Search results for "SiC MOSFET"
Fairchild's N-Channel MOSFET Series Offers 90% Higher ESD
Fairchild Semiconductor has introduced a new series of high-efficiency N-channel MOSFETs that boast up to 8kV ESD (HBM) voltage protection ––90 percent higher than existing devices on the market. The FDS881XNZ series support the latest architectures for battery pack protection applications such as notebook and cell phones. Utilizing Fairchild’s Power Trench® process, these low-RDS(ON) MOSFETs, including the FDS8812NZ with RDS(ON) of less...
Rectifiers Increase Power Supply Efficiency and Reliability While Reducing Space
Fairchild Semiconductor is helping power supply designers achieve higher levels of efficiency in less space with seven new STEALTH II fast-recovery diodes. These STEALTH II rectifiers feature fast reverse recovery and soft recovery characteristics that enable reduced MOSFET switching losses and EMI in continuous-current-mode (CCM) power factor correction (PFC) designs. Alternate solutions provide snappy reverse recovery, but this is at the expens...
Fairchild Semiconductor Delivers Cutting-Edge Power Technologies for Energy-Efficient Designs at APEC 2010
Fairchild Semiconductor will show their industry-leading power technologies in lighting, motor and power supply designs at the 2010 Applied Power Electronics Conference and Exhibition, February 21-25, at the Palm Springs Convention Center in Palm Springs, California, booth #103.
Fairchild's FDMC2610 High Performance UltraFET devices
Expanding its portfolio of power switch solutions, Fairchild Semiconductor has announced new 100V, 200V and 220V N-channel UltraFET devices available in ultra-compact (3mm x 3mm) molded leadless packages (MLP). These devices are ideal for primary-side switches in isolated DC/DC converter applications, such as work stations, telecom and networking equipment, where improving system efficiency and saving board space are mandatory design goals.
Fairchild Semiconductor’s Motion-SPM™ in 29 x 12mm SMD Packaging Optimizes Energy Efficiency and Board Space in Low-Power Inverter Motor Designs
Enhancing its portfolio of Smart Power Modules (SPM™), Fairchild Semiconductor introduces the FSB50325S (250V), FSB50250S (500V) and FSB50450S (500V), three new Motion-SPM™ devices available in 29mm x 12mm surface-mount-device (SMD) packages.
Fairchild Semiconductor’s 200V/250V PowerTrench® MOSFETs Offer Industry-Leading Efficiency and Space Savings in Plasma Display Panels
Fairchild Semiconductor’s new FDB2614 (200V) and FDB2710 (250V) N-channel MOSFETs are designed specifically to provide industry-leading system efficiency and space optimization in plasma display panel (PDP) applications.
High-frequency optically isolated MOSFET gate drivers from Fairchild
Adding to its industry-leading power portfolio, Faqirchild has introduced the first in a new family of high-frequency optically isolated MOSFET gate drivers capable of driving up to 30A / 1200V in industrial applications. Exhibiting a 200ns (max) rise/fall time rate, the FOD3180 (2A) and FOD3181 (0.5A) quickly turn the power MOSFET on and off to limit power dissipation.
Fairchild Semiconductor’s CRM PFC Controller ICs Feature Industry-Leading THD Performance
Fairchild Semiconductor introduces critical conduction mode (CRM) power factor correction (PFC) controller ICs specially designed to meet stringent stand-by power and harmonic regulations affecting ballasts, notebook adaptors, LCD TVs and LCD monitors.
Fairchild Semiconductor’s Dual Cool Package Answers the Need for Higher Power Density in DC-DC Designs
As DC-DC applications, such as power modules, telecommunications and servers, become more space-constrained, designers are looking for smaller devices to meet their design challenges. The thermal capability of these devices, however, is a concern.
Fairchild’s Power Switch (FPS) Technology Exceeds Energy Star Requirements for Consumer and Home Appliance Applications
Manufacturers of consumer electronics and home appliances need an offline switch-mode power supply solution that reduces external component count and increases reliability, while meeting or exceeding today’s stringent energy saving regulations.