Test the relatively realistic inductor using the following circuit, where the current source is a biased sinusoid:

             +---+
     +------>| R |>----+
    1|       +---+     |2
   +---+             +---+
   | I |             | L |
   +---+             +---+
     |                 |
     0                 0
Method setUp Undocumented
Method tearDown Undocumented
Method makeCircuit Undocumented
Method TRAN Runs TRAN analysis, returning a Deferred to time, V1, and V2.
Method RMS Returns the root-mean-square amplitude of the AC component of values in the last 3/4 of vector V.
Method checkAmplitude Undocumented
Method test_zeroBias Undocumented
Method test_biasNotSaturating Undocumented
Method test_maxBias Undocumented
Method test_maxBias_no_lpf Undocumented
Method test_lotsaBias Undocumented

Inherited from MsgBase (via TestCase):

Method isVerbose Undocumented
Method verboserator Undocumented
Method msg Undocumented

Inherited from MsgBase (via TestCase):

Method isVerbose Undocumented
Method verboserator Undocumented
Method msg Undocumented
def setUp(self):
Undocumented
def tearDown(self):
def makeCircuit(self, Vo, **kw):
Undocumented
@defer.inlineCallbacks
def TRAN(self):

Runs TRAN analysis, returning a Deferred to time, V1, and V2.

def RMS(self, time, V):

Returns the root-mean-square amplitude of the AC component of values in the last 3/4 of vector V.

def checkAmplitude(self, time, V, gain=1.0, R=0.0):
Undocumented
@defer.inlineCallbacks
def test_zeroBias(self):
Undocumented
@defer.inlineCallbacks
def test_biasNotSaturating(self):
Undocumented
@defer.inlineCallbacks
def test_maxBias(self):
Undocumented
@defer.inlineCallbacks
def test_maxBias_no_lpf(self):
Undocumented
@defer.inlineCallbacks
def test_lotsaBias(self):
Undocumented
API Documentation for pingspice, generated by pydoctor at 2021-09-18 08:41:11.