Given A and B are input terminals. Logic 1 = | vedclass

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(A) In the given circuit,if both inputs $A$ and $B$ are at logic $0$ (low voltage,$< 1 \ V$),both diodes are forward-biased,and the output $V_{out}$ i

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$AND$ Gate

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(A) In the given circuit,if both inputs $A$ and $B$ are at logic $0$ (low voltage,$If either input $A$ or $B$ is at logic $1$ $(> 5 \ V)$,the corresponding diode becomes reverse-biased. However,if one input is $1$ and the other is $0$,the diode connected to the $0$ input conducts,pulling the output low to logic $0$.If both inputs $A$ and $B$ are at logic $1$ $(> 5 \ V)$,both diodes are reverse-biased. The output $V_{out}$ is then pulled up to $V_{CC} = 6 \ V$ through the resistor $R$,which corresponds to logic $1$.The truth table for this circuit is:$A=0, B=0 \implies V_{out}=0$$A=0, B=1 \implies V_{out}=0$$A=1, B=0 \implies V_{out}=0$$A=1, B=1 \implies V_{out}=1$This truth table corresponds to an $AND$ gate.

Given $A$ and $B$ are input terminals. Logic $1 = > 5 \ V$,Logic $0 = < 1 \ V$. Which logic gate operation does the above circuit perform?

Similar Questions

Which logic gate is represented by the following truth table?

$A$ $B$ $Y$

$0$ $0$ $1$

$0$ $1$ $0$

$1$ $0$ $0$

$1$ $1$ $1$

The output $Y$ of the combination of gates shown is equal to :-

Which of the following circuits correctly represents the following truth table?
$A$ $B$ $C$
$0$ $0$ $0$
$0$ $1$ $0$
$1$ $0$ $1$
$1$ $1$ $0$

For the given digital circuit, identify the logic gate it represents:

The truth table for the given logic circuit is:

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