beenuseren
New Member
Well I have a basic doubt.
If we consider the instantaneous voltage across a capacitor, it keeps increasing to a point after which the voltage keeps decreasing..
First question: Does decreasing of voltage across the capacitor meant it started sourcing the current?????
Second question: If we compare the source voltage and the capacitor voltage, capacitor voltage starts decreasing even when the source voltage is still higher than the capacitor voltage. How is it possible the higher source voltage allowed lower capacitor voltage to source the current?
Please refer to the waveform I have attached..
If we consider the instantaneous voltage across a capacitor, it keeps increasing to a point after which the voltage keeps decreasing..
First question: Does decreasing of voltage across the capacitor meant it started sourcing the current?????
Second question: If we compare the source voltage and the capacitor voltage, capacitor voltage starts decreasing even when the source voltage is still higher than the capacitor voltage. How is it possible the higher source voltage allowed lower capacitor voltage to source the current?
Please refer to the waveform I have attached..