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Vicor Corporation Expands Factorized Power Architecture Product Line
Vicor's VI Chip(R) 48V PRM(R) Regulators Deliver 1,700 Watts per Cubic Inch
By: Marketwired .
Nov. 13, 2012 03:30 AM
MUNICH, GERMANY -- (Marketwire) -- 11/13/12 -- Electronica 2012 -- Vicor Corporation (NASDAQ: VICR) today announced an expansion of its Factorized Power Architecture® product line with the introduction of new, higher power versions of its VI Chip® PRM® non-isolated voltage regulators. Delivering up to 500 Watts of power at twice the power density of previous generation modules, these new PRM products further extend Vicor's leadership in providing superior power solutions for demanding industrial, datacenter, and telecom applications.
Vicor's Factorized Power Architecture (FPA®) separates, or 'factorizes,' regulation and voltage transformation functions into flexible, high performance building blocks. PRM modules accept an unregulated input voltage and produce a regulated output; VI Chip VTM® Current Multipliers provide isolation and voltage and current transformation. Used together, they offer the industry's highest density and efficiency in converting an unregulated 48V bus to the low voltages -- as low as 0.5 VDC -- required by contemporary electronics. The architectural flexibility and performance advantages of FPA enable the creation of power distribution and conversion systems in less space, with minimal complexity and with significantly less power loss than conventional power conversion architectures.
Incorporating an advanced version of Vicor's proprietary high frequency ZVS buck-boost technology, the new PRM modules can deliver up to 500 Watts at over 97% efficiency, at unprecedented power densities of up to 1,700 W/in3 (103 W/cm3). Models are available in both full-chip and half-chip packages, with input voltage ranges of both 36-75V and 38-55V, and can generate an isolated 0.5 V to 55 VDC output when used with VTM current multipliers. Customers can configure operation in any of three selectable modes of regulation -- adaptive loop, local loop and remote sense operation -- to ensure voltage accuracy at the point of load in their application.
"The superior power density, efficiency and design flexibility of Factorized Power Architecture enables system designers to realize their aggressive design goals," said Stephen Oliver, VP of VI Chip product line, Vicor. "Server and telecom systems built upon the FPA framework using our new PRM regulators provide significant energy cost savings while reducing the overall system footprint."
Electronica 2012 attendees can visit Vicor in Hall A6 at Booth #560.
About Vicor Corporation
Vicor, VI Chip, PRM, VTM, Factorized Power and FPA are trademarks of Vicor Corporation.
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