Posts Tagged ‘ DC-DC ’

New Buck Regulators Enhance Power Component Design Methodology for 48 V Bus Systems

May 20, 2015
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New Buck Regulators Enhance Power Component Design Methodology for 48 V Bus Systems

Vicor today announced a family of 48 V Buck Regulators that help engineers use the Power Component Design Methodology to develop complete power systems using 48 V power distribution.

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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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Powering Highly Capacitive Loads with DC-DC Converters – Part 2

April 21, 2015
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Powering Highly Capacitive Loads with DC-DC Converters – Part 2

Second and final part of the series about powering capacitive loads. To keep the converter from exceeding its current and power ratings during normal operation, the current control block diagram in Figure 3 can be used

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Powering Highly Capacitive Loads with DC-DC Converters – Part 1

April 14, 2015
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Powering Highly Capacitive Loads with DC-DC Converters – Part 1

Capacitance at the input of the DC-DC converter plays a vital role in keeping the converter stable and playing a role in input EMI filtering.

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DCM Arrays are Ideal Solution for Power-Hungry Applications from 320 W to 4.8 kW

March 26, 2015
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DCM Arrays are Ideal Solution for Power-Hungry Applications from 320 W to 4.8 kW

With modern electronic systems demanding more and more power, it can be difficult to find a power component that is able to deliver sufficient energy. The Vicor power component design methodology is a simple approach that allows designers to build exactly the power chain they need by combining different functional blocks

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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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White Paper: PFC Single Conversion Line Ripple Cancellation Using the Yeaman Topology

October 6, 2014
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White Paper: PFC Single Conversion Line Ripple Cancellation Using the Yeaman Topology

The Yeaman topology takes advantage of the isolation in a series of DC-DC converters to put the outputs in a series stack. One converter is typically a high efficiency fixed ratio bus converter

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