Functions

Converts ABCD-parameters into hybrid h-parameters.

Converts ABCD-parameters to S-parameters.

Converts ABCD-parameters to Y-parameters.

Converts ABCD-parameters to Z-parameters.

Creates an object of ABCD parameters.

Adds a schema element or schema object to the schema.

Creates a two-port amplifier.

RFCKT object analysis in the frequency domain.

Creates a two-port attenuator.

Creates a capacitor object.

Creates a circuit diagram object.

Creates a copy of an existing schema element or schema object.

Converts hybrid g-parameters to h-parameters.

Converts reflection coefficients into resistances.

Creates an object of hybrid-g parameters.

Calculation of the group delay of S-parameters, RF filter, or circuit object.

Converts h-parameters to ABCD-parameters.

Converts hybrid h-parameters to g-parameters.

Converts hybrid h-parameters to S-parameters.

Converts hybrid h-parameters to Y-parameters.

Converts hybrid h-parameters to Z-parameters.

Creates an object of hybrid parameters.

Creates an inductor object.

Creates an LC ladder chain object.

Creates an IMT mixer.

Creates a two-port modulator.

Calculates the noise factor of transmission lines, serial and parallel RLC circuits.

Creates a linear multiport element in an electrical circuit diagram.

Creates a phase-shifting circuit.

Creates a resistor object.

Creates an RF budget object and performs RF budget analysis for a chain of 2 port elements.

Creates a coaxial transmission line.

Creates a transmission line with parallel plates.

Creates a passive component or network.

Creates a two-wire transmission line.

Saves the result of the analysis of the chain object.

Creates Butterworth RF filters, Chebyshev RF filters, and Chebyshev reverse filters.

Interpolates the data of the network parameters at new frequencies.

Plotting the S-parameter data, as well as the dependence of the total result of calculating the RF budget on the input frequency of the cascade.

Converting a chain with concentrated elements into a chain with distributed elements using the Richards transform.

Converts S-parameters to ABCD-parameters.

Converts S-parameters to hybrid h-parameters.

Converts S-parameters to S-parameters with a different calculated impedance.

Converts S-parameters to T-parameters.

Converts S-parameters to Y-parameters.

Converts S-parameters to Z-parameters.

Creates a two-port serial RLC circuit.

Sets the ports for the circuit object of the electrical circuit.

Sets the terminals for the circuit object of the electrical circuit.

Creates a two-port parallel RLC circuit.

Calculates S-parameters for radio frequency data, networks, circuits, and related objects.

Converts T-parameters to S-parameters.

Creates an object of T-parameters.

Creates a coplanar waveguide.

Creates a transmission line based on the electrical length.

Creates a transmission line with concentrated parameters.

Creates a microstrip transmission line.

Creates a stripe transmission line element.

Creates a two-wire transmission line.

Converts Y-parameters to ABCD-parameters.

Converts Y-parameters into hybrid h-parameters.

Converts Y-parameters to S-parameters.

Converts Y-parameters to Z-parameters.

Creates an object of Y-parameters.

Converts Z-parameters to ABCD-parameters.

Converts resistances into reflection coefficients.

Converts Z-parameters into hybrid h-parameters.

Converts Z-parameters to S-parameters.

Converts Z-parameters to Y-parameters.

Creates an object of Z-parameters.