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(b) The input voltage, Vin(t) = 15 sin(400mt) V is connected to four silicon zener diodes as shown in Figure 6b. Zener voltages are Vz1 = 6.8 V, Vzz = 3,3 V. Vz3 = 4.7 V, V24 = 5.1 V. VF = 0.7 V for all the silicon zener diodes. (1) Briefly explain how the output voltage, vo(t) is obtained during the positive and negative half cycles. (ii) Sketch and label 2 cycles of the output voltage waveform, vo(t). Indicate the period, maximum voltage and minimum voltage.

(b) The input voltage, Vin(t) = 15 sin(400mt) V is connected to four silicon zener diodes as shown in Figure 6b. Zener voltages are Vz1 = 6.8 V, Vzz = 3,3 V. Vz3 = 4.7 V, V24 = 5.1 V. VF = 0.7 V for all the silicon zener diodes. (1) Briefly explain how the output voltage, vo(t) is obtained during the positive and negative half cycles. (ii) Sketch and label 2 cycles of the output voltage waveform, vo(t). Indicate the period, maximum voltage and minimum voltage.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Hi ，need help on i）to vi） ，pls assist ，thanks
(b) The input voltage, Vin(t) = 15 sin(400mt) V is connected to four silicon zener diodes as shown in Figure 6b. Zener voltages are Vz1 = 6.8 V, Vzz = 3,3 V Vz3 = 4.7 V, V24 = 5.1 V. VF = 0.7 V for all the silicon zener diodes. (1) Briefly explain how the output voltage, vo(t) is obtained during the positive and negative half cycles. (ii) Sketch and label 2 cycles of the output voltage waveform, vo(t). Indicate the period, maximum voltage and minimum voltage. Vin(t) (2 R=2kQ Dz1 Dz2 Figure 6b D23 D24 Vo(t)
Transcribed Image Text:(b) The input voltage, Vin(t) = 15 sin(400mt) V is connected to four silicon zener diodes as shown in Figure 6b. Zener voltages are Vz1 = 6.8 V, Vzz = 3,3 V Vz3 = 4.7 V, V24 = 5.1 V. VF = 0.7 V for all the silicon zener diodes. (1) Briefly explain how the output voltage, vo(t) is obtained during the positive and negative half cycles. (ii) Sketch and label 2 cycles of the output voltage waveform, vo(t). Indicate the period, maximum voltage and minimum voltage. Vin(t) (2 R=2kQ Dz1 Dz2 Figure 6b D23 D24 Vo(t)
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