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Asked: 2023-07-22T06:06:07-04:00 In:

problem1 Use the method of open-circuit time constants to find fH for a CS amplifier for which gm= 1.5mA/V, Cgs=Cgd= 0.2 pF, ro= 20 kΩ, RL= 12 kΩ, and Rsig= 100 kΩ for the following cases: (a) CL= 0, (b) CL= 10 pF, (c)CL=50 pF.

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Use the method of open-circuit time constants to find fH for a CS amplifier for which gm= 1.5mA/V, Cgs=Cgd= 0.2 pF, ro= 20 kΩ, RL= 12 kΩ, and Rsig= 100 kΩ for the following cases: (a) CL= 0, (b) CL= 10 pF, (c)CL=50 pF. problem1 Use the method of open-circuit time constants to find fH for a CS amplifier for which gm= 1.5mA/V, Cgs=Cgd= 0.2 pF, ro= 20 kΩ, RL= 12 kΩ, and Rsig= 100 kΩ for the following cases: (a) CL= 0, (b) CL= 10 pF, (c)CL=50 pF.

ee 333open circuit time constants method

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