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In the circuit shown if VT = 2 V and k = 1.5 mA/V.s, then VesQ, IDQ , and VosQ, are: 15 V 2k Ohm 1 uF VL k Ohm IM Ohm 2k Ohm loo = 1.026 mA, Veso = 2.948 V, and Voso = 15.9 V O b. log = 1.375 mA, Vaso = 3.25 V, and Voso = 7.75 V OC. Iog = 1.53 mA, Vaso = 1.95 V, and Voso = %3D 5.9 V d. loo = 2.120 mA, Vasa = 1.925 V, and Voso = 12.9 V

In the circuit shown if VT = 2 V and k = 1.5 mA/V.s, then VesQ, IDQ , and VosQ, are: 15 V 2k Ohm 1 uF VL k Ohm IM Ohm 2k Ohm loo = 1.026 mA, Veso = 2.948 V, and Voso = 15.9 V O b. log = 1.375 mA, Vaso = 3.25 V, and Voso = 7.75 V OC. Iog = 1.53 mA, Vaso = 1.95 V, and Voso = %3D 5.9 V d. loo = 2.120 mA, Vasa = 1.925 V, and Voso = 12.9 V

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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In the circuit shown if VT = 2 V and k = 1.5 mA/V.s, then VGSQ , IDQ , and VosQ, %3D are: 15 V 2ik Ohm 1 uF VL 1 oF Vin 2k Ohm 1M Ohm 22k Ohm a. Iog = 1.026 mA, Vasa = 2.948 V, and Voso = 15.9 V Ob. Ioa = 1.375 mA, Vaso = 3.25 V, and Vpso = 7.75 V О с. Iog = 1.53 mA, Voso = 1.95 V, and Voso %3D 5.9 V d. Ioo = 2.120 mA, VesQ = 1.925 V , and Voso = 12.9 V %3D
Transcribed Image Text:In the circuit shown if VT = 2 V and k = 1.5 mA/V.s, then VGSQ , IDQ , and VosQ, %3D are: 15 V 2ik Ohm 1 uF VL 1 oF Vin 2k Ohm 1M Ohm 22k Ohm a. Iog = 1.026 mA, Vasa = 2.948 V, and Voso = 15.9 V Ob. Ioa = 1.375 mA, Vaso = 3.25 V, and Vpso = 7.75 V О с. Iog = 1.53 mA, Voso = 1.95 V, and Voso %3D 5.9 V d. Ioo = 2.120 mA, VesQ = 1.925 V , and Voso = 12.9 V %3D
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