Semiconductor E...

In the given circuit, the binary inputs at $$A$$ and $$B$$ are both $$1$$ in one case and both $$0$$ in the next case. The respective outputs at $$Y$$ in these two cases will be

In the diagram, section A represents:

The diagram of a logic circuit is given below. The output A of the circuit is represented by :

The truth table given is for which gate?

For a common emitter circuit amplifier, the load resistance of the output circuit is $$500$$ times the resistance of the input. circuit. If $$\alpha = 0.98$$, then, current gain is :

Find the corresponding truth table for the function Z of X and Y represented by given figure is :

The following truth table corresponds to the logic gate :

To get an output Y$$=1$$ from circuit of adjoining figure, the input must be :

The resistance of mercury at $$4.2\ K$$ is

The truth table for the following logic circuit is