Calculate the dc and ac components of the output signal across load RL in the circuit of Figure * Vac = 150 V V, (ms) = 15 V V', (ms) R 500 Ω RL 5 kQ Full-wave rectifier 15 μF 10μF Vdc= 136.4V, Vac= 3.9V O vdc= 163.4V, Vac= 9.3V O vdc= 13.4V, Vac= 9.9V O None of the above

It will keep the VL voltage on the RL at 8v and will not exceed the maximum power of the zener diode.Find the value range of the input voltage Vi in the figure. Rs=210ohm RL=2.9kohm E1=16v E2=2V R2=9K

ier quesuon Will save this response. Quèstion 6 Power supply circuit is delivering 0.5 A and an average voltage 20 V to the load as shown in the circuit below. The ripple voltage of the half wave rectifier is 0.5 V and the diode is represented using constant voltage model. The smoothing capacitor value is equal to iL-DC =05A RL VLDC =20V 220V omsb 0.01 F 0.02 F 0.0167 F Hows b None of the above DEV Chp

1 Draw the output waveform of the following Clamper’s circuits while the input is given below and biasing voltage (V=5v) is 5 v. Practical silicon diode is to be considered for analysis to draw output waveform.

For the circuit shown below, the maximum input voltage (Vin max) fin V to turn all the zener diodes in the on state and not to exceed the maximum power rating (PZM) is. 2k lk V2=3v PZM=27mW vz=3V PZM=21mW Vout UTA vz=5V PZH=30mW S1 0 30 O 17 32 021 O 18

A zener diode exhibits a certain change in VZ for a certain change in IZ on a portion of the linear characteristic curve between IZK and IZM as illustrated in Figure 5. Calculate the zener impedance.

Exam: Find the output waveform for the following full wave rectifier and the current pass through R1? D, VDI=0.7v 25v- R= 10kn D; Vp=0.7v

Exam: Find the output waveform for the following full wave rectifier and the current pass through R1? D Vpi= 0.7v 1:4 R= 10kn ww D2 Vp=0.7v

When the rms output voltage of a bridge full-wave ideal diode rectifier is 5 V, the peak inverse voltage across the diodes is 1- 10 V 2- 5 V 3- 2.5 V 4- 6V  5- 8 V 6- 7V

B. Design a Clamper circuit to produce the given output waveform with output voltage of V1= 5.7 volts and V2= - 34.3 volts. Input voltage is Vin = 20 Volts and Silicon diodes is used. Silicon diodes Vin V1 Design -Vin -V2