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- For the cascade amplifier of Fig. 1, determine: a) IDo b) Vásq- c) Vps= d) 9m- g) Zo, =-

- For the cascade amplifier of Fig. 1, determine: a) IDo b) Vásq- c) Vps= d) 9m- g) Zo, =-

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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1. For the cascade amplifier of Fig. 1, calculate the following: a) VE- b) Vc=- g) Ziz = d) VB- e) le=- h) Zo2* %3D c) c=. 2. For the cascade amplifier of Fig. 1, determine: a) Ipo b) Vcšq =- d) 9m- g) Zo1 e) Avy1 c) VDs= 3. For the cascade amplifier of Fig. 1, determine: a) A- c) A = d) Z =. e) Z,- %3D b) V,=. +20 V 2.4 k2 15 k2 2.2 k2 0.5 µF D 0.5 µF G В 1 mV Ipss = 10 mA B= 200 0.05 µF Vp = -4 V 3.3 МО 680 2. 4.7 k2 1 kQ : 100 μF 100 μF
Transcribed Image Text:1. For the cascade amplifier of Fig. 1, calculate the following: a) VE- b) Vc=- g) Ziz = d) VB- e) le=- h) Zo2* %3D c) c=. 2. For the cascade amplifier of Fig. 1, determine: a) Ipo b) Vcšq =- d) 9m- g) Zo1 e) Avy1 c) VDs= 3. For the cascade amplifier of Fig. 1, determine: a) A- c) A = d) Z =. e) Z,- %3D b) V,=. +20 V 2.4 k2 15 k2 2.2 k2 0.5 µF D 0.5 µF G В 1 mV Ipss = 10 mA B= 200 0.05 µF Vp = -4 V 3.3 МО 680 2. 4.7 k2 1 kQ : 100 μF 100 μF
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