A two-pin resistance. Resistance supports engineering units from ohms to megaohms. Use a resistor for loads, biasing, feedback, and RC or RL networks.
A three-pin resistive divider with these parameters:
- Resistance — total resistance between the outer pins;
- Position — wiper position from 0 to 1.
Connect the outer pins as a normal resistor and use the center pin as the wiper. Position can be exposed in a tuner.
A two-pin capacitance. Capacitance accepts an engineering unit. Use it in filters, decoupling networks, integrators, and resonant circuits.
A two-pin inductance. Inductance sets its value. For a real high-frequency component, include parasitics through a device model or equivalent circuit.
Two magnetically coupled windings with four pins: P1, P2, S1, and S2. Parameters are:
- Primary inductance;
- Secondary inductance;
- Coupling — coupling coefficient from 0 to 1.
Use this component for transformers and coupled resonators. Winding starts are defined by pin roles and their SPICE order.
A four-pin ideal line with a differential pair at each end. Parameters are:
- Z0 — characteristic impedance;
- Delay — electrical delay.
Use it for circuit-level delay and matching estimates. Printed-line geometry is defined with the separate microstrip components.