Abstract: A multi-output power conversion circuit employing phase-shift control, receiving at the input a DC voltage and supplying at the output a plurality of modulatable DC voltages, the circuit comprises a transformer having an input and a plurality of outputs, the input being connected to an inverter including at least two switches and configured to convert a DC voltage into an AC voltage and each output being connected to a controlled rectifier configured to convert an AC voltage into a DC voltage, each controlled rectifier including a magnetic storage inductance connected to an AC to DC converter including at least two switches, the power conversion circuit further including a control module configured to generate phase-shifted control signals adapted to control the switching of the switches of the inverter and the controlled rectifiers.

Abstract: A circuit for generating at least two rectangular signals with adjustable phase shift, comprises a frequency divider circuit that receives a clock signal as input and provides a signal as output, at least two comparators that receive, respectively, a first threshold voltage and at least a second threshold voltage at one input, and a ramp signal, synchronized with the clock signal, at a second input, the at least two threshold voltages allowing the value of the phase shift between the at least two rectangular signals to be adjusted, and at least two D-type flip-flops that receive, respectively, the output signal from the first comparator and the output signal from the second comparator at their clock inputs, and the output signal from the frequency divider circuit at their D-input.

Abstract: An electronic board, in particular for a power electronics circuit such as a converter, comprises: a planar substrate having a first side and a second side opposite the first side; at least two magnetic core elements, called the first elements, arranged on the first side of the substrate and each having at least two legs passing through the substrate; and at least two windings, arranged around at least one leg of each first magnetic core; wherein: it also comprises a second magnetic core element in the form of a plate, arranged on the second side of the substrate and in contact with respective ends of the legs of at least two first elements; the first elements, the windings and the second element forming at least two mutually decoupled magnetic circuits.

Abstract: A circuit for generating at least two rectangular signals with adjustable phase shift, comprises a frequency divider circuit that receives a clock signal as input and provides a signal as output, at least two comparators that receive, respectively, a first threshold voltage and at least a second threshold voltage at one input, and a ramp signal, synchronized with the clock signal, at a second input, the at least two threshold voltages allowing the value of the phase shift between the at least two rectangular signals to be adjusted, and at least two D-type flip-flops that receive, respectively, the output signal from the first comparator and the output signal from the second comparator at their clock inputs, and the output signal from the frequency divider circuit at their D-input.

Abstract: A multi-output power conversion circuit employing phase-shift control, receiving at the input a DC voltage and supplying at the output a plurality of modulatable DC voltages, the circuit comprises a transformer having an input and a plurality of outputs, the input being connected to an inverter including at least two switches and configured to convert a DC voltage into an AC voltage and each output being connected to a controlled rectifier configured to convert an AC voltage into a DC voltage, each controlled rectifier including a magnetic storage inductance connected to an AC to DC converter including at least two switches, the power conversion circuit further including a control module configured to generate phase-shifted control signals adapted to control the switching of the switches of the inverter and the controlled rectifiers.

Abstract: An electronic board, in particular for a power electronics circuit such as a converter, comprises: a planar substrate having a first side and a second side opposite the first side; at least two magnetic core elements, called the first elements, arranged on the first side of the substrate and each having at least two legs passing through the substrate; and at least two windings, arranged around at least one leg of each first magnetic core; wherein: it also comprises a second magnetic core element in the form of a plate, arranged on the second side of the substrate and in contact with respective ends of the legs of at least two first elements; the first elements, the windings and the second element forming at least two mutually decoupled magnetic circuits.