Search results for "SiC MOSFET"
Renesas Electronics Introduces New High-Voltage Power MOSFET Product with Approximately 52 Percent Lower Loss
Renesas today announced the availability of a new high-voltage N-channel power metal-oxide-semiconductor field-effect-transistor (MOSFET) product, the RJK60S5DPK, for power supply units. The new power MOSFET delivers high efficiency and low power consumption for PC servers, communication base stations, and solar power generation systems.
Fairchild to Highlight Motion Control, Embedded DC-DC and Industrial Power Supply Solutions at PCIM Europe 2011
Fairchild will demonstrate industry-leading technologies for power supplies and motion control applications at PCIM Europe 2011, 17-19 May, in Hall 12, booth 601, in Nuremberg, Germany.
Fairchild's Gate Drivers Enable Improved Fuel Efficiency in Automotive Applications
Fairchild Semiconductor brings designers a series of gate drivers that improve power consumption, noise immunity and transient voltage performance in automotive applications. The FAN708x series can increase fuel efficiency by enabling engineers to develop more accurate and precise fuel injection control systems under all operating conditions.
Fairchild Semiconductor’s Web-Based Design and Simulation Tool Provides Complete Flyback Designs In Minutes
Fairchild Semiconductor has launched Power Supply WebDesigner – an easy to use, powerful online simulation tool that allows designers to throw the application note away and “Auto Design,” optimise or “Advance Design” like a power supply expert.
Fairchild's Power Switch Wins EDAW-NEC's Best Application Award
Fairchild Semiconductor was awarded a 2008 Power Products Award for its FSFR-series in the category of Best Application Award in Power Control ICs. This highly integrated power switch increases power efficiency and system reliability, and simplifies design in resonant converter designs such as telecom power, high-end audio amplifiers, large-size laser printers and LCD and PDP-TV power supplies.
Fairchild Semiconductor Receives Best Supplier Award from Eaton Asia Pacific
Fairchild Semiconductor recently received the 2011 Best Supplier Award from Eaton Asia Pacific, a US based company with regional headquarters in Shanghai. Eaton has more than 30 years experience as a component supplier for single and three-phase UPS, telecom equipment, and inverters for the PV and consumer segments. The key criteria for the Best Supplier Award were customer service, prompt delivery, product quality and reliability, cost managemen...
Fairchild's Integrated FET Module Delivers 50 Percent Space-Savings in Synchronous Buck Converter Designs
Fairchild Semiconductor ’s FDMS9600S and FDMS9620S are two highly integrated modules that significantly reduce board space while providing the ability to achieve higher conversion efficiency in synchronous buck designs. Each module in the FDMS96xx series combines a high-side and low-side N-Channel MOSFET and one monolithically integrated Schottky diode into a single, space-efficient, 5mm x 6mm MLP package. This integration results in a highly e...
Power Switches in SC-75 Packaging Lower Thermal Resistance in Portable Applications
Fairchild Semiconductor has released the FDMJ1023PZ and the FDFMJ2P023Z MicroFET power switches for low power (
Fairchild Semiconductor’s 150V Low RDS(ON) MOSFET Enables Higher Performance in Isolated DC-DC Applications
DC-DC designers need MOSFET solutions that offer lower switching losses and less noise in a compact footprint. Leveraging its advanced process and packaging technologies, as well as system expertise, Fairchild Semiconductor (NYSE: FCS) has released a 150V MOSFET with low RDS(ON) (17mOhm MAX) and an optimized Figure of Merit (FOM) (17mOhm * 33nCº Max) to bring high efficiency, lower power dissipation and less heat in a 5mm x 6mm MLP footprint.
Fairchild’s MicroFET Family Improves Battery Life and Saves Space
With the introduction of 11 new MicroFET MOSFET products, Fairchild Semiconductor now claims the industry’s broadest portfolio of thermally enhanced ultra-compact, low-profile (2 x 2 x 0.8mm) devices targeting low-power applications in the