3. .be 0.62 V. It is suspected that there is a parasitic source to substrate (bulk) voltage presentthat is raising Vtn. If y = 0.4 V/2 and oF = -0.32 V, what would the VBs be?An NMOS is designed to have Vn = 0.6 V, but after fabrication Vm is measured to%3D K, =. =HpEoxK ,2ToxIn the problems below, use the following definitions:27

Given data, Vtn=0.6 VVtn'=0.62 Vγ=0.4V12φF=-0.32 V

3.. An NMOS is designed to have Vn = 0.6 V, but after fabrication Vm is measured to be 0.62 V. It is suspected that there is a parasitic source to substrate (bulk) voltage present that is raising Vtn. If y = 0.4 V/2 and oF = -0.32 V, what would the VBs be? %3D

3.. An NMOS is designed to have Vn = 0.6 V, but after fabrication Vm is measured to be 0.62 V. It is suspected that there is a parasitic source to substrate (bulk) voltage present that is raising Vtn. If y = 0.4 V/2 and oF = -0.32 V, what would the VBs be? %3D

Electric Motor Control

10th Edition

ISBN:9781133702818

Author:Herman

Publisher:Herman

Chapter59: Motor Startup And Troubleshooting Basics

Section: Chapter Questions

Problem 12SQ: How is a solid-state diode tested? Explain.

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Question

3. .
be 0.62 V. It is suspected that there is a parasitic source to substrate (bulk) voltage present
that is raising Vtn. If y = 0.4 V/2 and oF = -0.32 V, what would the VBs be?
An NMOS is designed to have Vn = 0.6 V, but after fabrication Vm is measured to
%3D

K, =. =
HpEox
K ,
2Tox
In the problems below, use the following definitions:
27

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