A cascade circuit is shown in Figure 4 below:Vcc =+10 VRCI =2 k2RC2=R3 =85 k2R =4 k2Cc380 k2VelQ1 Cc2Q2R2 =20 k2C4 k2EREI=1 k2RE=C0.5 k215 k2CEICE2Figure 4The transistor parameters are ß= 100 and VA = 00.(a) Calculate stage one, small-signal parameters gml, Inl, and rol-(b) Calculate stage two, small-signal parameters gm2, Ir2, and r,2.(c) Determine the voltage gain at stage 1, Av1, voltage gain at stage 2, Ar2, and overall voltagegain, Ar.wwwww

It is given that: β=β1=β2=100VA1=VA2=∞

A cascade circuit is shown in Figure 4 below: Vcc=+10 V CR = 80 k2 RCI = 2 k2 R3 = 85 k2 4 k2 Cc3 vol CCI R2= 20 ΚΩ REI= 1 kQ R = 15 k2 RE= C0.5 k2 RL= C4 k2 CE2 =CEL Figure 4 The transistor parameters are B= 100 and VA= 0. (a) Calculate stage one, small-signal parameters gml, Izl, and ro1. (b) Calculate stage two, small-signal parameters gm2, Ir2, and r,2. (c) Determine the voltage gain at stage 1, Ar1, voltage gain at stage 2, A-2, and overall voltage gain, Av. ww ww ww

A cascade circuit is shown in Figure 4 below: Vcc=+10 V CR = 80 k2 RCI = 2 k2 R3 = 85 k2 4 k2 Cc3 vol CCI R2= 20 ΚΩ REI= 1 kQ R = 15 k2 RE= C0.5 k2 RL= C4 k2 CE2 =CEL Figure 4 The transistor parameters are B= 100 and VA= 0. (a) Calculate stage one, small-signal parameters gml, Izl, and ro1. (b) Calculate stage two, small-signal parameters gm2, Ir2, and r,2. (c) Determine the voltage gain at stage 1, Ar1, voltage gain at stage 2, A-2, and overall voltage gain, Av. ww ww ww

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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