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1. Design a MOSFET circuit with zero bias using a 2N3797 that operates from a +9 V de supply and produces a Vps of 4.5 V. The maximum current drawn from the source is to be 1 mA.

1. Design a MOSFET circuit with zero bias using a 2N3797 that operates from a +9 V de supply and produces a Vps of 4.5 V. The maximum current drawn from the source is to be 1 mA.

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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1. Design a MOSFET circuit with zero bias using a 2N3797 that operates from a +9 V de supply and produces a Vps of 4.5 V. The maximum current drawn from the source is to be 1 mA. 2. An op-amp integrator simulates mathematical integration, which is basically a summing process that determines the total area under the curve of a function. Evaluate the output voltage of the ideal op-amp integrator in Figure 1 if R; =56 kN and C= 0.022 µF. The output voltage is initially zero. The pulse width is 150 us. C +5 V R Vin -5 V o Vout Figure 1 3. Design the Sallen-Key high-pass filter to implement an equal value second order Butterworth response with a critical frequency of approximately 12.5 kHz.
Transcribed Image Text:1. Design a MOSFET circuit with zero bias using a 2N3797 that operates from a +9 V de supply and produces a Vps of 4.5 V. The maximum current drawn from the source is to be 1 mA. 2. An op-amp integrator simulates mathematical integration, which is basically a summing process that determines the total area under the curve of a function. Evaluate the output voltage of the ideal op-amp integrator in Figure 1 if R; =56 kN and C= 0.022 µF. The output voltage is initially zero. The pulse width is 150 us. C +5 V R Vin -5 V o Vout Figure 1 3. Design the Sallen-Key high-pass filter to implement an equal value second order Butterworth response with a critical frequency of approximately 12.5 kHz.
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