
Now boarding the flight to the future, flying lower emissions Ampaire hybrid-electric planes
Ampaire is developing hybrid-electric aircraft that will lead the industry to an all-electric future with net-zero emissions and a greener future
Aerospace and defense solutions
With today’s growing threats it is critical to maintain the technological edge when it comes to missile defense technology. Vicor world-leading, high performance power modules provide the compact size, flexibility and scalability needed to power the growing suite of advanced onboard sensors being designed into a variety of missile platforms ranging from air-to-surface, air-to-air or surface-to-air.
A 28V MIL-STD-704F input to -28V at 300W is converted using a DCM isolated, regulated DC converter. The thermal, mechanical and density benefits of Vicor ChiP packaging allow for cost-effective power solutions with previously unattainable system size and weight. Coupled with the high efficiency gained through zero voltage switching (ZVS) topology, these modules provide superior power system performance in a wide variety of environments. In this application, the Vicor DCM3623 provides the DC-DC conversion with a wide input range of 16V to 50V, peak efficiency of 93.6% and power density of 818W/in3.
Now boarding the flight to the future, flying lower emissions Ampaire hybrid-electric planes
Ampaire is developing hybrid-electric aircraft that will lead the industry to an all-electric future with net-zero emissions and a greener future
Innovative reliable power solutions for mission critical applications
A collection of technical resources aimed at educating users on the benefits of using modular power in aerospace, defense and space applications
Vicor spotlights world-class power solutions at Dixie Crow Symposium
Vicor power solutions deliver increased power density enabling military designers to spend less of their size & weight budgets on power
VITA62 3U Evaluation Board