For a MOSFET amplifier circuit shown in Figure Q.1, the transistor parameters are: Vr=Vos(TH) = 1.5V, k=0.5 mA/V², ra = o, all junction and stray capacitances are neglected except Cwo. The circuit is to be designed such that: • The Vosq = 2.79 V • The input impedance, Z;= 155 k2 • The small signal voltage gain, A, ===- 10 • The lower -3dB frequency sociared with C1. fici =20 Hz The upper -3dB frequency associated with Cwo, THo = 3 kHz By performing DC and ac analysis. (i) Detemine the value of the resistors R; and R3. (v) Calculate VosQ- (vi) Detemine the value of Ci and Cwo.
For a MOSFET amplifier circuit shown in Figure Q.1, the transistor parameters are: Vr=Vos(TH) = 1.5V, k=0.5 mA/V², ra = o, all junction and stray capacitances are neglected except Cwo. The circuit is to be designed such that: • The Vosq = 2.79 V • The input impedance, Z;= 155 k2 • The small signal voltage gain, A, ===- 10 • The lower -3dB frequency sociared with C1. fici =20 Hz The upper -3dB frequency associated with Cwo, THo = 3 kHz By performing DC and ac analysis. (i) Detemine the value of the resistors R; and R3. (v) Calculate VosQ- (vi) Detemine the value of Ci and Cwo.
Chapter25: Television, Telephone, And Low-voltage Signal Systems
Section25.1: Television Circuit
Problem 5R: From a cost standpoint, which system is more economical to install: a master amplifier distribution...
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Solve the following MOSFET problem.
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