Having this equalizer function, the 12-volt battery, and a split 24-volt battery system ensures essential safety equipment can operate on 12 volts in the event of a power failure, Eaton says. Eaton’s ...

Eaton's eMobility business has been awarded a contract to supply a 24-to-12-volt DC-DC converter for use in a commercial heavy-duty battery electric vehicle (BEV).

The Multiphase Buck Converter is commonly powered from a 5V or 12V bus derived from an AC-DC power supply. The trend is towards using 12V to lower the bus current and therefore reduce resistive losses ...

That implies you couldn’t use the buck converter to directly power the microcontroller itself. Then again, what kind of microcontroller needs to adjust its own power supply?

Nevertheless, there has been a gap in the industry that has not been addressed – a buck-boost DC/DC converter compatible with 12V/24V systems, which also has moderate output current up to 600mA, ...

But in the 24 to 60V space—comprising industrial, automotive and telecom applications—silicon transistors are not efficient enough to use in multimegahertz buck converters.

This converter is ideal for 12V to 1V applications for supplying microprocessors, as it replaces four to eight modules of a multiphase buck converter with a single converter.

As the industry's lowest IQ buck-boost converter to integrate a programmable input current limit, the TPS63900 efficiently charges supercapacitors to buffer peak loads, protect battery capacity ...

Analogue Devices has combined switched capacitor and inductive buck conversion in the same topology to reduce the size of step-down dc-dc converters.

Eaton today announced its eMobility business was awarded a contract to supply a 24-to-12-volt DC-DC converter for use in a commercial heavy-duty BEV.

Having this equalizer function, the 12-volt battery, and a split 24-volt battery system ensures essential safety equipment can operate on 12 volts in the event of a power failure, Eaton says. Eaton’s ...