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A CMOS inverter shown in Figure below, with k,, = 10,k, = 100HA/N², and V, = 0.5v !! %3D having a sinusoidal signal source with Thevenin equivalent voltage of 0.075V as peak amplitude and resistance of 150k. Determine the signal values at node A with v, = +1.5V.

A CMOS inverter shown in Figure below, with k,, = 10,k, = 100HA/N², and V, = 0.5v !! %3D having a sinusoidal signal source with Thevenin equivalent voltage of 0.075V as peak amplitude and resistance of 150k. Determine the signal values at node A with v, = +1.5V.

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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Note: - You are attempting question 4 out of 12 A CMOS inverter shown in Figure below, with k, = 10,k, = 100HAN', and V, = 0.5v having a sinusoidal signal source with Thevenin equivalent voltage of 0.075V as peak amplitude and resistance of 150k. Determine the signal values at node A with v, = +1.5V. OP 150k 2 Vi O 75-mV signal (a) 6.82mV (b) 8.62mV (c) 6.80mV (dy 8.80mV 144 & 8. 9
Transcribed Image Text:Note: - You are attempting question 4 out of 12 A CMOS inverter shown in Figure below, with k, = 10,k, = 100HAN', and V, = 0.5v having a sinusoidal signal source with Thevenin equivalent voltage of 0.075V as peak amplitude and resistance of 150k. Determine the signal values at node A with v, = +1.5V. OP 150k 2 Vi O 75-mV signal (a) 6.82mV (b) 8.62mV (c) 6.80mV (dy 8.80mV 144 & 8. 9
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P-channel Metal-Oxide Semiconductor (PMOS), N-channel Metal-Oxide Semiconductor (NMOS), and Complementary Metal-Oxide Semiconductor (CMOS)
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