Hello, guys, and welcome back.
And this lecture we're going to talk about a combination of now there is two type of one of them is
called combination.
The other is called sequential.
And we're going to go deeper and explain each of these types and see what are the differences in between
them.
So let us get started.
So we have already talked a bit about conventional logic in the introduction section, we have talked
about the logic gate, which they have some inputs and outputs, and depending on the combination of
inputs, we will get an output.
Right.
I mean, we have already mentioned the super delegates like the end gates or Gates.
And now we're going to mention also did not get these are the most basic gates that you will find a
lot of design.
So if you remember, the end game had this truth table where the only way to get an output to get out
of one, well, the only way to get an output of what is to have input and B, being what otherwise
is what is zero.
Going to get zero seven four zero one seven four zero zero.
All of these, we will get zero of the output.
So if you connect the lamp right here, the only way that you will have this one lighting is when both
of these inputs are one, meaning there is a voltage on both of these inputs.
The old gates will also talked about it.
And we have said that we can always get an output of one unless A and B are zero.
Right.
So if and be a zero, we will get no light at the bulb if we connect the ball right here.
Otherwise, if either of this is one or the meaning of either of these have voltage and output, here
will be one, meaning the bulb will light.
Now, the last time we're going to talk about here is the north gate, and it is actually what the name
says, it is a lot.
So if you give it a zero, it will give you a wall.
If you give it a one at the end, but it will give you a zero.
Right.
So if you give a voltage input, you'll get low voltage at the output and vice versa.