ideal

Ideal models, such as ports, grounds and transformers.

These components are all non-tunable by default. To specify free parameters, use a constructor from pmrf.parameters.

Classes

Amplifier(gain, *[, name, metadata, z0])	(experimental) An ideal, matched, unilateral 2-port amplifier.
Attenuator(loss, *[, name, metadata, z0])	(experimental) A matched, 2-port physical attenuator.
DirectionalCoupler(coupling, *[, name, ...])	(experimental) An ideal 4-port tunable directional coupler.
Ground(*[, name, metadata])	Represents a ground connection.
Isolator([isolation, name, metadata, z0])	(experimental) An ideal 2-port isolator.
Load(gamma[, z0, nports, name, metadata])	A class for ideal N-port loads defined by their reflection coefficient.
Match([nports, name, metadata])	A standard ideal matched circuit load (gamma = 0.0).
Open([nports, name, metadata])	A standard ideal open circuit load (gamma = 1.0).
Port([z0, name, metadata])	Represents a circuit port with a specific characteristic impedance.
Short([nports, name, metadata])	A standard ideal short circuit load (gamma = -1.0).
SourceConverter(*[, name, metadata])	(experimental) An ideal 3-port source converter.
Splitter([nports, name, metadata])	(experimental) An ideal n-way parallel node (lossless junction).
Tee(*[, name, metadata])	(experimental) An ideal, lossless 3-port Tee junction.
Transformer(*[, name, metadata, N])	(experimental) An ideal, lossless, frequency-independent 4-port 1:N transformer.