This section suggested the typical design flow for task 1 based on past experience.
...
A good way to determine the minimum interference level is to vary the amplitude of the noise signal, (e.g., 1/3, 1/10, 1/20/, 1/50... of the full interference amplitude), record the received signal with AD2 at different interference levels, pass them to the Opamp_file and observe the resulted PSR. Choose a proper interference amplitude based on PSR, and calculate the desired filter suppression with the equation: 20log(targer_interference_amp/full_interference_amp). The result can be used as a reference for stopband attenuation.
...
Note: The Min. GBW requirement could be insanely large, this should hint to you that this is an ideal design that serves as a reference, our goal is NOT to duplicate it on the breadboard.
C.1.
...
LTSpice Simulation (Frequency Response)
Implement the design generated in B with LTSpice.
...