mp1584.py

import math

fc = 113.8275e3
c2 = 22e-6
fc= 90e3
gea = 60e-6
gcs=9
vout=5
vfb = 0.8

def calculateCompensationResistor():

	r3 = (2*math.pi*c2*fc*vout)/(gea*gcs*vfb)
	print(r3)
	print('Standard form in Kohm : ',r3/1000)
	return r3

def calculateCompensationCapacitor():
	r3 = calculateCompensationResistor()
	c3 = 4/(2*math.pi*r3*fc)
	print("Capacitor - ",c3)

def calculateCrossOverFreq():
	r3 = 100000
	fc_cal = (r3*gea*gcs*vfb)/(2*math.pi*c2*vout)
	print("Cross over frequency - ",fc_cal)
	return fc_cal

calculateCompensationResistor()

calculateCompensationCapacitor()

calculateCrossOverFreq()