1. what is the function of the circuit? 2. what is the -3 db corner frequency of

Question

1.  what is the function of the circuit?

2. what is the -3 db corner frequency of the circuit? For simulations, what start and stop frequencies would you choose in order to observe the frequency response band of interest?

3. what is the response of the circuit to a step voltage supplied by v source?

4. Assume a pulse with finite magnitude, finite rise time, finite fall time, and non-zero pulse width is to be applied to the circuit. Determine these parameters of the input in order to easily observe the response of the circuit to the rising and falling edges. How long would you need to run a transient analysis to get all the information?

what is the function of the circuit? what is the -3 db corner frequency of the circuit? For simulations, what start and stop frequencies would you choose in order to observe the frequency response band of interest? what is the response of the circuit to a step voltage supplied by v source? Assume a pulse with finite magnitude, finite rise time, finite fall time, and non-zero pulse width is to be applied to the circuit. Determine these parameters of the input in order to easily observe the response of the circuit to the rising and falling edges. How long would you need to run a transient analysis to get all the information?

Explanation / Answer

1) High pass filter

2) Fc = corner frequency =1/(2*pi*10*C) = 1.59 K HZ

3) for step response , Vout = 0 , becuase it is High pass filter

4)

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