-11
LMATRIX
 7.023000e-07 3.769000e-07
 3.769000e-07 7.023000e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_170 
   (IDL ".subckt MTL_1S_6R_170 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1000 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000254 0.000152474 )
+rectangle ( 5.959e+07 0.000409194 0.000134976 0.000663194 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafn01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_170 ( Length=length N=2 )
.C 0
+ 7.750900e-11 -4.294200e-11 
+ -4.294200e-11 7.750900e-11 
.L 0
+ 7.016600e-07 3.812100e-07 
+ 3.812100e-07 7.016600e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.775800e+00 0.000000e+00 
+ 0.000000e+00 3.775800e+00 
.C INF
+ 7.750900e-11 -4.294200e-11 
+ -4.294200e-11 7.750900e-11 
.L INF
+ 7.016600e-07 3.812100e-07 
+ 3.812100e-07 7.016600e-07 
.Td INF
+ 6.212800e-09 0.000000e+00 
+ 0.000000e+00 6.118100e-09 
.Yc INF
+ 1.251900e-02 -6.868900e-03 
+ -6.868900e-03 1.251900e-02 
.Zc INF
+ 1.142900e+02 6.270700e+01 
+ 6.270700e+01 1.142900e+02 

.endrlgc RLGCMTL_1S_6R_170

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.212800e-09 0.000000e+00 
*  0.000000e+00 6.118100e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 1.251900e-02 -6.868900e-03 
* -6.868900e-03 1.251900e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  1.142900e+02 6.270700e+01 
*  6.270700e+01 1.142900e+02 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 1.031600e+02
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 8.849700e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  6.437500e-01 1.359800e-01 
*  1.359800e-01 6.437500e-01 
.ends MTL_1S_6R_170
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_170
FREQUENCY=0
CMATRIX
 7.750900e-11 -4.294200e-11
 -4.294200e-11 7.750900e-11
LMATRIX
 7.016600e-07 3.812100e-07
 3.812100e-07 7.016600e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.775800e+00 0.000000e+00
 0.000000e+00 3.775800e+00
FREQUENCY=INF
CMATRIX
 7.750900e-11 -4.294200e-11
 -4.294200e-11 7.750900e-11
LMATRIX
 7.016600e-07 3.812100e-07
 3.812100e-07 7.016600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_171 
   (IDL ".subckt MTL_1S_6R_171 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1000 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000254 0.000152474 )
+rectangle ( 5.959e+07 0.000404368 0.000134976 0.000658368 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafo01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_171 ( Length=length N=2 )
.C 0
+ 7.811100e-11 -4.362200e-11 
+ -4.362200e-11 7.811100e-11 
.L 0
+ 7.012600e-07 3.839300e-07 
+ 3.839300e-07 7.012600e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.775800e+00 0.000000e+00 
+ 0.000000e+00 3.775800e+00 
.C INF
+ 7.811100e-11 -4.362200e-11 
+ -4.362200e-11 7.811100e-11 
.L INF
+ 7.012600e-07 3.839300e-07 
+ 3.839300e-07 7.012600e-07 
.Td INF
+ 6.215300e-09 0.000000e+00 
+ 0.000000e+00 6.117800e-09 
.Yc INF
+ 1.261200e-02 -6.974300e-03 
+ -6.974300e-03 1.261200e-02 
.Zc INF
+ 1.142200e+02 6.316300e+01 
+ 6.316300e+01 1.142200e+02 

