Given the following N-channel enhancement MOSFET circuit1.5 MQR275 k2RpDVop10 VI M239 k2RsThe data are VGSTH =1 V and k= 0.0125 mA / V.%3D%3D1) The correct quadratic equation for solving VGs isi)0.4875VGS-0.025VGS- 3.5125 = 0ii)0.4875VGS + 0.025VGS - 3.5125 = 00.4875Ves- 1.975Ves- 3.5125 = 0iv)0.4875Ves + 1.975Ves - 4.4875 = 0iii)2) Ip is34.39 µA172.05 µA19.36 µA68.78 µAii)111iv)3) Vos isi)ii)ii)iv)2.16 V8.76 V6.08 V7.52 V

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Given the following N-channel enhancement MOSFET circuit 1.5 MQ R2 75 k2 Rp Vop 10 V I MQ 39 k2 Rs The data are VOSTH =1 V and k 0.0125 mA / V. 1) The correct quadratic equation for solving Vos is i) 0.4875Vos-0.025Vos - 3.5125 0 ii) 0.4875Vos + 0.025Vos-3.5125 =0 iii) 0.4875Vos-1.975Vos - 3.5125 =0 iv) 0.4875Vos + 1.975Vos - 4.48750 2) Ip is i) ii) iii) iv) 34.39 µA 172.05 µA 19.36 µA 68.78 µA 3) Vos is i) ii) iii) iv) 2.16 V 8.76 V 6.08 V 7.52 V

Given the following N-channel enhancement MOSFET circuit 1.5 MQ R2 75 k2 Rp Vop 10 V I MQ 39 k2 Rs The data are VOSTH =1 V and k 0.0125 mA / V. 1) The correct quadratic equation for solving Vos is i) 0.4875Vos-0.025Vos - 3.5125 0 ii) 0.4875Vos + 0.025Vos-3.5125 =0 iii) 0.4875Vos-1.975Vos - 3.5125 =0 iv) 0.4875Vos + 1.975Vos - 4.48750 2) Ip is i) ii) iii) iv) 34.39 µA 172.05 µA 19.36 µA 68.78 µA 3) Vos is i) ii) iii) iv) 2.16 V 8.76 V 6.08 V 7.52 V

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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