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Circuit assumptions: i) DC voltage drops across Rs, RB are insignificant ii) Ba1 = Bo3 = 100 iii) VBE-Q1 = VBE-Q3 = 0.7 volts iv) VT = 26mv v) %3D VA = 100 volts vi) Cu1 = Cu3 = 2pF vii) Cr1 = Cn3 = 13pF %3D %3D

Circuit assumptions: i) DC voltage drops across Rs, RB are insignificant ii) Ba1 = Bo3 = 100 iii) VBE-Q1 = VBE-Q3 = 0.7 volts iv) VT = 26mv v) %3D VA = 100 volts vi) Cu1 = Cu3 = 2pF vii) Cr1 = Cn3 = 13pF %3D %3D

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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+13V Rc = 3.9KO Ve3 Rв 3D 1000 VBIAS=5V Vb3 B Q3 2N3904 Ve1 RS 22ΚΩ Q1 V, ww Vp1 B 2N3904 10uF RE = 5KO REE = 1000 Circuit assumptions: i) ii) Bai = Bas = 100 VBE-Q1 = VBE-Q3 = 0.7 volts DC voltage drops across Rs, RB are insignificant iii) iv) VT = 26mV v) vi) Cu1 = Cụ3 = 2pF vii) Cr1 = Cn3 = 13pF VA = 100 volts %3D %3D %3D
Transcribed Image Text:+13V Rc = 3.9KO Ve3 Rв 3D 1000 VBIAS=5V Vb3 B Q3 2N3904 Ve1 RS 22ΚΩ Q1 V, ww Vp1 B 2N3904 10uF RE = 5KO REE = 1000 Circuit assumptions: i) ii) Bai = Bas = 100 VBE-Q1 = VBE-Q3 = 0.7 volts DC voltage drops across Rs, RB are insignificant iii) iv) VT = 26mV v) vi) Cu1 = Cụ3 = 2pF vii) Cr1 = Cn3 = 13pF VA = 100 volts %3D %3D %3D
6) Estimate cascode stage gain vc3/vb1 7) Estimate Rin1 8) Estimate total circuit gain gain vc3/vs 9) Estimate Tu-Q1 (time constant due to Cu of Q1)_ 10) Estimate Tµ-Q3 (time constant due to Cu of Q3)_
Transcribed Image Text:6) Estimate cascode stage gain vc3/vb1 7) Estimate Rin1 8) Estimate total circuit gain gain vc3/vs 9) Estimate Tu-Q1 (time constant due to Cu of Q1)_ 10) Estimate Tµ-Q3 (time constant due to Cu of Q3)_
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