Example 18: slope A Thyristor has a linearized gate-cathode characteristic of slope 25 V/A. A gate E current of 200mA turns the thyristor on in 16us. The gate source voltage is 10V, The PG av/max manufacturer's average maximum power for the gatè is 400mW. Pulse firing is used. Calculate:(a) the value of the gate series resistance:(b) the gate power dissipation during turn-on:(c) the frequency of the gate pulses.
Example 18: slope A Thyristor has a linearized gate-cathode characteristic of slope 25 V/A. A gate E current of 200mA turns the thyristor on in 16us. The gate source voltage is 10V, The PG av/max manufacturer's average maximum power for the gatè is 400mW. Pulse firing is used. Calculate:(a) the value of the gate series resistance:(b) the gate power dissipation during turn-on:(c) the frequency of the gate pulses.
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Question
![Example 18:
slope
A Thyristor has a linearized gate-cathode characteristic of slope 25 V/A. A gate
current of 200mA turns the thyristor on in 16us. The gate source voltage is 10V, The
Pe av/max
manufacturer's average maximum power for the gatè is 400mW. Pulse firing is used.
Calculate:(a) the value of the gate series resistance:(b) the gate power dissipation
during turn-on:(c) the frequency of the gate pulses.
32](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd8ab83ca-bcc0-408d-985a-4701d1b19d5c%2Fdd96eea1-5485-4c8d-9416-5f5d71109e12%2Ff64ilb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Example 18:
slope
A Thyristor has a linearized gate-cathode characteristic of slope 25 V/A. A gate
current of 200mA turns the thyristor on in 16us. The gate source voltage is 10V, The
Pe av/max
manufacturer's average maximum power for the gatè is 400mW. Pulse firing is used.
Calculate:(a) the value of the gate series resistance:(b) the gate power dissipation
during turn-on:(c) the frequency of the gate pulses.
32
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