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Vol = -8m 2 V 02 = +8m 2 Rp Rp O Vo2 = +g„Rpvia/2 Vol = - 8mRp(v;a/ 2) o- Vod = EmRpVd vid Rp Em(Vjal 2) v +v/20 vid Rp Biased at %3D Ugsl = tia/2 I/2 O V Then the small signal differential voltage gain is: The circuit prepared for small-signal analysis. Vod Ad = EmRp

Vol = -8m 2 V 02 = +8m 2 Rp Rp O Vo2 = +g„Rpvia/2 Vol = - 8mRp(v;a/ 2) o- Vod = EmRpVd vid Rp Em(Vjal 2) v +v/20 vid Rp Biased at %3D Ugsl = tia/2 I/2 O V Then the small signal differential voltage gain is: The circuit prepared for small-signal analysis. Vod Ad = EmRp

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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How do we get the equation, that college with green
T Add text V Dra AN Read aloud LS Page view Rp Rp Vol = -8„RD(V;d/2) o v id Rp Vod = =--m 2 Em(tia/ 2) y %3D Vol Q2 +v/204 Q, vid Rp Biased at +Sm 2 +8m Ugs2 = - Vid/2 %3D V 02 Ugsi = Via/2 I/2 OV Then the small signal differential voltage gain is: The circuit prepared for small-signal analysis. 02o1 Vod Ad = EmRp
Transcribed Image Text:T Add text V Dra AN Read aloud LS Page view Rp Rp Vol = -8„RD(V;d/2) o v id Rp Vod = =--m 2 Em(tia/ 2) y %3D Vol Q2 +v/204 Q, vid Rp Biased at +Sm 2 +8m Ugs2 = - Vid/2 %3D V 02 Ugsi = Via/2 I/2 OV Then the small signal differential voltage gain is: The circuit prepared for small-signal analysis. 02o1 Vod Ad = EmRp
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