Now, what we want to do is will be understanding the differences between the research, so we apply
some round of stimulus to early and we'll be observing how our system behaves when we have another synchronicity
and synchronicity.
Rachel, let me just go ahead and try to perform a simulation, right?
So first, we are working with an Earth synchronous visa, so this won't be waiting for the clock to
arrive.
OK?
It will be automatically sensing a reset and then applying a value add deal.
Whereas when we consider the synchronous decision that gives our system will wait for a clock to arrive,
then research will be sent and then we'll be updating a deal so far.
We could just right click on a clock signal.
Use of force clock and let it just use a leading edge as zero.
Right.
So first, we have zero value, then we have one value.
OK, so there is some time delay that we get for between the first blockage, right?
And that basically will help us to understand the behavior difference between asynchronous and synchronous
reset, right?
And the period that we'll be using is hundred nanoseconds right now for reset.
Then it just.
Use of words constitute and apply the value of one.
OK, this will be doing for a few nanosecond and then we'll be reviewing the recent Great and Clardy
again, use of force luck in this case.
Let me just use one to settle in the period of three hundred nine.
Right?
They just try to execute the code.
Now, if you just observe the schematic that we get right, OK, now, since the reset is high rate,
the reset is high.
And here we have our first lock straight.
So if I just zoom in a bit.
So this is our first positivity rate.
And since the type of risk that we have utilizes our synchronicity, you would really notice that IDL
is zero right from here, right?
Even though the first blockage arrival here.
But still, the system is able to sense the reset value here and he will to make idols right.
So this will be the case when we use another synchronicity set right and then the output will be to
zero because reset to all time.
So let's just try to make reset zero and try to observe whether be able to get the DNA from one end.
So we'll just be removing or reset and then read any GUI simulation four thousand nine second.
Right now, you can clearly see that as soon as we remove the reset.
OK.
So depending on the clock, we will to follow that.
Right.
So here we have our first positivity rate.
So here, here we have a zero value of an antidote to zero.
If you observe the positive age here.
Also, we have a zero value inside the out to zero.
But if you observe the third positive.
So here we have value of one night, hence the outis one in the next piece of it.
Since Dean is falling to a zero, the out is all right.
So this is correctly falling of evil, right?