The I_pulse component models a periodic pulse source with unlimited number of periods. A single pulse is described by the following table:

Intermediate points are determined by linear interpolation. A pulse it looks like a saw tooth, use this parameters e.g.:

Note:

$0\=i_p\+i_n$

$i\&equals;i_p\&equals;I_1\&plus;\{\begin{array}{cc}0& t<T_{\mathrm{D}}\vee \mathrm{counter2}\&equals;0\vee T_0\&plus;\mathrm{Tfalling}\le t\\ \left(t-T_0\right)\frac{I_2-I_1}{\mathrm{Trising}}& t<T_0\&plus;\mathrm{Trising}\\ I_2-I_1& t<T_0\&plus;\mathrm{Twidth}\\ \left(T_0\&plus;\mathrm{Tfalling}-t\right)\frac{I_2-I_1}{\mathrm{Tfalling}-\mathrm{Twidth}}& \mathrm{otherwise}\end{array}$

$v\&equals;v_p-v_n$

The component described in this topic is from the Modelica Standard Library. To view the original documentation, which includes author and copyright information, click here.