How many junction diodes are used for half-wa | vedclass

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(A) half-wave rectifier uses a single $p-n$ junction diode to convert alternating current $(AC)$ into pulsating direct current $(DC)$ by allowing curr

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$1$ and $2$

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(A) half-wave rectifier uses a single $p-n$ junction diode to convert alternating current $(AC)$ into pulsating direct current $(DC)$ by allowing current to flow only during the positive half-cycle of the input signal.$A$ full-wave rectifier typically uses two diodes (with a center-tapped transformer) or four diodes (in a bridge rectifier configuration) to convert both the positive and negative half-cycles of the $AC$ input into pulsating $DC$.In standard textbook contexts,a full-wave rectifier is most commonly associated with the bridge configuration using $4$ diodes,or the center-tapped configuration using $2$ diodes. Given the options provided,the standard answer for a half-wave rectifier is $1$ diode and for a full-wave rectifier is $2$ diodes (center-tapped) or $4$ diodes (bridge). Comparing with the options,$1$ and $2$ is the most appropriate choice for the basic configurations.

How many junction diodes are used for half-wave and full-wave rectifiers,respectively?

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