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1- For a particular JFET: Ipss= 3 mA, VGs(off) = -6 V, %3D and yfs(max) = 3000 µS. Using these values, determine the forward transconductance for VGS = - 2 V, And find Ip at this point.

1- For a particular JFET: Ipss= 3 mA, VGs(off) = -6 V, %3D and yfs(max) = 3000 µS. Using these values, determine the forward transconductance for VGS = - 2 V, And find Ip at this point.

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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1- For a particular JFET: Ipss= 3 mA, VGs(off) = -6 V, %3D and yfs(max) = 3000 µS. Using these values, determine the forward transconductance for VGS = - 2 V, And find Ip at this point. 2- The JFET given below has a VGsoff= - 6V and Ipss=10mA. Assume that you increase the supply voltage VDD beginning at zero until the ammeter reaches a steady value. a) What does the voltmeter and ammeter read at this point? b) Find the required VDD Rp A 4.7 kN Vpp
Transcribed Image Text:1- For a particular JFET: Ipss= 3 mA, VGs(off) = -6 V, %3D and yfs(max) = 3000 µS. Using these values, determine the forward transconductance for VGS = - 2 V, And find Ip at this point. 2- The JFET given below has a VGsoff= - 6V and Ipss=10mA. Assume that you increase the supply voltage VDD beginning at zero until the ammeter reaches a steady value. a) What does the voltmeter and ammeter read at this point? b) Find the required VDD Rp A 4.7 kN Vpp
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