Abstract:
A power conversion apparatus includes a filter circuit, a power conversion circuit, a first casing and a second casing. An input circuit of the filter circuit is connected to a power source to receive power from the power source. A plurality of power conversion circuits are disposed correspondingly to the electrical loads in which every input circuit of the power conversion circuits is connected to an output circuit of the filter circuit and respective output circuits of the power conversion circuits are correspondingly connected to the electrical loads. The power conversion circuit converts the power from the filter circuit and supplies the converted power to the electrical loads. The first casing accommodates the filter circuit and plural second casings are disposed correspondingly to the plurality of power conversion circuits. Each of the second casings accommodates corresponding power conversion circuit.
Abstract:
A power conversion apparatus converting power from the battery to be supplied to the load includes: a first substrate provided with a power conversion circuit; a second substrate provided with a control circuit; a casing having a casing body accommodating the first and second substrates; an input portion connecting a lead of an input harness connected to the battery; an output portion connecting a lead of an output harness connected to the load; an input connector integrated with the casing body to cover the input portion; and an output connector integrated with the casing body to cover the output portion. The input connector is configured to connect an end portion of the input harness to be mountable and demountable from/to the input connector and the output connector is configured to connect an end portion of the output harness to be mountable and demountable from/to the output connector.
Abstract:
In a power converting device, a controller determines a combination pattern of a first energization pattern for the first set of the at least one-phase winding and a second energization pattern for the second set of the at least one-phase winding. The first and second energization patterns respectively include at least a first energization duration for the first set of the at least one-phase winding and a second energization duration for the second set of the at least one-phase winding. The controller supplies a drive pulse signal, whose on duration is based on the determined combination pattern, to the switch to thereby control on-off operations of the switch.