Posts Tagged ‘ DCM ’

New DCMs Expand Range with Enhanced (±1%) Output Regulation

July 11, 2018
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New DCMs Expand Range with Enhanced (±1%) Output Regulation

We have announced 25 new DC-DC converter modules (DCMs) with tighter output voltage regulation of ±1%.

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High Power Density Enables Retrofitting of Redundant Power Sources

May 9, 2018
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High Power Density Enables Retrofitting of Redundant Power Sources

A manufacturer of flow meters was upgrading the design of one if its products to improve accuracy and reliability. As the product was fundamental to safety, they wanted to add a back-up 48V supply using a battery,

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Meeting Rail Reliability Requirements for Driver Display and Control Systems

Meeting Rail Reliability Requirements for Driver Display and Control Systems

Engineers developing systems for train operating companies always have to have safety and reliability at the the top of their design goals. This is particularly true for designers of the driver display and control

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Wide Input DCM Family Meets Needs of Today’s Rail Applications

February 6, 2018
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Wide Input DCM Family Meets Needs of Today’s Rail Applications

Today we announced a family of next generation of DC-DC Converter Modules (DCMs) in ChiP packaging technology.   With a very wide input range (43 – 154V)

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DCM DC-DC Converters in ChiP Package Available with ±1% Regulation

October 4, 2017
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DCM DC-DC Converters in ChiP Package Available with ±1% Regulation

Today we extended our family of isolated, regulated DC-DC converter modules (DCMs) in ChiP packages, with a range of components that offer ±1% voltage regulation.

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DCM Packaging: More than Different Housing

September 24, 2017
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DCM Packaging: More than Different Housing

The Vicor DC-DC Converter Modules (DCMs) have been very popular with engineers, providing an easy-to-use solution for power designers looking for isolation, conversion and regulation in a convenient single power component.

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White Paper Explains How to Meet MIL Specifications and Solve SWaP-C Challenges

July 19, 2017
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White Paper Explains How to Meet MIL Specifications and Solve SWaP-C Challenges

Defense applications with 270VDC input must meet stringent EMI, environmental, and power-related standards, a challenge that is further complicated by SWaP-C requirements.

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