lcapy.oneport.Par

class lcapy.oneport.Par(*args)

Bases: ParSer

Defines a pair or more of one-port networks in parallel.

Parameters:: args (tuple[OnePort, ...]) – Tuple of components declared in parallel.

args

Tuple of components declared in parallel.

Raises:

Warns:

Redundant Component – A component may be considered redundant if it is in parallel with a voltage source.

Warning

A minimum of two arguments are required to define a parallel circuit.

Methods

__init__(*args)

Attributes

`Isc`	Short circuit current \(I_{sc}\) of the parallel circuit.
`admittance`	Admittance \(Y\) of the parallel circuit.
`has_parallel_V`	Determines if the one-port has a parallel voltage source.
`height`	Provides the height of the parallel circuit, which is the sum of the heights of the components in parallel.
`impedance`	Impedance \(Z\) of the parallel circuit.
`is_parallel`	Indicates the component is a parallel combination of components.
`width`	Provides the width of the parallel circuit, which is the largest width of the components in parallel.

property Isc

Short circuit current \(I_{sc}\) of the parallel circuit.

This is the sum of the short circuit currents of the components in parallel.

property admittance

Admittance \(Y\) of the parallel circuit.

This is the sum of the admittances of the components in parallel.

property has_parallel_V

Determines if the one-port has a parallel voltage source.

Returns:: True if any parallel components have a parallel voltage source, or are themselves a voltage source.
Return type:: bool

property height

Provides the height of the parallel circuit, which is the sum of the heights of the components in parallel.

property impedance

Impedance \(Z\) of the parallel circuit.

This is \(\frac{1}{Y}\), or the inverse of the sum of the admittance of the parallel circuit.

is_parallel = True

Indicates the component is a parallel combination of components.

property width

Provides the width of the parallel circuit, which is the largest width of the components in parallel.