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2.64 The CE-ED amplifier of Fig. P2.64 has an emitter- degeneration resistance of (15//0.1) kN. (a) If the BJT has B, = V = 0, find Ic as well as the small-signal parameters R, R,, and v,/v;. (b) Find the equivalent resistance R seen by C, and then specify C for operation at 100 Hz. (c) What happens if C is omitted altogether? 125, VRE(on) = 0.7 V, and 60, 12 V R, 10 kΩ R; Vị O 100 kN 0.1 kN 15 kN -12 V FIGURE P2.64

2.64 The CE-ED amplifier of Fig. P2.64 has an emitter- degeneration resistance of (15//0.1) kN. (a) If the BJT has B, = V = 0, find Ic as well as the small-signal parameters R, R,, and v,/v;. (b) Find the equivalent resistance R seen by C, and then specify C for operation at 100 Hz. (c) What happens if C is omitted altogether? 125, VRE(on) = 0.7 V, and 60, 12 V R, 10 kΩ R; Vị O 100 kN 0.1 kN 15 kN -12 V FIGURE P2.64

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
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2.64
2.64 The CE-ED amplifier of Fig. P2.64 has an emitter- degeneration resistance of (15//0.1) kN. (a) If the BJT has B, = V = 0, find Ic as well as the small-signal parameters R,, R, and v./v;. (b) Find the equivalent resistance R, seen by C, and then specify C for operation at 100 Hz. (c) What happens if C is omitted altogether? 125, VRE(on) = 0.7 V, and 60, 12 V R. 10 kΩ Vị O 100 kN 0.1 kN 15 kN C -12 V FIGURE P2.64
Transcribed Image Text:2.64 The CE-ED amplifier of Fig. P2.64 has an emitter- degeneration resistance of (15//0.1) kN. (a) If the BJT has B, = V = 0, find Ic as well as the small-signal parameters R,, R, and v./v;. (b) Find the equivalent resistance R, seen by C, and then specify C for operation at 100 Hz. (c) What happens if C is omitted altogether? 125, VRE(on) = 0.7 V, and 60, 12 V R. 10 kΩ Vị O 100 kN 0.1 kN 15 kN C -12 V FIGURE P2.64
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