The peak value of the input to a half-wave rectifier is 10v.The approximate peak value of the output is
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Answer:
sine wave voltage waveform with a peak voltage of 25v going into a half wave rectifier circuit. This circuit usually has a diode in series with a capacitor to ground. There also may be a load resistor in parallel with the capacitor.
As the voltage increases from 0v, the diode starts to conduct, supplying current to charge the capacitor and supply some current to the load resistor. For a silicon diode this is about 0.7v. As the voltage increases, the voltage increases on the capacitor and load. When the voltage reaches it's peak value of 25v, the voltage on the capacitor is 25v minus the drop in the rectifier diode. So the peak voltage on the RC load is 25v - 0.7v = 24.3vdc, approximately, depending on the drop across the rectifier diode.
sine wave voltage waveform with a peak voltage of 25v going into a half wave rectifier circuit. This circuit usually has a diode in series with a capacitor to ground. There also may be a load resistor in parallel with the capacitor.
sine wave voltage waveform with a peak voltage of 25v going into a half wave rectifier circuit. This circuit usually has a diode in series with a capacitor to ground. There also may be a load resistor in parallel with the capacitor.As the voltage increases from 0v, the diode starts to conduct, supplying current to charge the capacitor and supply some current to the load resistor. For a silicon diode this is about 0.7v. As the voltage increases, the voltage increases on the capacitor and load. When the voltage reaches it's peak value of 25v, the voltage on the capacitor is 25v minus the drop in the rectifier diode. So the peak voltage on the RC load is 25v - 0.7v = 24.3vdc, approximately, depending on the drop across the rectifier diode.