Phase shifting inverting circuit creates stable three phase power with common neutral, reducing conversion losses and improving integration.
A matrix convertor controller sets a lower limit for the intermediate voltage phase connection period to stabilize output.
Parallel bidirectional switch modules in matrix converters reduce surge voltage and rated current restrictions to enable higher power capacity.
A multi-phase transformer uses adjustable polygon windings to modify voltage ratios without adding extra coils.
A power converter filter relocates neutral inductance to live lines using a shared core design.
A frequency converter uses a phase resolution variable local oscillator to multiply received signals for heterodyne conversion.
Cascaded power cells receive phase-shifted transformer voltages to generate three-phase AC output while reducing semiconductor device count and cost.