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For the following circuit assume RL-12 Q and Vs-215 V. Consider the IGBT has 1.24V on-state voltage drop, 2.2mA leakage current, TSW (on)-3.36 usec and TSW (off)-2.94 usec, assume switching frequency is equal to fs=23.5 kHz, and the switching duty cycle is 30%. RL VS fs Calculate the ON-state power (conduction) loss.

For the following circuit assume RL-12 Q and Vs-215 V. Consider the IGBT has 1.24V on-state voltage drop, 2.2mA leakage current, TSW (on)-3.36 usec and TSW (off)-2.94 usec, assume switching frequency is equal to fs=23.5 kHz, and the switching duty cycle is 30%. RL VS fs Calculate the ON-state power (conduction) loss.

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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For the following circuit assume RL-12 Q and Vs-215 V. Consider the IGBT has 1.24V on-state voltage drop, 2.2mA leakage current, TSW (on)-3.36 usec and TSW (off)-2.94 usec, assume switching frequency is equal to fs=23.5 kHz, and the switching duty cycle is 30%. RL VS fs Calculate the ON-state power (conduction) loss.
Transcribed Image Text:For the following circuit assume RL-12 Q and Vs-215 V. Consider the IGBT has 1.24V on-state voltage drop, 2.2mA leakage current, TSW (on)-3.36 usec and TSW (off)-2.94 usec, assume switching frequency is equal to fs=23.5 kHz, and the switching duty cycle is 30%. RL VS fs Calculate the ON-state power (conduction) loss.
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