02. The input voltage, Vin(t) = 25 sin(200mt) V is connected to four germanium diodes with VF = 0.3 V as shown in Figure 5. (a) Briefly explain how the output voltage, vo(t) is obtained during the positive and negative half cycles. (b) Sketch and label 2 cycles of the input voltage waveform, Vin(t). Indicate the period, maximum voltage and minimum voltage. (c) Sketch and label 2 cycles of the output voltage waveform, ve(t). Indicate the period, maximum voltage and minimum voltage. (d) Calculate the average output voltage. (e) Calculate the average current flowing through the load resistor, R.. Vin(t) (2) De Figure 5 D₁ RL D₂ 2 KQ Vo(t)

02. The input voltage, Vin(t) = 25 sin(200mt) V is connected to four germanium diodes with VF = 0.3 V as shown in Figure 5. (a) Briefly explain how the output voltage, vo(t) is obtained during the positive and negative half cycles. (b) Sketch and label 2 cycles of the input voltage waveform, Vin(t). Indicate the period, maximum voltage and minimum voltage. (c) Sketch and label 2 cycles of the output voltage waveform, ve(t). Indicate the period, maximum voltage and minimum voltage. (d) Calculate the average output voltage. (e) Calculate the average current flowing through the load resistor, R.. Vin(t) (2) De Figure 5 D₁ RL D₂ 2 KQ Vo(t)

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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