Hello, friends.
Today I will tell you mixed signal graph.
So for that purpose, you just go to the front panel.
In the graph, you just find out.
Mixed signal graph.
The mixed signal graph is used for both the signals it will generate.
It will show you the digital signal as well as it will show you analog signal.
So over here we have this one mixed signal graph.
So for this we just need a signal.
So I just go to the signal processing.
In the signal processing waveform generation, I have this sine wave.
As you see over here, this is my sine wave.
So in this sine wave, I just.
Connect this sine wave to my bundle function.
Initially.
This is my sine wave over here.
So.
You just need to.
Increase the number of signals.
So how many you want to bundle over here?
So this is my initial signal, and I just want, uh, absolute value of this sine wave, let's say.
So I just connect.
Or here, this is my sine wave.
I just connect to the signal, so when I just go to my mixed signal.
As you see over here, one signal is extra.
So when you hit on run button, as you see, I got two signals.
One is red, another one is white.
So white one is complete sine wave and another one is absolute value because it does not.
Perform for negative values.
So right now, this is the sine wave.
So now for the digital signal, I just go to the comparison when the value is greater than equal to
zero.
When greater than zero, it will generate true, otherwise false.
So I just connect this signal to my signal over here.
So first, before this, I want to just go to the waveform.
Get waveform.
So over here, connect this signal.
So over here we got an array.
And now just bundle.
This bundle array over here.
So I want to just.
Get the two values.
One is negation of the given value.
So I need two digital values, as you see over here.
Build array will generate signals.
So over here, I just want to transpose this signal.
Or here.
This is my transpose 2D array.
Right now, signal is transposed.
So now I want to just go to, again, waveform digital waveform conversion.
I want to just convert Boolean signal to digital waveform.
So just connect this signal.
And over here we got the digital waveform.
So in this case, I just increase the bundle size.
Connect this signal over here.
So when you hit on run button, as you see over here, we got two signals.
Not two signals.
Two digital signals also.
So as you see over here, the red one is my absolute signal.
White one is my sine wave.
And over here I got the signal value.
So if you want to just check the values also, as you see 1010 in the form of digital signal, we just
got this.
So if you want to add plot area over here, as you see, I just add plot area and if you want to separate
two signals, you just easily.
Check out for this.
You can also increase or decrease the size.
As you see over here.
So this is how you can change.
If you want to add more plot area to it.
Like this.
Over here I got another plot area.
If you want to just separate this signals.
So you just move from this place to this place.
Okay, so this is how you can perform digital signals right now over here.
No signal, is there?
This complete signal is inside this bus system.
If you want to go with right now, we have the signal of only sign.
Right now if you want to plot for course also.
So we just go to that again, signal processing over here.
Waveform generation, as you see over here, cause signal is not present.
So if you want to go, for course, we just know the formula that is R one minus cos square, so I just
subtract.
One.
I just create constant one.
Minus four square.
So this one minus sine square.
So I want to perform one minus sine square.
So over here I just connect.
So it will generate sine square for me, correct it.
So one minus sine square, square root of this.
And the square root of this.
Signal.
It will give me the signal.
So I just increase the size again.
So over here I got the sign.
And of course, over here in this one, I got the call signal over here.
I got the sign signal.
So I just remove this signal from here.
Connect this one.
Remove this one.
So one signal is sine wave, one signal is cos wave.
As you see over here.
So you just track over here.
So this is my signal.
This is my sine signal.
And over here I got the value.
And if you want digital value of this signal also, you just go to the waveform.
Get waveform components.
So over here, I got the waveform components.
You just copy this complete function for this.
As you see, just connect this signal.
Control B control U to minimize.
And over here, I just want to remove this signal.
Because I need cost function only over here.
So just.
Increase the size.
Connect this waveform to over here.
Control U.
When you again hit on run run button as you see over here, these are my different signals over here.
So as you see.
Or here, I got the signal and this is my sine signal.
And if you want to just plot in different areas, you just go with the signal as you see over here.
So this is how you can perform for different signals.
You can create your own mixed signal graph using this way.
So this is all about today's lecture.
Thank you.