A sinusoidal voltage rms value 100 V is connected to an ideal function diode and capacitor C in the circuit as shown in figure, so that half wave rectification occurs. The final potential difference across the capacitor will be

Question

A sinusoidal voltage rms value 100 V is connected to an ideal function diode and capacitor C in the circuit as shown in figure, so that half wave rectification occurs. The final potential difference across the capacitor will be (A) 100 V (B) 50 √2 V (C) 100 √2 V (D) zero

Tardigrade Admin · Accepted Answer

If half wave rectifier the output voltage is the rms voltage stored in capacitor = (V0/2)=(100√2/2)=50√2 V

Q. A sinusoidal voltage rms value 100 V is connected to an ideal function diode and capacitor $C$ in the circuit as shown in figure, so that half wave rectification occurs. The final potential difference across the capacitor will be

$100 V$

$502 V$

$1002 V$

zero

If half wave rectifier the output voltage is the rms voltage stored in capacitor
$= \frac{V _{0}}{2} = \frac{100 2}{2} = 502 V$

Q. A sinusoidal voltage rms value 100 V is connected to an ideal function diode and capacitor C in the circuit as shown in figure, so that half wave rectification occurs. The final potential difference across the capacitor will be

100V

502​V

1002​V