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A depletion mode MOSFET with room temperature parameters k = 4 mA/V^2 and V t = -3.1 V is connected to the circuit shown. Find the value of R such that the MOSFET will operate at its zero-temperature coefficient point of iD= 4.5 mA, VGS = -1.6 V. What is the nearest 5% standard resistor value? Show that the ZTC point of an enhancement mode MOSFET can never be reached with this circuit. 9 VDD = 10V ↓ tiD VDS 3R "/w k = 4mA/√² V₂ = -3-1 V 2

A depletion mode MOSFET with room temperature parameters k = 4 mA/V^2 and V t = -3.1 V is connected to the circuit shown. Find the value of R such that the MOSFET will operate at its zero-temperature coefficient point of iD= 4.5 mA, VGS = -1.6 V. What is the nearest 5% standard resistor value? Show that the ZTC point of an enhancement mode MOSFET can never be reached with this circuit. 9 VDD = 10V ↓ tiD VDS 3R "/w k = 4mA/√² V₂ = -3-1 V 2

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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A depletion mode MOSFET with room temperature parameters k = 4 mA/V^2 and V_t = -3.1 V is connected to the circuit shown. Find the value of R such that the MOSFET will operate at its zero-temperature coefficient point of iD= 4.5 mA, VGS = -1.6 V. What is the nearest 5% standard resistor value? Show that the ZTC point of an enhancement mode MOSFET can never be reached with this circuit. VOD tin $R Solution - LOV VDS k = 4mA/√² Vt= - -3.1 V
Transcribed Image Text:A depletion mode MOSFET with room temperature parameters k = 4 mA/V^2 and V_t = -3.1 V is connected to the circuit shown. Find the value of R such that the MOSFET will operate at its zero-temperature coefficient point of iD= 4.5 mA, VGS = -1.6 V. What is the nearest 5% standard resistor value? Show that the ZTC point of an enhancement mode MOSFET can never be reached with this circuit. VOD tin $R Solution - LOV VDS k = 4mA/√² Vt= - -3.1 V
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