How to convert AC to DC | half-wave and full-wave rectifier circuit explained |

[@oneELECTRICIAN]

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[@cw4608]

I like your presentation style, hoping you make many more videos on electronics.

[@oneELECTRICIAN]

Thank you, I will

[@VasCuaise]

Thanks for the simplicity of the explanation

[@oneELECTRICIAN]

I'm happy to hear that you appreciated the simplicity of the explanation!

[@سجادعلاء-ج4ل]

Amazing video ❤❤

[@oneELECTRICIAN]

Thank you!

[@NezihBenJemia]

I hope you continue nice work

[@IslandHermit]

It would have been nice to learn what the advantages and disadvantages of the two full-wave rectifiers are with respect to each other.

[@oneELECTRICIAN]

The advantage of using a bridge rectifier is that no center tapping is required. Thus, we can eliminate the transformer from the circuit if the step-down voltage is not required. A bridge rectifier needs four diodes, which makes the circuit more complex than a center-tap rectifier. Additionally, the voltage drop in this scenario will be two times more than the voltage drop in a center-tap rectifier. This is because a center-tap rectifier includes only two diodes in its circuit.

[@IslandHermit]

@@oneELECTRICIAN Thanks!

[@pavannaik2004]

i see the output frequency is doubled

[@initiallearnwithme]

Rectifier

[@VasCuaise]

Thanks for the simplicity of the explanation