.endrlgc RLGCMTL_1S_6R_171

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.215300e-09 0.000000e+00 
*  0.000000e+00 6.117800e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 1.261200e-02 -6.974300e-03 
* -6.974300e-03 1.261200e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  1.142200e+02 6.316300e+01 
*  6.316300e+01 1.142200e+02 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 1.021100e+02
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 8.869200e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  6.426700e-01 1.374400e-01 
*  1.374400e-01 6.426700e-01 
.ends MTL_1S_6R_171
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_171
FREQUENCY=0
CMATRIX
 7.811100e-11 -4.362200e-11
 -4.362200e-11 7.811100e-11
LMATRIX
 7.012600e-07 3.839300e-07
 3.839300e-07 7.012600e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.775800e+00 0.000000e+00
 0.000000e+00 3.775800e+00
FREQUENCY=INF
CMATRIX
 7.811100e-11 -4.362200e-11
 -4.362200e-11 7.811100e-11
LMATRIX
 7.012600e-07 3.839300e-07
 3.839300e-07 7.012600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_172 
   (IDL ".subckt MTL_1S_6R_172 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1000 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000254 0.000152474 )
+rectangle ( 5.959e+07 0.00040132 0.000134976 0.00065532 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafp01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_172 ( Length=length N=2 )
.C 0
+ 7.850400e-11 -4.406400e-11 
+ -4.406400e-11 7.850400e-11 
.L 0
+ 7.010100e-07 3.856700e-07 
+ 3.856700e-07 7.010100e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.775800e+00 0.000000e+00 
+ 0.000000e+00 3.775800e+00 
.C INF
+ 7.850400e-11 -4.406400e-11 
+ -4.406400e-11 7.850400e-11 
.L INF
+ 7.010100e-07 3.856700e-07 
+ 3.856700e-07 7.010100e-07 
.Td INF
+ 6.217000e-09 0.000000e+00 
+ 0.000000e+00 6.117600e-09 
.Yc INF
+ 1.267200e-02 -7.042700e-03 
+ -7.042700e-03 1.267200e-02 
.Zc INF
+ 1.141800e+02 6.345400e+01 
+ 6.345400e+01 1.141800e+02 

.endrlgc RLGCMTL_1S_6R_172

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.217000e-09 0.000000e+00 
*  0.000000e+00 6.117600e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 1.267200e-02 -7.042700e-03 
* -7.042700e-03 1.267200e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  1.141800e+02 6.345400e+01 
*  6.345400e+01 1.141800e+02 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 1.014500e+02
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 8.881600e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  6.419700e-01 1.383800e-01 
*  1.383800e-01 6.419700e-01 
.ends MTL_1S_6R_172
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_172
FREQUENCY=0
CMATRIX
 7.850400e-11 -4.406400e-11
 -4.406400e-11 7.850400e-11
LMATRIX
 7.010100e-07 3.856700e-07
 3.856700e-07 7.010100e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.775800e+00 0.000000e+00
 0.000000e+00 3.775800e+00
FREQUENCY=INF
CMATRIX
 7.850400e-11 -4.406400e-11
 -4.406400e-11 7.850400e-11
LMATRIX
 7.010100e-07 3.856700e-07
 3.856700e-07 7.010100e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_173 
   (IDL ".subckt MTL_1S_6R_173 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1000 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000254 0.000152474 )
+rectangle ( 5.959e+07 0.000399288 0.000134976 0.000653288 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafq01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_173 ( Length=length N=2 )
.C 0
+ 7.877200e-11 -4.436500e-11 
+ -4.436500e-11 7.877200e-11 
.L 0
+ 7.007500e-07 3.867700e-07 
+ 3.867700e-07 7.007500e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.775800e+00 0.000000e+00 
+ 0.000000e+00 3.775800e+00 
.C INF
+ 7.877200e-11 -4.436500e-11 
+ -4.436500e-11 7.877200e-11 
.L INF
+ 7.007500e-07 3.867700e-07 
+ 3.867700e-07 7.007500e-07 
.Td INF
+ 6.217900e-09 0.000000e+00 
+ 0.000000e+00 6.117000e-09 
.Yc INF
+ 1.271400e-02 -7.089400e-03 
+ -7.089400e-03 1.271400e-02 
.Zc INF
+ 1.141400e+02 6.364500e+01 
+ 6.364500e+01 1.141400e+02 

