Advanced bidirectional DC-DC converter maximises your power

Supplied by Vicor Corporation on Monday, 21 October, 2019

Experimental results reveal a 300W in (charging battery) 1500W out (supporting bus) prototype proposed is able to charge battery at 92.9% efficiency (300W) and support bus at 93.6% efficiency (1500W).

Learn how to reach a higher power level and solve your voltage spike issues.

Related White Papers

Powering the 12V-to-48V transition with bidirectional bridge converters

[White paper] Efficient 12V/48V DC Power...

Advanced GaN technology revolutionises power switching

Viable power-switching devices based on gallium nitride (GaN) technology have turned the corner —...

Safety design tips for your DC-DC system

Download this tutorial to learn about safety...

Content from other channels on our network

Solar and batteries for all NSW public schools: Labor motion passed

Upgrading electrics at the Smithsonian

Fortescue opens electrical skills training centre

Critical infrastructure for a mega fulfilment centre

Choosing the Right Cable: CAT6 vs CAT6A

RFUANZ update: a night of awards and celebration

WA Government commits $6.5m in funding to local space research

One network, one device: how MCPTx is replacing the two-radio problem

CSIRO testing quantum entanglement to secure GNSS timing

Who are the mission-critical communications users?

WA Government commits $6.5m in funding to local space research

Steelmaking returning to Newcastle with Greensteel Australia

ABB announces AI‍-‍powered autonomous forklift

AMCRC announces project to evaluate local titanium powder

NSW to invest $12bn to rebuild Hunter train manufacturing

All content Copyright © 2026 Westwick-Farrow Pty Ltd