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. The data for the auxiliary resonant turn-off circuit of Fig. 1.104 are as follows: E = 120 V, Rjd = 14 2, IThM = 11 A, and C = 4 µF. (a) Compute the value of L for successful turn-off. (b) If now the value of C is doubled, compute the percentage of excess current through the thyristor. %3D Ans. (a) L = 9.77 mH, (b) ATh = 9.1% Th Rid Fig. I.104

. The data for the auxiliary resonant turn-off circuit of Fig. 1.104 are as follows: E = 120 V, Rjd = 14 2, IThM = 11 A, and C = 4 µF. (a) Compute the value of L for successful turn-off. (b) If now the value of C is doubled, compute the percentage of excess current through the thyristor. %3D Ans. (a) L = 9.77 mH, (b) ATh = 9.1% Th Rid Fig. I.104

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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. The data for the auxiliary resonant turn-off circuit of Fig. 1.104 are as follows: E = 120 V, Rịd = 14 N, IThM = 11 A, and C = 4 µF. (a) Compute the value of L for successful turn-off. (b) If now the value of C is doubled, compute the percentage of excess current through the thyristor. Ans. (a) L = 9.77 mH, (b) AITh = 9.1% Th, The E - Vid Rid Fig. I.104
Transcribed Image Text:. The data for the auxiliary resonant turn-off circuit of Fig. 1.104 are as follows: E = 120 V, Rịd = 14 N, IThM = 11 A, and C = 4 µF. (a) Compute the value of L for successful turn-off. (b) If now the value of C is doubled, compute the percentage of excess current through the thyristor. Ans. (a) L = 9.77 mH, (b) AITh = 9.1% Th, The E - Vid Rid Fig. I.104
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