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1. Using the characteristics curve of the JFET above, determine ID for the following levels of VGS (with VDS > VP). (a) VGS = 0 V. (d) VGS=-1.8 V. (b) VGS=-1 V. (e) VGS=-4 V. (c) VGS=-1.5 V. (f) VGS=-6 V.

1. Using the characteristics curve of the JFET above, determine ID for the following levels of VGS (with VDS > VP). (a) VGS = 0 V. (d) VGS=-1.8 V. (b) VGS=-1 V. (e) VGS=-4 V. (c) VGS=-1.5 V. (f) VGS=-6 V.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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(mA) Locus of pinch-off values Ohmic Region | Saturation Region Ipss 8 Ves = 0 V 6 - 5 Ves--1 V 4 3. VGs =-2 V Ves=-3 V Ves =-4V= lp 1 10 15 20 25 Tos (V) V½ (for Vas = 0 V) 1. Using the characteristics curve of the JFET above, determine ID for the following levels of VGS (with VDS > VP). (a) VGS = 0 V. (d) VGS=-1.8 V. (b) VGS=-1 V. (e) VGS=-4 V. (c) VGS=-1.5 V. (f) VGS=-6 V.
Transcribed Image Text:(mA) Locus of pinch-off values Ohmic Region | Saturation Region Ipss 8 Ves = 0 V 6 - 5 Ves--1 V 4 3. VGs =-2 V Ves=-3 V Ves =-4V= lp 1 10 15 20 25 Tos (V) V½ (for Vas = 0 V) 1. Using the characteristics curve of the JFET above, determine ID for the following levels of VGS (with VDS > VP). (a) VGS = 0 V. (d) VGS=-1.8 V. (b) VGS=-1 V. (e) VGS=-4 V. (c) VGS=-1.5 V. (f) VGS=-6 V.
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