import math
from prefixed import Float

# Number of poles
n = 5
# Corner frequency
f = 12000000
# impedance (symmetric)
z = 50


def scaleCapacitor(val_proto, f):
    return val_proto/(2*math.pi*f*z)

def scaleInductor(val_proto, f):
    return val_proto*z/(2*math.pi*f)


for k in range(1, n+1):
    val = 2*math.sin(((2*k-1) * math.pi )/(2*n) )    
    if(k%2):
        # print("Capacitor", scaleCapacitor(val, f))
        scaledValue = Float(scaleCapacitor(val, f))
        print( '{:.2h}F'.format(scaledValue) )
    else:
        # print("Inductor", scaleInductor(val, f))
        scaledValue = Float(scaleInductor(val, f))
        print( '{:.2h}H'.format(scaledValue) )