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A circuit of 3-Phase Controlled Half Wave Rectifier with Resistive load is as below. eeceecee If the firing angle, a are to set at 7/9, complete the circuit operation for the whole cycle (0° to 360°) for the period stated in Table 1. By using appropriate scale, draw a waveform of Average Output Voltage, Vo(avg). Derive an equation for the average output voltage, Vo(avg). If the rectifier is connected to 208V, calculate the Vo(avg) if the load is purely resistive. (C3, CLO1) eeleeeee

A circuit of 3-Phase Controlled Half Wave Rectifier with Resistive load is as below. eeceecee If the firing angle, a are to set at 7/9, complete the circuit operation for the whole cycle (0° to 360°) for the period stated in Table 1. By using appropriate scale, draw a waveform of Average Output Voltage, Vo(avg). Derive an equation for the average output voltage, Vo(avg). If the rectifier is connected to 208V, calculate the Vo(avg) if the load is purely resistive. (C3, CLO1) eeleeeee

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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2. A circuit of 3-Phase Controlled Half Wave Rectifier with Resistive load is as below. A T2 eleeeeee B If the firing angle, a are to set at r/9, complete the circuit operation for the whole cycle (0° to 360°) for the period stated in Table 1. By using appropriate scale, draw a waveform of Average Output Voltage, Vo(avg). Derive an equation for the average output voltage, Vo(avg). If the rectifier is connected to 208V, calculate the Vo(avg) if the load is purely resistive. (C3, CLO1) Duration Period s1 S2 S3 Vout 1 0° – 20° 20° – 50° 3 50° – 120° 4 120° – 140° 140° – 170° 170° – 240° 7 240° – 260° 8 260° – 290° 290° – 360° Table 1
Transcribed Image Text:2. A circuit of 3-Phase Controlled Half Wave Rectifier with Resistive load is as below. A T2 eleeeeee B If the firing angle, a are to set at r/9, complete the circuit operation for the whole cycle (0° to 360°) for the period stated in Table 1. By using appropriate scale, draw a waveform of Average Output Voltage, Vo(avg). Derive an equation for the average output voltage, Vo(avg). If the rectifier is connected to 208V, calculate the Vo(avg) if the load is purely resistive. (C3, CLO1) Duration Period s1 S2 S3 Vout 1 0° – 20° 20° – 50° 3 50° – 120° 4 120° – 140° 140° – 170° 170° – 240° 7 240° – 260° 8 260° – 290° 290° – 360° Table 1
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