So now let us summarize an entire thing that we have discussed for a simple devices.
OK, so they can either fall into the category where you will be utilizing confuses and they are one
time programmable or they might be falling into a category where we have a floating transistor acting
as a link between the connection, between an input on and on.
So the first block that we have is an input.
So here will be applying all the inputs.
OK, so this depends on an integrated circuit that you have a number of things that you get out.
The number of input that you can feed to an icy depends on the specific integrated circuit that you
are utilizing.
The next block isn't programmable and block.
So here, if you are profiting, if you have choose an integrated circuit that with a file so you have
one time to grab programmability, or if you have chosen an integrated circuit which use a calculator
so that you have an slotting the transistor, which can be programmed multiple.
This then the agony of being fit to a fixed target.
So we have a dedicated been connected to let us assume if we consider the 16 Audy, so we have any Tanguay
whose connection up tied to a fixed contract, then there are certain things that have been added and
that we refer to as an output logic's, which consists of and that socket which can be used to feed
a normal output or complementary.
So if you remember, if you feed a zero over here, so the the signal that we have over here will be
twice as it is since zero XOR with anything will result into anything.
And if you have applied one it, the one excited with anything will basically dissolve into a complement
of anything great.
So here will be getting a complimentary output or we can also have a normal output then to provide a
sequential ability or to store the content we have would be flipflop, which is an added and we have
a dedicated clock.
Finally now, since an output side, we haven't been capable of applying an output as well as receiving
an input from an external sources.
So it'll be finding we have to price to one try before another one is done before.
So try suitable for this use to select an operation whether you are transmitting the content from microscale
to the pin or whether you are receiving a signal from an input.
So when we are transmitting, the content will be simply closing our tries to buffer.
So whatever we have here will be simply given out on end.
When we are reading the content from an external source, we'll just be making this open in.
So we'll just be making this open so that whatever we are, we will be making it into an hybrid and
stick by applying the required single on Triscuit before, and then we are ready to receive the signal
from an output device to this buffer.
So this buffer is capable of providing the normal form as well as complementary felt.
OK, and then this can actually be dedicated to a program like it where we can utilize the input to
perform certain logical operations.
OK, so this is a simple architecture of simple device, right?
So as we proceed further now, you'll understand that when we transfer to a specialty so it consists
of multiple fuel cells or multiple micro cells, and then we will proceed towards any future.