Calculate the voltage gain of the circuit given below when RS = 210 0. (RS10 kan asaduNote: You learned in the lesson that the statement of gain is as given below. (tKazane aidE verildiči celAy = Vou/Vin = 9mi-I (ron) // ( (1-9m2-ro2).RS+ro2)1M1 için: gmt=1= 1.72x10. rej= 35 kn.M2 igin: gm2= 9.36x104, ra2= 140 kn.PRSbran 10mPA007Paa7M2VDDRFVout121NegRbiyasVin10uVeSNE(O 100m 1kО а. 39,85O b. 14,94O. 74,71O d. 49,81O e. 94,63O f. 29,88O g. 84,67O h. 64,75

Given: A circuit in which RS=210Ωgm1=1.72×10-3Sgm2=9.36×10-4Sro1=35kΩro2=140kΩ According to…

Calculate the voltage gain of the circuit given below when RS = 210 n. (RS 0kan aade Note: You learned in the lesson that the statement of gain is as given below. (M Kazana Av = Voun/ Vin = 9m1-( (ro1) // ((1+gm2-fo2)-RS+ rq2 )L M1 için; gm= 1.72x10, ra 35 kn. M2 igin: gm2= 9.36x10 4, re2= 140 ka. PRS tran t0m PAD07 M2 RF Vout 12 Vin Vg Ve SNEJO 100m 1

Calculate the voltage gain of the circuit given below when RS = 210 n. (RS 0kan aade Note: You learned in the lesson that the statement of gain is as given below. (M Kazana Av = Voun/ Vin = 9m1-( (ro1) // ((1+gm2-fo2)-RS+ rq2 )L M1 için; gm= 1.72x10, ra 35 kn. M2 igin: gm2= 9.36x10 4, re2= 140 ka. PRS tran t0m PAD07 M2 RF Vout 12 Vin Vg Ve SNEJO 100m 1

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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