seapy.excitations.excitation.Excitation¶

class seapy.excitations.excitation.Excitation(name, subsystem, **properties)[source]¶

Abstract Base Class for excitations.

__init__(name, subsystem, **properties)[source]¶

Constructor.

Parameters:	name (string) – Identifier system (`seapy.system.System`) – Component

Methods

`__init__`(name, subsystem, **properties)	Constructor.
`Excitation.df`
`disable`([subsystem])	Disable this excitation.
`enable`([subsystem])	Enable this excitation.
`info`([attributes])	Return dataframe.
`plot`(quantity[, yscale])	Plot quantity.
`resistance`()

Attributes

`SORT`	str(object=’‘) -> str
`classname`	Name of class of the object.
`conductance`
`enabled`	Switch indicating whether the object is enabled.
`frequency`	Frequency.
`impedance`
`included`	Indicates whether the object is included in the analysis.
`name`
`power`	Input power.
`power_level`	Input power level.
`subsystem`

__init__(name, subsystem, **properties)[source]

Constructor.

Parameters:	name (string) – Identifier system (`seapy.system.System`) – Component

disable(subsystem=False)[source]¶

Disable this excitation. Optionally disable excitations’ subsystem.

Parameters:	subsystem (bool) – Disable subsystem

enable(subsystem=False)[source]¶

Enable this excitation. Optionally enable excitations’ subsystem.

Parameters:	subsystem (bool) – Enable subsystem

power_level[source]¶: Input power level.

$L_{P} = 10 \log_{10}{\left( \frac{P}{P_0} \right)}$