Please include picture with step by step solution I will post k seperately again

Question

Please include picture with step by step solution

I will post k seperately again since you will need SPICE to simulate so you don't have to do it here.

Next realize H1NHP(s) using the circuit below. First compute its transfer function Hcir (s). Set Kf2 = omega p. Compute Km so that the 1 F capacitors in each realization become 20 nF capacitors in a final circuit after frequency and magnitude scaling. With these values of Kf2 and Km, compute final values for each circuit element in your design. Clearly LIST all these values for the biquad and the first order op amp circuit. This requires that you have labels for all the resistors and capacitors on your circuit diagram. This can be done as an excel spreadsheet file. If the input source had a source resistance of 200 Ohm , how would this affect the input resistor to your design assuming that the biquad is attached to the source. In other words, what would you need to do to make your design work? Obtain a SPICE simulation of the cascade of your final op amp circuits with all resistors rounded to the nearest k Ohm integer value. You must turn in your schematic capture with all parameter values listed as well as the magnitude frequency response plot; phase plots are not necessary.

Explanation / Answer

Part h

https://drive.google.com/file/d/0BzsApW5yffhsamE4eUJCQnVNX00/edit?usp=sharing

Part i

https://drive.google.com/file/d/0BzsApW5yffhsbjk4Yk5LUHpaSG8/edit?usp=sharing

Part j

https://drive.google.com/file/d/0BzsApW5yffhsMkpuSHhSQ2lEazA/edit?usp=sharing

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