Inductor

1. Overview

This provides an inductor with a fixed inductance. The inductor obeys the equation:

$$\begin{equation} V(t) = L\frac{dI(t)}{dt} \end{equation}$$

or in integral form:

$$\begin{equation} I(t) = I(t_0) + \frac{1}{L} \int_{t_0}^t V(\tau) \, d\tau \end{equation}$$

note

For every simulation, other than transient, the inductor is ignored (i.e. treated as a short circuit).

2. Parameters

Name	Description	Unit
Name	A unique identifier for the component.	-
Inductance	($L$) The fixed inductance of the inductor.	Henries (H)