Figure Q2 shows a BJT amplifier circuit. Assume VA = 150 V, B = 130, VT 25 mVand VBE = 0.64 V. The supplies Vcc = 12 V. Answer questions 2.1 to 2.5. VCC Q 12V RB1 RC 1k C2 luF 220k RS 50 C1 luF Q1 2N2222 Vs RL 100k RE RB2 100k 100 1kHz 2.1. What type of amplifier configuration does Figure Q2 represent? 2.2. Perform DC analysis of the circuit and calculate Ic, VCE (Show all steps) 2.3. Determine the small signal parameters (rm. Am and ra). 2.4. Sketch the complete small signal model for this amplifier. (label all curents, and voltages) 2.5. Calculate the input and output impedance, the open-loop gain and the fully loaded gain (Z, Z, Avo and Gv).

Figure Q2 shows a BJT amplifier circuit. Assume VA = 150 V, B = 130, VT 25 mVand VBE = 0.64 V. The supplies Vcc = 12 V. Answer questions 2.1 to 2.5. VCC Q 12V RB1 RC 1k C2 luF 220k RS 50 C1 luF Q1 2N2222 Vs RL 100k RE RB2 100k 100 1kHz 2.1. What type of amplifier configuration does Figure Q2 represent? 2.2. Perform DC analysis of the circuit and calculate Ic, VCE (Show all steps) 2.3. Determine the small signal parameters (rm. Am and ra). 2.4. Sketch the complete small signal model for this amplifier. (label all curents, and voltages) 2.5. Calculate the input and output impedance, the open-loop gain and the fully loaded gain (Z, Z, Avo and Gv).

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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