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Consider the figure shown below. The MPT32 is a diac with a breakover voltage of 32 V. a) If the triac has a trigger voltage of 0.7 V, What must be the capacitor voltage that triggers the triac? b) If the triac in the figure shown below has 1 V across it when it is conducting, what is the maximum current through the 500 resistor?

Consider the figure shown below. The MPT32 is a diac with a breakover voltage of 32 V. a) If the triac has a trigger voltage of 0.7 V, What must be the capacitor voltage that triggers the triac? b) If the triac in the figure shown below has 1 V across it when it is conducting, what is the maximum current through the 500 resistor?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Problem 3: Consider the figure shown below. The MPT32 is a diac with a breakover voltage of 32 V. b) If the triac has a trigger voltage of 0.7 V, What must be the capacitor voltage that triggers the triac? If the triac in the figure shown below has 1 V across it when it is conducting, what is the maximum current through the 500 resistor? What must be the value of the source to start turning off the triac? +50V -50V 50ΚΩ 1 uF Ť¹ 1 kQ 500 (2 MPT32 Triac != 15 mA IH = 10 mA
Transcribed Image Text:Problem 3: Consider the figure shown below. The MPT32 is a diac with a breakover voltage of 32 V. b) If the triac has a trigger voltage of 0.7 V, What must be the capacitor voltage that triggers the triac? If the triac in the figure shown below has 1 V across it when it is conducting, what is the maximum current through the 500 resistor? What must be the value of the source to start turning off the triac? +50V -50V 50ΚΩ 1 uF Ť¹ 1 kQ 500 (2 MPT32 Triac != 15 mA IH = 10 mA
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