Run LitzOpt

Run WebLitzOpt by selecting the version that matches the options you wish to use.

You will specify the current waveforms in each winding. You can either enter a piecewise-linear waveform or specify a sinusoidal waveform. For each of those options, you may then choose to model the magnetic fields using one-dimensional analysis or more accurate two-dimensional analysis. For two dimensional analysis, the positions and sizes of the windings need to be determined. You can either use a standard layered winding geometry, and have LitzOpt allocate the available window area between the different windings (Layered Geometry), or you can specify the exact configuration you wish to use (Specific Geometry).

Dartmouth Magnetic Component and Power Electronics Research
WebLitzOpt
Register Example Data Entry Variables References PEG Home	Run WebLitzOpt by selecting the version that matches the options you wish to use. You will specify the current waveforms in each winding. You can either enter a piecewise-linear waveform or specify a sinusoidal waveform. For each of those options, you may then choose to model the magnetic fields using one-dimensional analysis or more accurate two-dimensional analysis. For two dimensional analysis, the positions and sizes of the windings need to be determined. You can either use a standard layered winding geometry, and have LitzOpt allocate the available window area between the different windings (Layered Geometry), or you can specify the exact configuration you wish to use (Specific Geometry).
	Magnetic Field Simulation & Winding Geometry	Winding Excitation Waveform
		Piece Wise Linear	Sinusoidal
	1D	1D PWL	1D Sin
	2D - Layered Geometry	2D PWL-L	2D Sin-L
	2D - Specific Geometry	2D PWL-S	2D Sin-S