looking for performance of amp
first, find qpoint via DC analysis
second, compute open circuit time constants
apply miller's theorem
do hand computation, it gets hairy here
find Vo/Vin
one way to work through is to iteratively plug in values of Vs from midband, band edges, and out of band
put it in bode plotter (bodey)
KCL ftw
solve them
get Vo/Vs
ends up being a 3x3 matrix to solve

voltage amplifier, series/shunt, end up with Af = A/(1+AB)
	Rin_feedback = Ri(1+AB)
	Ro_feedback = Vo/Io = Ro/(1+AB)
	
shunt/shunt, transresistance amp, Af = Vo/Is = A/(1+AB)
	Rin_feedback = Vi/Ii = Ri/(1+AB)
	Ro_feedback = Vo/Io = Ro/(1+AB)
	
series/series, transconductance amp, Af still the same
	Rin_feedback = Ri(1+AB)
	Ro_feedback = Vo/Io = Ro(1+AB)
	
shunt/series, current amp
	Rin_feedback = Ri/(1+AB)
	Ro_feedback = Vo/Io = Ro(1+AB)