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For the circuit given below : Given : gmo=5mS 1) What is the type of biasing For VGS = - 1.5 V , Calculate VG , VS , ID , and VD . 2) 3) If R1 is open (removed) a-What will be the biasing type b- Find the Q-point to set an approximate midpoint c- what is the region of operation + VDD = 15 V R1= 10 MN Ro = 1 k Vas R2= 5 MN Rs= 1.2 ks

For the circuit given below : Given : gmo=5mS 1) What is the type of biasing For VGS = - 1.5 V , Calculate VG , VS , ID , and VD . 2) 3) If R1 is open (removed) a-What will be the biasing type b- Find the Q-point to set an approximate midpoint c- what is the region of operation + VDD = 15 V R1= 10 MN Ro = 1 k Vas R2= 5 MN Rs= 1.2 ks

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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For the circuit given below : Given : gmo=5mS 1) What is the type of biasing 2) For VGS = - 1.5 V , Calculate VG , VS, ID , and VD . 3) If R1 is open (removed) a-What will be the biasing type b- Find the Q-point to set an approximate midpoint c- what is the region of operation + VDD = 15 V R= 10 MN Rp = 1 kN VGs R2= 5 MN Rs= 1.2 ks
Transcribed Image Text:For the circuit given below : Given : gmo=5mS 1) What is the type of biasing 2) For VGS = - 1.5 V , Calculate VG , VS, ID , and VD . 3) If R1 is open (removed) a-What will be the biasing type b- Find the Q-point to set an approximate midpoint c- what is the region of operation + VDD = 15 V R= 10 MN Rp = 1 kN VGs R2= 5 MN Rs= 1.2 ks
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