energy star
Fairchild Semiconductor's Digital Power Controllers Deliver Highly Efficient and Flexible Point-of-Load Power Conversion Solutio
Submitted by Ionela on Tue, 10/07/2008 - 07:33.
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Fairchild Semiconductor addresses energy-efficiency specifications, such as Energy Star, with its first point-of-load digital power control and management products for communication and computing applications. These products combine digital loop control with highly integrated power management capabilities to offer flexible, easy-to-design power delivery solutions and high efficiency over the entire range from light to full load. |
ON Semiconductor's 8 Watt AC-DC Power Supply GreenPoint Reference Design for DTA Converter Boxes Exceeds ENERGY STAR® Requ
Submitted by Ionela on Mon, 03/17/2008 - 08:57.
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Energy efficient open reference design supports emerging market for digital television adapters APPLIED POWER ELECTRONICS CONFERENCE (APEC) – Austin, TX – Feb. 25, 2008 – ON Semiconductor (Nasdaq: ONNN), a leading global supplier of efficient power solutions, today introduced a GreenPoint™ open reference design for an 8 watt (W) ac-dc power supply for digital-to-analog adapters (DTAs). This reference design exceeds both the ENERGY STAR® guidelines revision 1.1 for DTA and the technical requirements of the National Telecommunications and Information Administration (NTIA), for both high active-mode power efficiency and low sleep-mode power consumption. |
Fairchild Semiconductor’s Power-SPM™ Module Enables Power Supplies To Meet Stringent ENERGY STAR® Requirements
Submitted by Ionela on Wed, 02/27/2008 - 10:54.
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The FPP06R001 Offers a Highly Efficient, Reliable and Space-Saving Solution for Secondary Side Rectification for SMPS Designs San Jose, California - February 26, 2008 - Fairchild Semiconductor (NYSE: FCS) offers power supply designers a Power-SPM module that increases efficiency in power supplies to meet stringent ENERGY STAR requirements. The Power-SPM FPP06R001 is a highly integrated synchronous rectification module that increases power efficiency, system ruggedness and space efficiency in power supply designs. |