.endrlgc RLGCMTL_1S_6R_173

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.217900e-09 0.000000e+00 
*  0.000000e+00 6.117000e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 1.271400e-02 -7.089400e-03 
* -7.089400e-03 1.271400e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  1.141400e+02 6.364500e+01 
*  6.364500e+01 1.141400e+02 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 1.009900e+02
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 8.889300e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  6.414800e-01 1.390100e-01 
*  1.390100e-01 6.414800e-01 
.ends MTL_1S_6R_173
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_173
FREQUENCY=0
CMATRIX
 7.877200e-11 -4.436500e-11
 -4.436500e-11 7.877200e-11
LMATRIX
 7.007500e-07 3.867700e-07
 3.867700e-07 7.007500e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.775800e+00 0.000000e+00
 0.000000e+00 3.775800e+00
FREQUENCY=INF
CMATRIX
 7.877200e-11 -4.436500e-11
 -4.436500e-11 7.877200e-11
LMATRIX
 7.007500e-07 3.867700e-07
 3.867700e-07 7.007500e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_174 
   (IDL ".subckt MTL_1S_6R_174 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1000 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000254 0.000152474 )
+rectangle ( 5.959e+07 0.000397764 0.000134976 0.000651764 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafr01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_174 ( Length=length N=2 )
.C 0
+ 7.897600e-11 -4.459300e-11 
+ -4.459300e-11 7.897600e-11 
.L 0
+ 7.006700e-07 3.877100e-07 
+ 3.877100e-07 7.006700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.775800e+00 0.000000e+00 
+ 0.000000e+00 3.775800e+00 
.C INF
+ 7.897600e-11 -4.459300e-11 
+ -4.459300e-11 7.897600e-11 
.L INF
+ 7.006700e-07 3.877100e-07 
+ 3.877100e-07 7.006700e-07 
.Td INF
+ 6.218700e-09 0.000000e+00 
+ 0.000000e+00 6.117300e-09 
.Yc INF
+ 1.274600e-02 -7.125000e-03 
+ -7.125000e-03 1.274600e-02 
.Zc INF
+ 1.141200e+02 6.379600e+01 
+ 6.379600e+01 1.141200e+02 

.endrlgc RLGCMTL_1S_6R_174

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.218700e-09 0.000000e+00 
*  0.000000e+00 6.117300e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 1.274600e-02 -7.125000e-03 
* -7.125000e-03 1.274600e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  1.141200e+02 6.379600e+01 
*  6.379600e+01 1.141200e+02 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 1.006500e+02
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 8.895900e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  6.411200e-01 1.395000e-01 
*  1.395000e-01 6.411200e-01 
.ends MTL_1S_6R_174
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_174
FREQUENCY=0
CMATRIX
 7.897600e-11 -4.459300e-11
 -4.459300e-11 7.897600e-11
LMATRIX
 7.006700e-07 3.877100e-07
 3.877100e-07 7.006700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.775800e+00 0.000000e+00
 0.000000e+00 3.775800e+00
FREQUENCY=INF
CMATRIX
 7.897600e-11 -4.459300e-11
 -4.459300e-11 7.897600e-11
LMATRIX
 7.006700e-07 3.877100e-07
 3.877100e-07 7.006700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_175 
   (IDL ".subckt MTL_1S_6R_175 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1000 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000254 0.000152474 )
+rectangle ( 5.959e+07 0.000396748 0.000134976 0.000650748 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafs01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_175 ( Length=length N=2 )
.C 0
+ 7.911400e-11 -4.474700e-11 
+ -4.474700e-11 7.911400e-11 
.L 0
+ 7.005400e-07 3.882700e-07 
+ 3.882700e-07 7.005400e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.775800e+00 0.000000e+00 
+ 0.000000e+00 3.775800e+00 
.C INF
+ 7.911400e-11 -4.474700e-11 
+ -4.474700e-11 7.911400e-11 
.L INF
+ 7.005400e-07 3.882700e-07 
+ 3.882700e-07 7.005400e-07 
.Td INF
+ 6.219200e-09 0.000000e+00 
+ 0.000000e+00 6.117100e-09 
.Yc INF
+ 1.276700e-02 -7.148900e-03 
+ -7.148900e-03 1.276700e-02 
.Zc INF
+ 1.141000e+02 6.389200e+01 
+ 6.389200e+01 1.141000e+02 

