Table 1 Power losses resulting from different bridge rectifier designs. The different approaches compared in Table 1 show that using MOSFETs results in over a half Watt of power savings. This is 96 ...

Replacing the silicon rectifier diodes in a full-wave bridge with N-type MOSFETs eliminates the V f drop in each conducting pair. The effects of the gain in efficiency are not trivial.

A half-bridge flyback topology, using a rectifier diode that connects the gate of the high-side MOSFET to the bus (Fig. 2, again), offers a better alternative to the conventional approach.

Kinetic Technologies™ Announces Integrated Dual MOSFET Bridge Rectifier for Power over Ethernet up to 90W Input Share KTA1170: Fully Compatible with IEEE® 802.3bt Standard, Improves Powered ...

International Rectifier, IR, a global provider of power management technology, today introduced the IR1167 SmartRectifier IC for AC-DC power converters for laptops, mini-PCs, LCD and PDP televisions, ...

Compared to traditional approaches, the MOSFET bridge enables a rectifier design that is highly space- and power-efficient. The DC2465 board rectifies line-to-line AC voltages from 9V RMS to 48V RMS ...

Automotive and military grade versions of Linear's LT4320 bridge controller have been released. The device replaces a full wave diode bridge rectifier with a low loss N channel mosfet bridge to reduce ...

SAN JOSE, Calif., March 11, 2025--Power management leader, Kinetic Technologies, is expanding its Power over Ethernet (PoE) portfolio with the introduction of the KTA1170 dual active bridge rectifier.

SAN JOSE, Calif., March 11, 2025--Power management leader, Kinetic Technologies, is expanding its Power over Ethernet (PoE) portfolio with the introduction of the KTA1170 dual active bridge rectifier.