Now, let us try to understand how we invoke and all synchronicity first modification that you want
to do is long with the clock.
We'll also be adding We sit in this institute, illustrate this is the first thing that we do.
Now, before locking event, we will be defining the behavior, right?
So in.
Respect is equal to one, right in that case in that this deal will be equal to zero.
Right.
Unless and if right and if if we have a blocking event that is healthy, right?
Writing is off lock, then we will just be following the value of.
So this is how you implement.
The US synchronicity rate, so what we did is we have a reset and clock in the sense of duty list,
every state is high, then out will be equal to zero else.
If we have a rising edge of a clock, then die out will be simply falling, right?
So if we just see the code and you try to reload the schematic here, you will be noticing that the
component that we invoke for this type of food is the.
Ideals regard us great, so I think basically indicate that the type of research that we are utilizing
is asynchronous, right?
So this is how you implement the difference with asynchronous research or no synchronization state.
Now here you could further modify this correct.
This is difficult to digest, right?
What you would do is we could just add else OK and in site else, we could just add a right right,
raising a whole lot right there.
OK.
Or we could just take this out will be close to the right time.
Since we have Saturday it, we'll just be ending the lot.
And the first one, right where we are sensing their sensing, the reset that also we need to integrate.
So this method will also result in do the same synchronous reset with the discord if you just reload
the schematic.
Now, you could argue, observe the component that is invoked again and ideal wreck us.
Right.
So.
You could use this method or you will use just LC, right, but the method will just work fine.