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In the given figure, the variation of the voltage between the terminals of a transistor and the current flowing through it along T (period) is given. Calculate the power dissipated by this transistor during the T period, in Watts, using the given values. T = 35msc K = 60V M = 3V a = p = 5msec b = r = 28msec C = 50 A

In the given figure, the variation of the voltage between the terminals of a transistor and the current flowing through it along T (period) is given. Calculate the power dissipated by this transistor during the T period, in Watts, using the given values. T = 35msc K = 60V M = 3V a = p = 5msec b = r = 28msec C = 50 A

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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In the given figure, the variation of the voltage between the terminals of a transistor and the current flowing through it along T (period) is given. Calculate the power dissipated by this transistor during the T period, in Watts, using the given values.

T = 35msc

K = 60V

M = 3V

a = p = 5msec

b = r = 28msec

C = 50 A

(Volt)|† vAR(t) K (Volt)- K (Volt) + V AK M (Volt) А K b T a Seconds i, AK (Amper) |†i,AK(t) С (Amper) C(Amper) r T Seconds
Transcribed Image Text:(Volt)|† vAR(t) K (Volt)- K (Volt) + V AK M (Volt) А K b T a Seconds i, AK (Amper) |†i,AK(t) С (Amper) C(Amper) r T Seconds
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