For the amplifier shown in Figure 1, the transistor has the following specifications K'n=1.2 mA/V, Cgd=0.8...

 

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For the amplifier shown in Figure 1, the transistor has the following specifications K'n=1.2 mA/V, Cgd=0.8 PF, Cgs=5 PF, W=L=1 m, and =0. Part 1 From a Pspice simulation, determine the upper 3dB frequency (f3dB) of the amplifier. In your report, provide your hand based analysis and compare it with the conducted simulation. Part 2 It is required to modify the amplifier by replacing number of resistors with transistors (Excluding Rsig, RD and RL). Based on the analysis conducted in part 1, modify the amplifier to satisfy the similar voltage gain and high frequency response. Your report should include all steps of the transistors' designs. Note that utilizing a lower number of transistors is more practicable, while all required items of the design are satisfied. Vi w Rsig CC CG V00=10 179.5 R2 175 RD3KN R33145.5K52 +H Figure 1. -10 For the amplifier shown in Figure 1, the transistor has the following specifications K'n=1.2 mA/V, Cgd=0.8 PF, Cgs=5 PF, W=L=1 m, and =0. Part 1 From a Pspice simulation, determine the upper 3dB frequency (f3dB) of the amplifier. In your report, provide your hand based analysis and compare it with the conducted simulation. Part 2 It is required to modify the amplifier by replacing number of resistors with transistors (Excluding Rsig, RD and RL). Based on the analysis conducted in part 1, modify the amplifier to satisfy the similar voltage gain and high frequency response. Your report should include all steps of the transistors' designs. Note that utilizing a lower number of transistors is more practicable, while all required items of the design are satisfied. Vi w Rsig CC CG V00=10 179.5 R2 175 RD3KN R33145.5K52 +H Figure 1. -10

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It seems that youre asking for help with a twopart question related to an amplifier circuit depicted in Figure 1 The question also provides the specif... View the full answer