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How To Do Voltage Multiplier Using PN-Doide's And Capacitor's
circuit diagram link : drive.google.c...
A voltage multiplier is a circuit that converts AC electrical power from a lower voltage to a higher DC voltage using capacitors and diodes. The most common types of voltage multipliers include the half-wave rectifier, full-wave rectifier, voltage doubler, tripler, quadrupler, and more complex configurations like Cockcroft-Walton and Villard cascade circuits.
Here, I'll provide an overview of how to build a basic voltage doubler and then extend it to more stages, like a tripler or quadrupler, using PN-diodes and capacitors.
Basic Voltage Doubler Circuit :
A basic voltage doubler circuit consists of two capacitors and two diodes. It doubles the peak input AC voltage.
Voltage Tripler Circuit :
A voltage tripler can be constructed by adding another stage to the voltage doubler. It requires three capacitors and three diodes.
Voltage Quadrupler Circuit :
A voltage quadrupler uses four capacitors and four diodes to further increase the voltage.
Applications :
High-voltage power supplies.
CRT displays.
Photocopiers.
Scientific instruments requiring high voltage but low current.
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