Dr. FAE

Dr. Efficiency

Dr. Mobile

Categories

• Dr. Efficiency (7)
• Dr. FAE (10)
• Dr. Mobile (1)
• Energy Efficiency (69)
• Fairchild Happenings (47)
• Mobile Solutions (31)

Archives

Latest News

• Fairchild Semiconductor to Showcase Major Power and Mobile Technology Innovations at IIC China 2012 February 1, 2012
  Fairchild Semiconductor (NYSE: FCS) will showcase its latest industry-leading technology at IIC China 2012, in Booth 1Q19, at the Shenzhen Convention and Exhibition Center, from February 23-25.
• Fairchild Semiconductor Showcases LED Lighting Solutions at Strategies in Light 2012 January 23, 2012
  At Strategies in Light 2012, February 7-9, 2012, at the Santa Clara Convention Center, Santa Clara, California, Fairchild Semiconductor will demonstrate LED driver applications, including the highly integrated PFC and PWM controllers which allow designers to reduce BOM count, enable smaller lamp sizes, eliminate design complexity and improve overall lighting […]

Tweets!

• FairchildSemi: Fairchild Semiconductor Highlights Sustainable Energy Solutions at APEC 2012 http://t.co/fY2lD1GS February 3, 2012
  FairchildSemi: Fairchild Semiconductor Highlights Sustainable Energy Solutions at APEC 2012 http://t.co/fY2lD1GS
• FairchildSemi: Fairchild Semiconductor’s Power Supply Demos at APEC 2012 Showcase mWSaver™ Technology http://t.co/2QlqS1kN February 2, 2012
  FairchildSemi: Fairchild Semiconductor’s Power Supply Demos at APEC 2012 Showcase mWSaver™ Technology http://t.co/2QlqS1kN

Recent Videos

• Power Stage Asymmetric Dual MOSFETs (Chinese) - Fairchild Semiconductor October 10, 2011
  Chinese version of the power stage asymmetric dual MOSFETs video provides an overview of a Control MOSFET (High Side) and Synchronous MOSFET (SyncFET) with monolithic Schottky diode (Low Side) integrated in a single package.
• LED Lighting Total Solutions August 15, 2011
  Simplify design complexity and increase your energy efficiency in limited PCB space with Fairchild's low-, mid- and high- power LED Lighting solutions
• mWSaver Technology (Mandarin) August 3, 2011
  Beat Energy Efficiency Regulations with Our Low Standby Power Solutions- mWSaver Technology combines our most energy efficient process and circuit technologies for power adapter design into this unique group of components.

Podcasts

• Power Supply WebDesigner (PSW) Design Tool Podcast October 31, 2011
  Fairchild's Power Supply WebDesigner (PSW) Design Tool automatically generates a BOM and lets you confidentially save your design for future reference by you or others on your team. Start saving days-to-weeks of engineering time with PSW, whether you're a power supply expert or not.
• Power Stage Asymmetric Dual MOSFETs (Chinese) October 21, 2011
  The Chinese version of the Power Stage Asymmetric Dual MOSFETs video shows the Control MOSFET (High Side) and Synchronous MOSFET (SyncFET) with monolithic Schottky diode (Low Side) integrated in a single package.
• LED Lighting Total Solutions August 15, 2011
  Simplify design complexity and increase your energy efficiency in limited PCB space with Fairchild's low-, mid- and high- power LED Lighting solutions

Online Seminars

• A High Power Factor Flyback with Constant-Current Output for LED Lighting Applications (PDF) August 25, 2011
  This PDF explains the principles of AC/DC converters in flyback topology having a high power factor input and a constant current output. The most commonly used mode of operation for this purpose is boundary conduction mode (BCM). The basics of this mode are developed and its drawbacks are made clear. A simple method for improving power factor is introduced a […]
• A High Power Factor Flyback with Constant-Current Output for LED Lighting Applications (WhitePaper) August 25, 2011
  This Whitepaper explains the principles of AC/DC converters in flyback topology having a high power factor input and a constant current output. The most commonly used mode of operation for this purpose is boundary conduction mode (BCM). The basics of this mode are developed and its drawbacks are made clear. A simple method for improving power factor is intro […]