Fairchild Semiconductor Delivers Cutting-Edge Power Technologies for Energy-Efficient Designs at APEC 2010

Fairchild’s leading power technologies, brand reliability and unequaled customer support enables it to offer a unique combination of functional, process and packaging innovation with the industry’s best power systems expertise. In power supply designs, Fairchild’s CCM PFC controllers such as the FAN6982, interleaved PFC controllers such as the FAN9612, and BCM controllers such as the FAN7527B deliver high efficiency and lower standby power, while simplifying design. In lighting designs, Fairchild’s highly integrated power switches such as the FSFR2100 and PWM PSR controllers including the FAN102, offer higher efficiency, more design flexibility and reduced component count. And in motor designs, Fairchild’s portfolio of smart power modules (SPM®) is instrumental in driving highly efficient inverter-based motors.

Other products on display include a wide portfolio of high-voltage 600V Super-Junction MOSFETS such as SupreMOS™ devices and mid- to low-voltage PowerTrench® MOSFETs that enable higher efficiency and power density for space-constrained computing designs. These new technologies demonstrate Fairchild’s continued commitment to the highest possible system-level energy efficiency for today’s electronics.

Fairchild technologists will present papers and presentations including the following:

* Paper presentation, Technical Session: AC-DC Power Factor Correction Topologies I
o Novel Adaptive Master-Slave Method for Interleaved Boundary Conduction Mode (BCM) PFC Converters
o Tuesday, February 23, 8:30 a.m. - 10:10 a.m.
* Paper presentation, Technical Session: Resonant DC-DC Converters I
o A New Valley-Detection Method for the Quasi-Resonance Switching
o Wednesday, February 24, 2:00 p.m. - 3:40 p.m.
* Special Presentation, SP2.1 Industrial
o Renewable Energy: Application Specific MOSFETs for Micro-Inverters and Resonant Topologies
o Tuesday, February 23, 8:30 a.m. – 12:00 Noon

Fairchild is committed to helping designers meet the engineering challenges through technology and process advancements that result in increased performance and functional integration as well as design support resources that minimize components while reducing engineering time.