The system that we're going to implement is the binary to the seven segment equal right to what we let
Zouma's from an on ongoing basis.
We will be considering three switches, OK, which would serve as input to our system.
So depending on the value that we feed, OK, the equivalent decimal number will be displaying on it.
Seven segment display, right?
So we'll just be going through a fundamental of a seven segment display before we actually proceed to
equal weight.
So if you consider the seven segment display, so we have a seven included, right, so each LCD have
a unique name, for example, if you consider this as a seven segment display.
So we have this LCD, which is named as any.
This allele, which is named as b c d e f g h if you count one two three four, five six and seven eight
two.
We have a seven alleles right now.
We have a two configuration for a seven segment display.
So OK, so it could either be a common A. or a common category.
So when we see our common A..
OK, so each allele will have a two term right to A. and cattle.
So if you connect all the A. All finally this together, so that is referred to as common A. seven segment
display, right?
Whereas if you connect all the cattle off and they do this together, OK, then that kind of the seven
segment displays referred to as the common cattle seven segment right now.
Here you could see the.
Onboard 716 display that we have on hand based distributors of common and great so valued of all their
lives are connected together.
Whereas for a cattle, we will be applying the signal from our SPG, right?
So you could clearly see for each rate.
So to turn on.
Since we have a cattle terminal which is connected to an object, we need to apply as a so to turn on
any one of this and we just need to apply zero rate.
And if we considered an annual rate.
So we have a full seven segment display rate.
So to enable the seven to display rate.
So this is a common and open rate.
This makes sense, though this is a common annual thing that we have over here, right?
But this is connected to the BNP transistor rate and to turn on a P and B transmit transistor.
OK, so even though it is the common A. Right.
But still, we need to apply zero.
OK, so when we apply it, zero from this state right to this will turn on the transistor.
And then finally, we will be getting colour that is flowing through this seven segment display, right?
So even though our display is of when I know, right, due to our presence over time this year, we
still need to apply it here.
This makes sense.
So you could see, for example, OK, this is our.
Any rate, so this will be coming from this spin rate so that W7 W6, you wait dissolve Pinto on an
FPGA chip, right?
So we will be applying a signal to this to turn on the specific segment, right?
So this represents our cattle.
And then we have an, I know, lower rate.
And this is connected to.
To the CC, right?
And this is BNP transistor.
So this again, will be coming from Fiji, right, so this will be and enable pin that will be used
to enable the specific seven segment display out of this war seven segment display that we have on hand,
right?
So this will be again coming from in Fiji.
The cattle signal will also be coming from an FPGA now to have a positive signal at an alert rate.
So we need to make sure that we close our transistor right dad since our transistor is the input transistor,
so we need to apply a seat over here and when we apply zero.
OK, so this will basically be here as it switch, right?
So when this behave as a close switch, this will basically connect the V60 to the North Bay, not far
LCD, OK, and then depending on the signal that we apply on and cathode, then we will be turning on
and off.
This makes sense.
So this is the fundamental operation.
Now the takeaway from this entire thing is to enable any of the seven segment display that we have right
out of this seven segment display.
We just need to apply zero at this point, OK, which are the common and open and to doing on this specific
segment, often single seven segment display.
We are going to need to apply it right so that let's considered the first case when we used only a single
seven segment display, right?
So we'll just apply that zero over here that is basically connected to W4.
OK, so we will be applying the zero.
This will enable this seven segment display and will be simply applying one to the rest of the common
and open.
So this will automatically disable this three seven segment display, right?
This makes sense now to display a zero rate of zero will be something like this, right?
So we have zero something like this.
So this is referred to as the B C D E F, and then we have g over here right now.
You could clearly see we want to turn on E B, C D e f, right, and we want to turn off G.
So if we consider zero zero zero combinations, so E will be applied a logic C2 OK.
So this will basically turn on this allele segment.
If we apply zero to a B, this will turn on the B allele segment.
Similarly, when we apply zero to a c d e f OK.
So this will basically turn on C, D E and right.
Whereas if we're going to GDP ratio for a G, we are applying what right?
So this will be automatically turning off.
I d seven g.
Right.
Whereas DP is also one, so this will also turn off.
The right time to be able to get to you.
So likewise, you could find out the combination of value for A B, C, D, E, F G and B, depending
on the value that you one percent rate.
So I have already created a table of it and we have already found out an equal integrated serial number,
right?
So if you just convert this to exactly single digit rate, so this for zero will be giving a zero and
then zero zero one one will be giving us three, right?
So we have a zero 393 submit form.
Likewise, I've calculated all the values for all the three possible combination that we could have
within binary number, right?
So what we're going to do is this B to B will be zero will be connecting to the three slates, which
is OK.
And there's a b c, d, e f g and B will be connecting to the seven segment, OK?
And as we change the speed of light switches, we will see that to be able to find out and equally decimal
representation on this seven segment display right now.
What are we going to do?
It will be going to a vital where we will start developing the system.
We'll get out of this deep.