Twisted pair of PV wires, modeled with RLC lumps. Tried using NgSpice's transmission line models; slow, non-converging.

Class Method	mmDia	Undocumented
Class Method	mmSeparation	Undocumented
Class Method	R	Returns Ohms per meter of BOTH wires for the given wire gauge, or total Ohms if a length in feet is provided.
Class Method	L	Returns Henries per meter of BOTH wires for the given wire gauge and outside diameter (in meters).
Class Method	C	Undocumented
Method	setup	Undocumented

@classmethod
def mmDia(cls, AWG):

Undocumented

@classmethod
def mmSeparation(cls, AWG, OD):

Undocumented

@classmethod
def R(cls, AWG, lengthFeet=None):

Returns Ohms per meter of BOTH wires for the given wire gauge, or total Ohms if a length in feet is provided.

@classmethod
def L(cls, AWG, OD=None, mmSep=None):

Returns Henries per meter of BOTH wires for the given wire gauge and outside diameter (in meters).

@classmethod
def C(cls, AWG, OD=None, mmAirGap=None, usingPVC=True):

Undocumented

def setup(self, f):

Undocumented

API Documentation for pingspice, generated by pydoctor at 2021-09-18 08:41:11.

pingspice.lib.pv.Cable(nt.Subcircuit) class documentation

`pingspice.lib.pv.Cable(nt.Subcircuit)` class documentation