.endrlgc RLGCMTL_1S_6R_175

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.219200e-09 0.000000e+00 
*  0.000000e+00 6.117100e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 1.276700e-02 -7.148900e-03 
* -7.148900e-03 1.276700e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  1.141000e+02 6.389200e+01 
*  6.389200e+01 1.141000e+02 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 1.004200e+02
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 8.899700e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  6.408700e-01 1.398200e-01 
*  1.398200e-01 6.408700e-01 
.ends MTL_1S_6R_175
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_175
FREQUENCY=0
CMATRIX
 7.911400e-11 -4.474700e-11
 -4.474700e-11 7.911400e-11
LMATRIX
 7.005400e-07 3.882700e-07
 3.882700e-07 7.005400e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.775800e+00 0.000000e+00
 0.000000e+00 3.775800e+00
FREQUENCY=INF
CMATRIX
 7.911400e-11 -4.474700e-11
 -4.474700e-11 7.911400e-11
LMATRIX
 7.005400e-07 3.882700e-07
 3.882700e-07 7.005400e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_176 
   (IDL ".subckt MTL_1S_6R_176 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1000 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000254 0.000152474 )
+rectangle ( 5.959e+07 0.00039624 0.000134976 0.00065024 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaft01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_176 ( Length=length N=2 )
.C 0
+ 7.918300e-11 -4.482500e-11 
+ -4.482500e-11 7.918300e-11 
.L 0
+ 7.004700e-07 3.885500e-07 
+ 3.885500e-07 7.004700e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.775800e+00 0.000000e+00 
+ 0.000000e+00 3.775800e+00 
.C INF
+ 7.918300e-11 -4.482500e-11 
+ -4.482500e-11 7.918300e-11 
.L INF
+ 7.004700e-07 3.885500e-07 
+ 3.885500e-07 7.004700e-07 
.Td INF
+ 6.219400e-09 0.000000e+00 
+ 0.000000e+00 6.116900e-09 
.Yc INF
+ 1.277800e-02 -7.161100e-03 
+ -7.161100e-03 1.277800e-02 
.Zc INF
+ 1.140900e+02 6.394100e+01 
+ 6.394100e+01 1.140900e+02 

.endrlgc RLGCMTL_1S_6R_176

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.219400e-09 0.000000e+00 
*  0.000000e+00 6.116900e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 1.277800e-02 -7.161100e-03 
* -7.161100e-03 1.277800e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  1.140900e+02 6.394100e+01 
*  6.394100e+01 1.140900e+02 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 1.003100e+02
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 8.901700e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  6.407500e-01 1.399900e-01 
*  1.399900e-01 6.407500e-01 
.ends MTL_1S_6R_176
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_176
FREQUENCY=0
CMATRIX
 7.918300e-11 -4.482500e-11
 -4.482500e-11 7.918300e-11
LMATRIX
 7.004700e-07 3.885500e-07
 3.885500e-07 7.004700e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.775800e+00 0.000000e+00
 0.000000e+00 3.775800e+00
FREQUENCY=INF
CMATRIX
 7.918300e-11 -4.482500e-11
 -4.482500e-11 7.918300e-11
LMATRIX
 7.004700e-07 3.885500e-07
 3.885500e-07 7.004700e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_177 
   (IDL ".subckt MTL_1S_6R_177 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00141739
*EMIinfo Dielectric Eps=4.5 Thick=0.00126492
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1000 topDist=0.00126492 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.00126492 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000254 0.000152474 )
+rectangle ( 5.959e+07 0.000395732 0.000134976 0.000649732 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafu01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_177 ( Length=length N=2 )
.C 0
+ 7.925300e-11 -4.490300e-11 
+ -4.490300e-11 7.925300e-11 
.L 0
+ 7.004600e-07 3.888800e-07 
+ 3.888800e-07 7.004600e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.775800e+00 0.000000e+00 
+ 0.000000e+00 3.775800e+00 
.C INF
+ 7.925300e-11 -4.490300e-11 
+ -4.490300e-11 7.925300e-11 
.L INF
+ 7.004600e-07 3.888800e-07 
+ 3.888800e-07 7.004600e-07 
.Td INF
+ 6.219700e-09 0.000000e+00 
+ 0.000000e+00 6.117100e-09 
.Yc INF
+ 1.278900e-02 -7.173200e-03 
+ -7.173200e-03 1.278900e-02 
.Zc INF
+ 1.140900e+02 6.399300e+01 
+ 6.399300e+01 1.140900e+02 

