IENG2010_F23_Assignment2

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Humber College *

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2030

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Electrical Engineering

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Apr 3, 2024

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IENG-2010 Electronic Circuits Fall-2023 Assignment-2 Due: 11:59pm, November 20, 2023 1 Prepared By Name: ______________________________ Student ID: ______________________________ Note-1 : Please note this homework needs to be solved and submitted individually. Note-2 : Please show all your calculations. 2 Questions 1. The transfer curve of a typical JFET is given below. If this particular JFET has I DSS = 10mA and V GS(off) = -3V, calculate the V GS that would result in a drain current of I D = 6mA. 2. Using the following MOSFET circuit and typical transfer curve; Humber College Institute of Technology and Advanced Learning I D I DSS 0 V GS(off) V GS 2 GS D DSS GS(off) 1 V I I V
IENG-2010 Electronic Circuits Fall-2023 a) Calculate the V GS by using stiff voltage divider assumption in the circuit. b) If you are given V GS(th) =1.8V, and a data point on the transfer curve is V GS =3V and I D =200mA; determine the K constant in I D =K(V GS – V GS(th) ) 2 formula. c) Calculate the drain current I D for the operating V GS voltage you found in part-a for the given circuit. 3. Express each of the following ratios in dB. Humber College Institute of Technology and Advanced Learning
IENG-2010 Electronic Circuits Fall-2023 a) P out /P in = 500 b) P out /P in = 40 c) V out /V in = 40 d) V out /V in = 1 e) A p = 2 f) A p = 0.6 g) A v = 3 h) A v = 250 4. The mid-band gain of the amplifier below is Av=100. R s =600Ω, R 1 =68kΩ, R 2 =22kΩ, R C =2.7kΩ, R E1 =33Ω, R E2 =1.5kΩ, R L =3.2kΩ, C 1 =0.2µF, C 2 =82µF, C 3 =0.27µF Humber College Institute of Technology and Advanced Learning
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