Functions

add: Adds a schema element or schema object to the schema.
amplifier: Creates a two-port amplifier.
capacitor: Creates a capacitor object.
circuit: Creates a circuit diagram object.
clone: Creates a copy of an existing schema element or schema object.
g2h: Converts hybrid g-parameters to h-parameters.
gparameters: Creates an object of hybrid-g parameters.
h2g: Converts hybrid h-parameters to g-parameters.
h2s: Converts hybrid h-parameters to S-parameters.
h2y: Converts hybrid h-parameters to Y-parameters.
h2z: Converts hybrid h-parameters to Z-parameters.
hparameters: Creates an object of hybrid parameters.
inductor: Creates an inductor object.
nport: Creates a linear multiport element in an electrical circuit diagram.
resistor: Creates a resistor object.
rfinterp1: Interpolates the data of the network parameters at new frequencies.
s2h: Converts S-parameters to hybrid h-parameters.
s2s: Converts S-parameters to S-parameters with a different calculated impedance.
s2y: Converts S-parameters to Y-parameters.
s2z: Converts S-parameters to Z-parameters.
setports: Sets the ports for the circuit object of the electrical circuit.
setterminals: Sets the terminals for the circuit object of the electrical circuit.
sparameters: Calculates S-parameters for radio frequency data, networks, circuits, and related objects.
y2h: Converts Y-parameters into hybrid h-parameters.
y2s: Converts Y-parameters to S-parameters.
y2z: Converts Y-parameters to Z-parameters.
yparameters: Creates an object of Y-parameters.
z2h: Converts Z-parameters into hybrid h-parameters.
z2s: Converts Z-parameters to S-parameters.
z2y: Converts Z-parameters to Y-parameters.
zparameters: Creates an object of Z-parameters.