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Q: What is the value of the ripple factor of a half wave rectifier?
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What is the value of ripple factor in Half Wave Rectifier?

1.21


How you determine ripple factor of a half wave rectifier?

when a.c convert in d.c then some components of a.c remain with it called ripple factor


What is the importance of ripple factor?

Ripple factor ripple factor is very important in deciding the efficiency of the rectifier .ripple factor give the total power converted AC input to the DC output. Ideal ripple factor should be zero and power factor 1. Ripple factor of half wave rectifier 1.21 and full wave rectifier is 0.48.


What is the lowest ripple frequency of half wave rectifier?

The ripple frequency of a half-wave rectifier is the same as the input frequency.


What is the ripple factor of full wave rectifier?

although the AC signal is rectified the output which we get is the pulsating DC which is not desired because many appliances wok on plain DC voltage . The pulsating DC can be viewed as AC + DC component of the signal ripple factor of a rectified circuit is the ratio of AC component of signal to the DC component of the same rectified output signal. higher the ripple factor says that the signal is not smooth so lesser is its application. the components used to smooth these type of signals or to remove the 'ripple voltage' as called filters


What is the form factor of a half wave rectifier?

It is defined as the ratio of RMS value of output voltage to the average value of the out put voltage.


Ripple factor of half wave rectifier of L-section with derivation?

ripplefactor(R)=vrms(Ac)\vdc=(v^2rms-v^2dc)^2vdc=vmax/22/7vrms=vmax


What is advantage of precision full wave rectifier over precision half wave rectifier?

Either less ripple voltage with the same filter capacitance, or similar ripple voltage with smaller filter capacitances (and thus physically smaller filter capacitors).


What is the frequency of ripple components in the output of capacitor filter?

It depends on whether or not it is a half wave or full wave rectifier. For a single phase 60 Hz rectifier, a half wave rectifier will be 60 Hz while a full wave rectifier will be 120 Hz. A three phase full wave rectifier will be 360 Hz.


How do you calculate the capacitance value of filter capacitor for full-wave bridge 12VDC power supply?

THe Filter capacitor value depnds on the maximum current I of the Power supply , Switching frequency and the permissible ripple C= (I * (1/2f ))/ ( V * %Ripple) - for a full wave rectifier C= (I * (1/f ))/ ( V * %Ripple) - for a Half wave rectifier Where C= Capcitance in Farads I = Current in Amps f = Switching Frequency V = Nominal voltage in this case 12 V Reji J Thoppil


What is ripple frequency of 50 Hz 3 phase full ac supply?

A single phase half wave rectifier outputs ripple the same frequency as the input. A single phase full wave rectifier outputs ripple fundamental twice the input frequency (assuming balanced recitfiers). A three phase full wave rectifier outputs ripple fundamental six times the input frequency. So 50 Hz input would yield 300 Hz ripple. See Sources and Related Links for more information.


What are the advantages of half-wave rectifiers over full-wave rectifiers?

The full-wave rectifier conducts on every half cycle, whereas the half-wave rectifier conducts on every other half cycle.This halves the average current on each diode, halving the power dissipated by the diodes.It doubles the ripple frequency, making filtering easier.Since the ripple frequency is doubled, the peak-to-peak ripple voltage is approximately half, which means that less capacitance is required in the filter capacitor.Since the peak-to-peak ripple voltage is lower, the head-room between filtered and regulated voltage is less, meaning less power is dissipated by the regulator.Full wave rectifiers give a smaller output voltage ripple, resulting in a smoother output waveform. However, depending on the design, the output on a full wave rectifier may be slightly less (like around 0.4V less) than that of a half wave rectifier. This is normally due to the voltage drop increasing due to the presence of additional diodes in the circuit.