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2.10 Consider a power switching device whose current and voltage waveforms are shown in Fig. P2.10. (a) Derive the expression for the instantaneous power and sketch it. (b) Determine the average power dissipation. (c) Calculate part (b) for t,= 120 ns, t= 180 ns, ta=90 ns, f, 100 kHz, Voff = 150 V, and Ion= 15 A.

2.10 Consider a power switching device whose current and voltage waveforms are shown in Fig. P2.10. (a) Derive the expression for the instantaneous power and sketch it. (b) Determine the average power dissipation. (c) Calculate part (b) for t,= 120 ns, t= 180 ns, ta=90 ns, f, 100 kHz, Voff = 150 V, and Ion= 15 A.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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2.10 Consider a power switching device whose current and voltage waveforms are shown in Fig. P2.10. (a) Derive the expression for the instantaneous power and sketch it. (b) Determine the average power dissipation. (c) Calculate part (b) for t,= 120 ns, t,= 180 ns, ta=90 ns, f,= 100 kHz, Voff = 150 V, and Ion=15 A. (d) Repeat parts (a)-(c) by assuming Von =2 V and loff = 10 µA. Vsw Vott lon İsw to Ts
Transcribed Image Text:2.10 Consider a power switching device whose current and voltage waveforms are shown in Fig. P2.10. (a) Derive the expression for the instantaneous power and sketch it. (b) Determine the average power dissipation. (c) Calculate part (b) for t,= 120 ns, t,= 180 ns, ta=90 ns, f,= 100 kHz, Voff = 150 V, and Ion=15 A. (d) Repeat parts (a)-(c) by assuming Von =2 V and loff = 10 µA. Vsw Vott lon İsw to Ts
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