Online PowerBench Tools: Simulators

Online PowerBench Tools: Simulators

Knowing exactly how power components will behave is crucial if engineers are to be able to develop power systems that work as intended on the first revision.  Our PowerBench™ Simulator provides precision modeling of electrical and thermal behavior for a range of our products

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Canadian Seminars Explain the Power Component Design Methodology

Canadian Seminars Explain the Power Component Design Methodology

Future Electronics and Vicor will host two technical seminars in Canada that explain how to use our Power Component Design Methodology to build high-performance power systems.

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Video: The Challenges of 48 V Power System Development

In this short video, Stephen Oliver, VP Marketing & Sales of our VI Chip division, discusses the challenges of 48 V DC power system development, and the benefits of moving from the traditional -48 V supply traditionally used by telecoms systems to a +48 V system.

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Video: The Key Trends in Power System Design

In this video, recorded at electronica 2014, we explore the key trends in modern power system design. In particular the video addresses the move to higher voltages for more efficient power distribution, and the demands from modern semiconductors for lower voltage supplies.

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Video: Flexibility is a Key Benefit of the Power Component Design Methodology

This video examines one of the key benefits of the Vicor power component design methodology, flexibility. By architecting power chains using power components, designers are able to easily switch one component for another to meet a change in requirements.

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Robert Gendron Rethinks Processor Power Chains in ECN

Robert Gendron Rethinks Processor Power Chains in ECN

In his recent article in ECN, Robert Gendron, vice president of Vicor’s Picor division, discusses why designers should take advantage of new power components

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