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The MOSFET in the amplifier circuit below in Figure 2 has threshold voltage V = 2V, MOSFET parameter ka = H„Cox(W/L) = 4mA/V?. Ignore channel length modulation. R1 = 1kN, R2 = 1MN, R3 = 1MQ. VDD = 8V. As labeled, input and output of the amplifier are nodal voltages of vin and v., respectively. The input voltage source has zero resistance and produces a signal Vsig which is a sinusoidal signal with zero average. Vsig= 10sin(t) in mV. t is time. (b) Draw the small signal circuit and clearly label the gate (g), drain (d) and source (s) terminal of the MOSFET.

The MOSFET in the amplifier circuit below in Figure 2 has threshold voltage V = 2V, MOSFET parameter ka = H„Cox(W/L) = 4mA/V?. Ignore channel length modulation. R1 = 1kN, R2 = 1MN, R3 = 1MQ. VDD = 8V. As labeled, input and output of the amplifier are nodal voltages of vin and v., respectively. The input voltage source has zero resistance and produces a signal Vsig which is a sinusoidal signal with zero average. Vsig= 10sin(t) in mV. t is time. (b) Draw the small signal circuit and clearly label the gate (g), drain (d) and source (s) terminal of the MOSFET.

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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VDD R R2 R3 Vin
Transcribed Image Text:VDD R R2 R3 Vin
The MOSFET in the amplifier circuit below in Figure 2 has threshold voltage V = 2V, MOSFET parameter ka = H„Cox(W/L) = 4mA/V?. Ignore channel length modulation. R1 = 1kN, R2 = 1MN, R3 = 1MQ. VDD = 8V. As labeled, input and output of the amplifier are nodal voltages of vin and v., respectively. The input voltage source has zero resistance and produces a signal Vsig which is a sinusoidal signal with zero average. Vsig= 10sin(t) in mV. t is time. (b) Draw the small signal circuit and clearly label the gate (g), drain (d) and source (s) terminal of the MOSFET.
Transcribed Image Text:The MOSFET in the amplifier circuit below in Figure 2 has threshold voltage V = 2V, MOSFET parameter ka = H„Cox(W/L) = 4mA/V?. Ignore channel length modulation. R1 = 1kN, R2 = 1MN, R3 = 1MQ. VDD = 8V. As labeled, input and output of the amplifier are nodal voltages of vin and v., respectively. The input voltage source has zero resistance and produces a signal Vsig which is a sinusoidal signal with zero average. Vsig= 10sin(t) in mV. t is time. (b) Draw the small signal circuit and clearly label the gate (g), drain (d) and source (s) terminal of the MOSFET.
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