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All questions refer to the "simplified" CE amplifier shown below that has no RE at all, and no C3. The voltage divider resistors give RB = 200 k2, and the bias circuit gives lc = 1.5 mA. The transistor has 3 = 100, ro= 60 ks2, C₁=1.5 pF and C= 10 pF. There is no CL. You can neglect rx- VCC Vi 100 RI 1 μF C1 R2 R1 RC 5k 1 μF C2 R3 10k

All questions refer to the "simplified" CE amplifier shown below that has no RE at all, and no C3. The voltage divider resistors give RB = 200 k2, and the bias circuit gives lc = 1.5 mA. The transistor has 3 = 100, ro= 60 ks2, C₁=1.5 pF and C= 10 pF. There is no CL. You can neglect rx- VCC Vi 100 RI 1 μF C1 R2 R1 RC 5k 1 μF C2 R3 10k

Introductory Circuit Analysis (13th Edition)
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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Help with those 3 questions All questions refer to the "simplified" CE amplifier shown below that has no RE at all, and no C3. The voltage divider resistors give RB = 200 k2, and the bias circuit gives lc = 1.5 mA. The transistor has 3 = 100, ro= 60 k2, C = 1.5 pF and C= 10 pF. There is no CL. You can neglect rx. VCC vi O O O 100 RI O C 1 μF C1 R2 R1 What is the SCTC for capacitor C₂? 68.4 rad/s 3.16 ms 15 ms 14.6 ms RC 5k 1 µF ✓ What is the short-circuit time constant (SCTC) for capacitor C₁? 1.75 ms 94.3 us (u-micro) 200 ms 570 rad/s G C2 R3 10k What is the approximate fi calculated from the SCTC's? 102 Hz 640 rad/s 61.1 rad/s 9.73 Hz
Transcribed Image Text:Help with those 3 questions All questions refer to the "simplified" CE amplifier shown below that has no RE at all, and no C3. The voltage divider resistors give RB = 200 k2, and the bias circuit gives lc = 1.5 mA. The transistor has 3 = 100, ro= 60 k2, C = 1.5 pF and C= 10 pF. There is no CL. You can neglect rx. VCC vi O O O 100 RI O C 1 μF C1 R2 R1 What is the SCTC for capacitor C₂? 68.4 rad/s 3.16 ms 15 ms 14.6 ms RC 5k 1 µF ✓ What is the short-circuit time constant (SCTC) for capacitor C₁? 1.75 ms 94.3 us (u-micro) 200 ms 570 rad/s G C2 R3 10k What is the approximate fi calculated from the SCTC's? 102 Hz 640 rad/s 61.1 rad/s 9.73 Hz
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