.endrlgc RLGCMTL_1S_6R_177

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.219700e-09 0.000000e+00 
*  0.000000e+00 6.117100e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 1.278900e-02 -7.173200e-03 
* -7.173200e-03 1.278900e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  1.140900e+02 6.399300e+01 
*  6.399300e+01 1.140900e+02 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 1.001900e+02
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 8.904100e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  6.406300e-01 1.401500e-01 
*  1.401500e-01 6.406300e-01 
.ends MTL_1S_6R_177
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_177
FREQUENCY=0
CMATRIX
 7.925300e-11 -4.490300e-11
 -4.490300e-11 7.925300e-11
LMATRIX
 7.004600e-07 3.888800e-07
 3.888800e-07 7.004600e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.775800e+00 0.000000e+00
 0.000000e+00 3.775800e+00
FREQUENCY=INF
CMATRIX
 7.925300e-11 -4.490300e-11
 -4.490300e-11 7.925300e-11
LMATRIX
 7.004600e-07 3.888800e-07
 3.888800e-07 7.004600e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_180 
   (IDL ".subckt MTL_1S_6R_180 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.000660474
*EMIinfo Dielectric Eps=4.5 Thick=0.000508
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1000 topDist=0.000508 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.000508 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000254 0.000152474 )
+rectangle ( 5.959e+07 0.000395732 0.000134976 0.000649732 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaafx01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_180 ( Length=length N=2 )
.C 0
+ 9.164800e-11 -3.701000e-11 
+ -3.701000e-11 9.164800e-11 
.L 0
+ 5.235400e-07 2.201600e-07 
+ 2.201600e-07 5.235400e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.775800e+00 0.000000e+00 
+ 0.000000e+00 3.775800e+00 
.C INF
+ 9.164800e-11 -3.701000e-11 
+ -3.701000e-11 9.164800e-11 
.L INF
+ 5.235400e-07 2.201600e-07 
+ 2.201600e-07 5.235400e-07 
.Td INF
+ 6.374500e-09 0.000000e+00 
+ 0.000000e+00 6.247600e-09 
.Yc INF
+ 1.458200e-02 -6.011000e-03 
+ -6.011000e-03 1.458200e-02 
.Zc INF
+ 8.261400e+01 3.405400e+01 
+ 3.405400e+01 8.261400e+01 

.endrlgc RLGCMTL_1S_6R_180

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.374500e-09 0.000000e+00 
*  0.000000e+00 6.247600e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 1.458200e-02 -6.011000e-03 
* -6.011000e-03 1.458200e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  8.261400e+01 3.405400e+01 
*  3.405400e+01 8.261400e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 9.711900e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 5.833400e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  5.963500e-01 1.036500e-01 
*  1.036500e-01 5.963500e-01 
.ends MTL_1S_6R_180
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_180
FREQUENCY=0
CMATRIX
 9.164800e-11 -3.701000e-11
 -3.701000e-11 9.164800e-11
LMATRIX
 5.235400e-07 2.201600e-07
 2.201600e-07 5.235400e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.775800e+00 0.000000e+00
 0.000000e+00 3.775800e+00
FREQUENCY=INF
CMATRIX
 9.164800e-11 -3.701000e-11
 -3.701000e-11 9.164800e-11
LMATRIX
 5.235400e-07 2.201600e-07
 2.201600e-07 5.235400e-07
END RLGC
" ) 
   (Frequency 0 ) ) 
  (MTL_1S_6R_183 
   (IDL ".subckt MTL_1S_6R_183 
+X1 X3 0 
+X2 X4 0 
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.000279474
*EMIinfo Dielectric Eps=4.5 Thick=0.000127
*EMIinfo Dielectric Eps=1 Thick=1.74981e-05
*EMIinfo Conductor Width=1000 topDist=0.000127 botDist=0.000134976
*EMIinfo Dielectric Eps=4.5 Thick=9.99998e-05
*EMIinfo Dielectric Eps=1 Thick=3.49758e-05

