In the adjacent circuit,A and B represent two | vedclass

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(D) The given circuit consists of two diodes with their cathodes connected together to a common output terminal $C$,which is connected to the ground t

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$OR$ gate

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(D) The given circuit consists of two diodes with their cathodes connected together to a common output terminal $C$,which is connected to the ground through a resistor $R_2$. If we apply inputs $A$ and $B$ (where $0$ represents low voltage and $1$ represents high voltage),the output $C$ is determined as follows:$A$$B$$C$$0$$0$$0$$0$$1$$1$$1$$0$$1$$1$$1$$1$When both $A$ and $B$ are at $0$ (low),both diodes are reverse-biased or at the same potential,resulting in $C = 0$. If either $A$ or $B$ is at $1$ (high),the corresponding diode becomes forward-biased,pulling the output $C$ to a high state $(1)$. This truth table corresponds to an $OR$ gate.

In the adjacent circuit,$A$ and $B$ represent two inputs and $C$ represents the output. The circuit represents:

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