ANSWER THE QUESTION Q5 siR=1 ko50 HzFigure 35. The circuit in Figure 3 is modified by adding a capacitor as show in Figure 4. Given Vigin = 20 V.Assume Si practical diode is used.a. Determine peak value of the output voitage (Vle) across R.b. Determine Vwe?c What is the frequency of the output voltage?d. Calculate Voc, Vntasj and the ripple factor (r). Given Cis 1000 µF.e. Draw the voltage waveforms at points A and B for TWo (2) complete input cycles.siB1 ko50 HzFigure 4

Given in the question: Vpin=20Vf=50Hz (a): The peak value of the output voltage is: As the diode is…

5. The circuit in Figure 3 is modified by adding a capacitor as show in Figure 4. Given Vian= 20 V. Assume Si practical diode is used. a. Determine peak value of the output voltage (V) across R. b. Determine Vaiw? c What is the frequency of the output voltage? d. Calculate Voc, Viand the ripple factor (r). Given Cis 1000 uF. e Draw the voltage waveforms at points A and B for TWo (2) complete input cycles. S0 H2 Figure 4

5. The circuit in Figure 3 is modified by adding a capacitor as show in Figure 4. Given Vian= 20 V. Assume Si practical diode is used. a. Determine peak value of the output voltage (V) across R. b. Determine Vaiw? c What is the frequency of the output voltage? d. Calculate Voc, Viand the ripple factor (r). Given Cis 1000 uF. e Draw the voltage waveforms at points A and B for TWo (2) complete input cycles. S0 H2 Figure 4

Electric Motor Control

10th Edition

ISBN:9781133702818

Author:Herman

Publisher:Herman

Chapter59: Motor Startup And Troubleshooting Basics

Section: Chapter Questions

Problem 12SQ: How is a solid-state diode tested? Explain.

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