.layerstack Layerstack1
+dielectric( 3.49758e-05 1 0 )
+dielectric( 9.99998e-05 4.5 0.035 )
+dielectric( 1.74981e-05 1 0 )
+dielectric( 0.000127 4.5 0.035 )
+shield( 1.74981e-05 1 0)
.crosssection
+rectangle ( 5.959e+07 0 0.000134976 0.000254 0.000152474 )
+rectangle ( 5.959e+07 0.000395732 0.000134976 0.000649732 0.000152474 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/avira/AppData/Local/Temp/#Taaaaga01356.in 0.00127 
.rlgc RLGCMTL_1S_6R_183 ( Length=length N=2 )
.C 0
+ 1.521100e-10 -2.321700e-11 
+ -2.321700e-11 1.521100e-10 
.L 0
+ 2.810000e-07 4.752700e-08 
+ 4.752700e-08 2.810000e-07 
.G 0
+ 0.000000e+00 -0.000000e+00 
+ -0.000000e+00 0.000000e+00 
.R 0
+ 3.775800e+00 0.000000e+00 
+ 0.000000e+00 3.775800e+00 
.C INF
+ 1.521100e-10 -2.321700e-11 
+ -2.321700e-11 1.521100e-10 
.L INF
+ 2.810000e-07 4.752700e-08 
+ 4.752700e-08 2.810000e-07 
.Td INF
+ 6.507300e-09 0.000000e+00 
+ 0.000000e+00 6.398000e-09 
.Yc INF
+ 2.360500e-02 -3.798000e-03 
+ -3.798000e-03 2.360500e-02 
.Zc INF
+ 4.348900e+01 6.997200e+00 
+ 6.997200e+00 4.348900e+01 

.endrlgc RLGCMTL_1S_6R_183

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=2)
*  6.507300e-09 0.000000e+00 
*  0.000000e+00 6.398000e-09 

*Admittance Matrix.
*Y 0 (n=2)
* 2.360500e-02 -3.798000e-03 
* -3.798000e-03 2.360500e-02 

*Impedance Matrix.
*Z 0 (n=2)
*  4.348900e+01 6.997200e+00 
*  6.997200e+00 4.348900e+01 

*Odd Mode Impedances, 2*(z11-z12).
* Z(odd)  = 7.298300e+01
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 2.524300e+01


**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:

*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
*  0 (n=2)
*  4.621600e-01 4.025400e-02 
*  4.025400e-02 4.621600e-01 
.ends MTL_1S_6R_183
" ) 
   (KSPICE "DATAPOINTS RLGC MTL_1S_6R_183
FREQUENCY=0
CMATRIX
 1.521100e-10 -2.321700e-11
 -2.321700e-11 1.521100e-10
LMATRIX
 2.810000e-07 4.752700e-08
 4.752700e-08 2.810000e-07
GMATRIX
 0.000000e+00 -0.000000e+00
 -0.000000e+00 0.000000e+00
RMATRIX
 3.775800e+00 0.000000e+00
 0.000000e+00 3.775800e+00
FREQUENCY=INF
CMATRIX
 1.521100e-10 -2.321700e-11
 -2.321700e-11 1.521100e-10
LMATRIX
 2.810000e-07 4.752700e-08
 4.752700e-08 2.810000e-07
END RLGC
" ) 
   (Frequency 0 ) ) ) 
 (LibraryVersion 136.2 ) ) 