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The CMOS Voltage Transfer function shows the levels: VDD=4.6 V; VIL=2.18 V; VIH=3.05 V, VM=2.4 V; Calculate the High Noise Margin Voltage Note: The answer has two decimal places. Von - V DD Slope - -1 VDDT V VOL - OV The voltage transfer characteristic for the CMOS inverter.

The CMOS Voltage Transfer function shows the levels: VDD=4.6 V; VIL=2.18 V; VIH=3.05 V, VM=2.4 V; Calculate the High Noise Margin Voltage Note: The answer has two decimal places. Von - V DD Slope - -1 VDDT V VOL - OV The voltage transfer characteristic for the CMOS inverter.

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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The CMOS Voltage Transfer function shows the levels: VDD=4.6 V; VIL=2.18 V; VIH=3.05 V; VM-2.4 V, Calculate the High Noise Margin Voltage Note: The answer has two decimal places. Vr VOH - V DD Slope - -1 VD V. V V, VOL 0V Vm (Dp-) ¥ DD The voltage transfer characteristic for the CMOS inverter.
Transcribed Image Text:The CMOS Voltage Transfer function shows the levels: VDD=4.6 V; VIL=2.18 V; VIH=3.05 V; VM-2.4 V, Calculate the High Noise Margin Voltage Note: The answer has two decimal places. Vr VOH - V DD Slope - -1 VD V. V V, VOL 0V Vm (Dp-) ¥ DD The voltage transfer characteristic for the CMOS inverter.
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