The Ideal AC-DC Converter (or Ideal ACDCConverter) component is an ideal AC-DC converter based on a power balance between a quasistatic circuit and DC side.

The parameter $\mathrm{CF}$ defines the ratio between averaged DC voltage and quasistatic rms voltage. Reactive power at the quasistatic side is set to 0.

No voltage or current ripple is present, neither at the quasistatic side nor at the DC side. At the quasistatic side, only base harmonics of voltage and current are taken into account. At the DC side, only the mean of voltage and current are taken into account.

$p_{\mathrm{QS}}\+p_{\mathrm{DC}}\=0$

$q_{\mathrm{QS}}\=0$

$v_{\mathrm{DC}}\=\mathrm{CF}\left|v_{\mathrm{QS}}\right|$

$i_{p\,\mathrm{QS}}\+i_{n\,\mathrm{QS}}\=0$

$i_{p\,\mathrm{DC}}\+i_{n\,\mathrm{DC}}\=0$

${\mathrm{\gamma }}_{p\,\mathrm{QS}}\={\mathrm{\gamma }}_{n\,\mathrm{QS}}$

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.