For the circuit shown in Figure 1. v+ = 12 V ERC2 3D4 k2 Rc= 8 k2 Rc=8 k2 12 k2 = 200 B1 =200 vo2 B2, Q3 = 200 Q2 O v2 RE = 3.3 ko ro = 100 kN Qs Q4 V- =-12 V Find Figure 1 a) Find the magnitude of I, b) Find the differential mode gain A c) Find the common mode rejection ration in dB d) If a 30 mV input signal is applied to the input of terminal v, and v, = 0, what will be the output signal? %3D ww

For the circuit shown in Figure 1. v+ = 12 V ERC2 3D4 k2 Rc= 8 k2 Rc=8 k2 12 k2 = 200 B1 =200 vo2 B2, Q3 = 200 Q2 O v2 RE = 3.3 ko ro = 100 kN Qs Q4 V- =-12 V Find Figure 1 a) Find the magnitude of I, b) Find the differential mode gain A c) Find the common mode rejection ration in dB d) If a 30 mV input signal is applied to the input of terminal v, and v, = 0, what will be the output signal? %3D 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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