5.12 Analyze the circuit shown in Figure P5.12 and determine the following when ß = 200 anc VBE = 0.7 V: a. Ico and VCEQ. b. A, and Rin c. A₁. d. Maximum undistorted output voltage swing. C →∞ *** + 100kΩ in - allı {R₂ 12kΩ Σ R, Vcc=+10V 4ΚΩ 20092 VBE = =0.7V B=200 C→∞load 20092 O To out Rload 6kn VEE=-10V + Figure P5.12 V

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Answered: 5.12 Analyze the circuit shown in Figure P5.12 and determine the following when ß = 200 anc VBE = 0.7 V: a. Ico and VCEQ. b. A, and Rin c. A₁. d. Maximum…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN: 9780133923605

Author: Robert L. Boylestad

Publisher: PEARSON

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Question

5.12 Analyze the circuit shown in Figure P5.12 and determine the following when ß = 200 and
VBE = 0.7 V:
a. Ico and VCEQ.
b. A, and Rin-
c. A₁.
d. Maximum undistorted output voltage swing.
C →∞
नह
+
100ΚΩ
in
R₂
12kΩ Σ R,
allı
Vcc=+10V
4ΚΩ
20092
VBE=0.7V
B=200
C→∞ iload
20092
O
Rload
VEE=-10V
+
Figure P5.12
V
Tc→∞
out
6ΚΩ

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Step 1: Given Data

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Step 2: Apply DC Analysis

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Step 3: Calculation of Base, Collector, and Emitter Currents

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Step 4: Calculation of VCEQ, and AC Parameters

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Step 5: Calculation of Voltage Gain (Av)

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Step 6: Calculation of Input Resistance (Rin)

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Step 7: Calculation of Current Gain (Ai)

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