def __init__(self, **parameters):
ls = parameters.get('ls', 1e-9)
rs = parameters.get('rs', 1.0)
cp = parameters.get('cp', 150e-15)
cs = parameters.get('cs', 30e-15)
rac = parameters.get('rac', 1)
ldc = parameters.get('ldc', 1e-9)
k1 = parameters.get('k1', 0.9)
rsub = parameters.get('rsub', 1)
freq = linspace(0.1e9, 15e9, 101)
lib = myinductor(name='myinductor',
rs=rs,
ls=ls,
cp=cp,
cs=cs,
rac=rac,
ldc=ldc,
k1=k1,
rsub=rsub)
dev = Device(model='myinductor', nodes=('plus', 'minus', '0'))
cir1 = Sp(library=lib, device=dev, freq=freq)
cir1.simulate(verbose=True)
y11, y12, y21, y22 = cir1.Y()
self.freq = freq
self.l11 = (1.0 / y11).imag / (2.0 * pi * freq)
self.r11 = (1.0 / y11).real
self.q11 = (1.0 / y11).imag / (1 / y11).real
def __init__(self, **parameters):
freq = linspace(0.1e9, 15e9, 101)
dev = Nport(nodes=('plus', '0', 'minus', '0'),
file='./examples/MyInductor/mydata.s2p')
cir1 = Sp(device=dev, freq=freq)
cir1.simulate(verbose=True)
y11, y12, y21, y22 = cir1.Y()
self.freq = freq
self.l11 = (1.0 / y11).imag / (2.0 * pi * freq)
self.r11 = (1.0 / y11).real
self.q11 = (1.0 / y11).imag / (1 / y11).real