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(b) Based on E-MOSFET circuit in Figure Q.1, answer the following questio: Given k = 0.556 mA/V² and Vas(n)= 3 V. (i) R₁ 10 ΜΩ C₁ HE R₂ 6.8 ΜΩ VDD +24V RD 2.2 k2 Rs 750 21 Calculate Ip and Vas at Q-point. Figure Q.1 E-MOSFET circuit. C₂ HE (ii) Based on your answer in Q.1(b)(i), determine VDs and VD. (iii) Determine the amplifier voltage gain, vo/vi. Vo

(b) Based on E-MOSFET circuit in Figure Q.1, answer the following questio: Given k = 0.556 mA/V² and Vas(n)= 3 V. (i) R₁ 10 ΜΩ C₁ HE R₂ 6.8 ΜΩ VDD +24V RD 2.2 k2 Rs 750 21 Calculate Ip and Vas at Q-point. Figure Q.1 E-MOSFET circuit. C₂ HE (ii) Based on your answer in Q.1(b)(i), determine VDs and VD. (iii) Determine the amplifier voltage gain, vo/vi. Vo

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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(b) Based on E-MOSFET circuit in Figure Q.1, answer the following questions. Given k = 0.556 mA/V2 and Vas(n)= 3 V. R₁ 10 ΜΩΣ C₁ HE R₂ 6.8 ΜΩ ww VDD +24V RD 2.2 k2 Rs 750 21 (i) Calculate Ip and VGs at Q-point. C₂ 16 S Figure Q.1 E-MOSFET circuit. (iii) Determine the amplifier voltage gain, vo/vi. (ii) Based on your answer in Q.1(b)(i), determine VDs and VD.
Transcribed Image Text:(b) Based on E-MOSFET circuit in Figure Q.1, answer the following questions. Given k = 0.556 mA/V2 and Vas(n)= 3 V. R₁ 10 ΜΩΣ C₁ HE R₂ 6.8 ΜΩ ww VDD +24V RD 2.2 k2 Rs 750 21 (i) Calculate Ip and VGs at Q-point. C₂ 16 S Figure Q.1 E-MOSFET circuit. (iii) Determine the amplifier voltage gain, vo/vi. (ii) Based on your answer in Q.1(b)(i), determine VDs and VD.
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