Given the circuit below with the following data:Rs = 330 92, RB = 470 k2, RE = 2.2 k2, RC = 4.7 k2, R₁ =1.2 k2, Vcc=20Vhie = 6800 £2, hre = 5x10-4, hfe = 90, hoe = 30x10-6 mhosVccD. 98.47G=MQ18+C3Solve the following using the hybrid model.1. The transistor's current gain (Aix) is:A. 100B. 87.492. The transistor's voltage gain (Avx) is:A. -32B. -41.413. The transistor's input impedance (Zix) is:A. 955.93 Q B. 42214.69 024. The transistor's output impedance (Zox) is:A. 42214.69 Ω Β. 955.93 Ω5. The amplifier's current gain (Ai amp)is:A. 69.99B. 4.76. The amplifier's voltage gain (Av amp) is:A. -11.76B. -12.387. The amplifier's input impedance (Zi amp) is:A. 5474.71 0B. 6662.388. The amplifier's output impedance (Zo amp) is:A. 4229.15 QB. 4138.46C. 74.89C. -12.38C. 14,625 QC. 6758.18 QC. 3.5C. -0.95C. 4138.46 2C. 5474.71 QD. -22.88D. 6758.18 QD. 14,625D. 87.49D. -5.0D. 4229.15 QD. 6662.38 Q

Bartleby has policy to solve only first 3 subparts of a question.

Given the circuit below with the following data: s=330 Q, RB = 470 kQ, RE = 2.2 k2, RC = 4.7 k2, R₁ =1.2kQ, Vcc=20V ie=6800 92, hre - 5x10-4, = hfe=90, hoe = 30x10-6 mhos D. 98.47 5+ 84 q Solve the following using the hybrid model. 1. The transistor's current gain (Aix) is: A. 100 B. 87.49 2. The transistor's voltage gain (Avx) is: A-32 R-41 41 C. 74.89 G-12 38 D -22 88

Given the circuit below with the following data: s=330 Q, RB = 470 kQ, RE = 2.2 k2, RC = 4.7 k2, R₁ =1.2kQ, Vcc=20V ie=6800 92, hre - 5x10-4, = hfe=90, hoe = 30x10-6 mhos D. 98.47 5+ 84 q Solve the following using the hybrid model. 1. The transistor's current gain (Aix) is: A. 100 B. 87.49 2. The transistor's voltage gain (Avx) is: A-32 R-41 41 C. 74.89 G-12 38 D -22 88

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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