What will be the voltage across the capacitor? Why it is so? You are drawing based on memory tell me some logic behind this. What will be the ripple in this and the amplitude of this curve?

Question

Accepted Answer

The voltage across a capacitor depends on the charge stored on it and the capacitance. Ripple and amplitude of the curve depend on the input waveform.

Voltage across a capacitor is given by V = Q/C, where Q is the charge stored on the capacitor and C is the capacitance.
The ripple in the voltage across the capacitor depends on the input waveform and the load on the capacitor.
The amplitude of the curve will depend on the peak voltage of the input waveform and the capacitance of the capacitor.

What will be the voltage across the capacitor? Why it is so? You are drawing based on memory tell me some logic behind this. What will be the ripple in this and the amplitude of this curve?

Popular interview questions of PHD Scholar