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Legacy Personal Blogs Murata’s non-isolated POL DC-DC converters for embedded applications
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  • Author Author: murata
  • Date Created: 6 Feb 2018 3:40 PM Date Created
  • Views 503 views
  • Likes 2 likes
  • Comments 0 comments
  • pol
  • mono
  • dc-dc converter
  • murate
  • power
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Murata’s non-isolated POL DC-DC converters for embedded applications

murata
murata
6 Feb 2018

Murata introduces the world’s highest level of power density and smallest footprint.

 

imageimageimage

MYMGK series   MYSGK series    MYLSM series

 

Point-of-Load (POL) power supplies are generally located close to their source that requires powering. With high peak current demands and low noise requirements presented by the FPGA or ASIC the need to located an individual power supply close to their point of use becomes more important. It is increasingly more important as processors operate at lower voltages and higher clock frequencies that the POL’s must possess fast dynamic responses. The new Mono Block types working at 20A and 6A DC-DC converters (POL) that have the highest power density to date.

Small size and high reliability are the key features and exactly what is required by communication base stations for small cells. Additionally, these products can be used in a great number of other applications such as optical transmission systems, network security devices, industrial and gaming equipment. This will enable a quicker design to market due to the reduced board complexity.



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A  world highest level power density and small DC-DC converter(POL) for FPGA


Features MYMGK/MYLSM/MYSGK series

  • Settable output voltage range (model dependent)
  • Up to 20A of output current
  • Quick response to load change
  • High efficiency upto 95%
  • Overcurrent protection
  • On/off control (Positive logic)
  • Power Good signal
  • Operating Temperature range -40oC to +85oC

 

Benefits

  • Reduced board complexity
  • Quicker time-to-market
  • Very small package

 

Applicatioons

  • Powering FPGA's or CPU's
  • Datacom/telecom systems
  • Distributed bus artchitectures
  • Programmable logic
  • Mixed voltage system
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