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Q6) An ideal voltage amplifier having a voltage gain of -1000 V/V has a 0.1-pF capacitance connected between its output and input terminals. What is the input capacitance of the amplifier? If the amplifier is fed from a voltage source Vsig having a resistance Rsig = 10 kn, find the transfer function Vo/Vsig as a function of the complex-frequency variables and hence the 3-dB frequency f and the unity-gain frequency ft.

Q6) An ideal voltage amplifier having a voltage gain of -1000 V/V has a 0.1-pF capacitance connected between its output and input terminals. What is the input capacitance of the amplifier? If the amplifier is fed from a voltage source Vsig having a resistance Rsig = 10 kn, find the transfer function Vo/Vsig as a function of the complex-frequency variables and hence the 3-dB frequency f and the unity-gain frequency ft.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Q6) An ideal voltage amplifier having a voltage gain of -1000 V/V has a 0.1-pF capacitance connected between its output and input terminals. What is the input capacitance of the amplifier? If the amplifier is fed from a voltage source Vsig having a resistance Rsig = 10 kn, find the transfer function Vo/Vsig as a function of the complex-frequency variables and hence the 3-dB frequency fi and the unity-gain frequency ft.
Transcribed Image Text:Q6) An ideal voltage amplifier having a voltage gain of -1000 V/V has a 0.1-pF capacitance connected between its output and input terminals. What is the input capacitance of the amplifier? If the amplifier is fed from a voltage source Vsig having a resistance Rsig = 10 kn, find the transfer function Vo/Vsig as a function of the complex-frequency variables and hence the 3-dB frequency fi and the unity-gain frequency ft.
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