We understood what is the advantage that we happen with the programmable devices and that class of devices
requires and be designed for a programmable logic device.
So we have three different kinds of programmable logic devices.
Now, these are being classified depending on which elementary school.
So you know that for any combination, it's okay to implement you required component, either an angry
or an order.
OK, so now you consider that and get Haverty programmable capability.
So that leads to one category of device we have argued, which has already proven that we will have
that capability so that lead to another category of device.
So finally, the third device will have both Ireland or Greece has three of them.
So first device that we have in this category of Elizabeta.
OK, so.
You.
Again, remember that this consists of this consists of a fixed and a date.
So this consists of a fixed and then the target are programmable.
So Argueta programmable.
So you can load that by stands for programmable and then you haven't.
So this is how you can remember.
So when we consider to be wrong, we have a fixed target and a programmable or the other category of
device that we have is A, B, E and L.
OK, so again be sensible, programmable and then we have E for tonight.
So this is how you remember, even though the full form is different than we are discussing, but we
are interested in full force.
Right.
So this basically stands for programmable logic.
So but to remember which which component is programmable is very simple.
So here we are senseor programmable and then we have a lot of the rest components fixed when we consider
B.L..
OK, so be sensible, programmable and we have a now.
So here.
We haven't fixed star, right, but our programmable program.
And finally, the last category of circuit in this building is officially, which consists of both programmable.
And and then we also have a program of all right, so what this means when we see program will end or
we like to consider a few examples so that you have a clearer picture of what that means.
OK, so.
Programmable logic device has compared to an integrated circuit.
How appeals to your advantage, that is the how certain programmable component.
So if the blocks are unused, they can be used to attend certain different functionality.
And this way you can fully utilize an architecture.
OK, so they are divided into three categories.
They can either be Aperol, they can either be a bill or they can also be A, B and C Pierron consist
of a programmable arget.
OK.
Then we have a B El.
We have a program of Landgate and Bearly, which consists of a programmable Supai, are essential programmable
read-only, memory sensor, programmable array, logic and bialy is programmable logic.
OK, so these are very cool forms.
Doesn't matter too much.
We'll just be understanding that purities are divided into three categories depending on the program
of the block that is presented to specific.