Product Update

New BCM Enables Efficient HVDC Power Systems

May 19, 2015
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New BCM Enables Efficient HVDC Power Systems

Today we announced our new BCM DC-DC Front-End Module in VIA packaging technology, which generates an isolated safety extra-low voltage (SELV) rail from a High Voltage DC (HVDC) supply.

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High Power Density AC-DC Front-Ends Made Easy with the New PFM in VIA Packaging Technology

May 18, 2015
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High Power Density AC-DC Front-Ends Made Easy with the New PFM in VIA Packaging Technology

Today Vicor announced PFMs in VIA packaging technology, front-end power components that provide a PFC regulated 24 V or 48 V SELV DC output from a universal AC input.

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New Buck-Boost Regulators Provide High Efficiency PoL Conversion for Data Center Applications

April 14, 2015
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New Buck-Boost Regulators Provide High Efficiency PoL Conversion for Data Center Applications

The new Cool-Power PI3751 and PI3755 buck-boost regulators provide high performance point-of-load power delivery to processors and memory in server and data center applications.

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Flexible Buck-Boost Converter from Vicor Offers 98% Efficiency and Over 200 W Output Power

April 14, 2015
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Flexible Buck-Boost Converter from Vicor Offers 98% Efficiency and Over 200 W Output Power

We’ve expanded our Cool-Power ZVS Regulator portfolio with the launch of three new buck-boost converters.

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New DCMs Extend Flexible Family of DC-DC Converters

March 16, 2015
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New DCMs Extend Flexible Family of DC-DC Converters

Today we announced that we have added a range of new products to our family of isolated, regulated DC-DC Converter Modules (DCMs).

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Analyze new DCMs’ Performance with PowerBench Whiteboard

June 30, 2014
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Analyze new DCMs’ Performance with PowerBench Whiteboard

We have added the new DC-DC Converter Modules (DCMs) to the portfolio of devices available on the Powerbench™ Whiteboard, allowing you to optimize and analyze power chains using these new components.

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New DCMs Bring High Power Density without Increasing Design Complexity

May 20, 2014
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New DCMs Bring High Power Density without Increasing Design Complexity

One of the most common challenges for electronics design engineers is the need for power density. Hybrid electric vehicles, for example, are one of the many applications that must deliver high levels of power, yet optimizing the use of space is one of the critical design goals.

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