+22 V10 k2Ict39 k210 µFVoc.1 Determine the dc bias voltage VCE and the currentIç for the voltage-divider configuration on the right usingexact analysis.10 µFVCE B=100c.2 Determine the dc bias voltage VCE and the current3.9 k2Ic for the voltage-divider configuration on the right usingapproximate analysis.1.550 uF

The givem circuit diagram is shown below, Here,β=100

+22 V 10 kQ Ict 39 k2 10 µF c.1 Determine the dc bias voltage VCE and the current Iç for the voltage-divider configuration on the right using 10 uF exact analysis. VCE B =100 c.2 Determine the dc bias voltage VCE and the current Ic for the voltage-divider configuration on the right using approximate analysis. 3.9 k2 1.5 = 50 µF

+22 V 10 kQ Ict 39 k2 10 µF c.1 Determine the dc bias voltage VCE and the current Iç for the voltage-divider configuration on the right using 10 uF exact analysis. VCE B =100 c.2 Determine the dc bias voltage VCE and the current Ic for the voltage-divider configuration on the right using approximate analysis. 3.9 k2 1.5 = 50 µF

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter30: Dc Motors

Section: Chapter Questions

Problem 6RQ: What is CEMF?

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Question

+22 V
10 k2
Ict
39 k2
10 µF
Vo
c.1 Determine the dc bias voltage VCE and the current
Iç for the voltage-divider configuration on the right using
exact analysis.
10 µF
VCE B=100
c.2 Determine the dc bias voltage VCE and the current
3.9 k2
Ic for the voltage-divider configuration on the right using
approximate analysis.
1.5
50 uF

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