Fairchild's Power-SPM Module Enables Power Supplies To Meet Stringent Energy Star Requirements
"Fairchild is at the forefront of solving energy-efficiency challenges. The ENERGY STAR requirement for power supply units will soon increase to 88 percent minimum efficiency at the medium output load condition. This Power-SPM module will be instrumental in helping power supplies meet this requirement," says Donghye Cho, Director of Fairchild's Power Supply System team.
Key advantages of the FPP06R001:
- Integration of two PowerTrench MOSFETs and a high current gate driver replaces up to 10 discrete components.
- Very compact EPM15 package addresses the low-profile requirements of high-end, ultra-slim SMPS designs.
- 10 percent lower on-resistance versus comparable discrete solutions.
- 16 percent lower stray inductance reduces unwanted high voltage spikes, which increases design margin and lowers EMI.
- Excellent high current driving capability with its built-in buffer IC.
The Power-SPM module is part of a comprehensive portfolio of Fairchild's energy-efficient products. From 1W to 1200W, Fairchild's solutions meet regulations that are of paramount concern to today's designers such as ENERGY STAR, PFC requirements, the <1 Watt Initiative and other green regulations. Fairchild recognizes that today's applications require increased efficiency even as their product features multiply and the product itself shrinks in size. Fairchild continues to develop cutting-edge solutions that integrate functionality and advance packaging technologies to improve efficiency and thermal characteristics while saving board space and reducing component count.
The FPP06R001 utilizes lead-free (Pb-free) terminals and has been characterized for moisture sensitivity in accordance with the Pb-free reflow requirements of the joint IPC/JEDEC standard J-STD-020. All of Fairchild's products are designed to meet the requirements of the European Union's Directive on the restriction of the use of certain substances (RoHS).
SOURCE: Fairchild Semiconductor