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Solve for the voltage gain. 1₁ Z₁ -134.98 O-262.34 O-121.78 www • 330 ΚΩ To 2.7 kΩ Vcc o Vo hfe = 120 Zo hie = 1.175 kn hoe = 20 μA/V

Solve for the voltage gain. 1₁ Z₁ -134.98 O-262.34 O-121.78 www • 330 ΚΩ To 2.7 kΩ Vcc o Vo hfe = 120 Zo hie = 1.175 kn hoe = 20 μA/V

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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Solve for the voltage gain. +10 2.7kQ 330 kQ 11 Z₁ O-134.98 O-262.34 O-121.78 O-345.11 Vcc Ho%₂ hfe = 120 hje = 1.175kQ hoe = 20 μA/V Zo
Transcribed Image Text:Solve for the voltage gain. +10 2.7kQ 330 kQ 11 Z₁ O-134.98 O-262.34 O-121.78 O-345.11 Vcc Ho%₂ hfe = 120 hje = 1.175kQ hoe = 20 μA/V Zo
Calculate the voltage gain for this FET amplifier. Assume that the transconductance (gm) for this circuit is 1.85 +16 V 90 MQ 2.1 ΚΩ Vino H 10 MQ 250 2 O-4 OAV depends on the drain current, ID. -3.7962 -166.5 Vout IDSS = 8 MA Td = 90 ko Vp=-6 V 10 LLF
Transcribed Image Text:Calculate the voltage gain for this FET amplifier. Assume that the transconductance (gm) for this circuit is 1.85 +16 V 90 MQ 2.1 ΚΩ Vino H 10 MQ 250 2 O-4 OAV depends on the drain current, ID. -3.7962 -166.5 Vout IDSS = 8 MA Td = 90 ko Vp=-6 V 10 LLF
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