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Q2// For the common-base amplifier of Fig. 2, determine the following parameter: using the complete hybrid equivalent model and compare the results to these obtained using the approximate model. (a) Z, and Z;. (b) Z, and Z, '. (c) A; and A, . (d).Ayg and Avs h 1.6k2 h, =2x 10 h 20S h=110 1 Cs Cc v R3k2 R 3A2 V. R,8.2k2 "V Vcc 12y 19.

Q2// For the common-base amplifier of Fig. 2, determine the following parameter: using the complete hybrid equivalent model and compare the results to these obtained using the approximate model. (a) Z, and Z;. (b) Z, and Z, '. (c) A; and A, . (d).Ayg and Avs h 1.6k2 h, =2x 10 h 20S h=110 1 Cs Cc v R3k2 R 3A2 V. R,8.2k2 "V Vcc 12y 19.

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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Q2// For the common-base amplifier of Fig. 2, determine the following parameters using the complete hybrid equivalent model and compare the results to these obtained using the approximate model. (a) Zh and Zj. (b) Z, and Z,'. (c) A; and A, . (d).As and Avs h =1.6k2 h. = 2x 10 h = 20uS C. h =110 Cs R Ik2 v. RE 3k2 Re 3k2 V. R8.2k2 19. 12V Fig. 2
Transcribed Image Text:Q2// For the common-base amplifier of Fig. 2, determine the following parameters using the complete hybrid equivalent model and compare the results to these obtained using the approximate model. (a) Zh and Zj. (b) Z, and Z,'. (c) A; and A, . (d).As and Avs h =1.6k2 h. = 2x 10 h = 20uS C. h =110 Cs R Ik2 v. RE 3k2 Re 3k2 V. R8.2k2 19. 12V Fig. 2
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