Search results for "rectifiers"
Fairchild Semiconductor Receives Strategic Supplier Award from Power One
Fairchild Semiconductor recently received a Strategic Supplier Award from Power One, a leader in digital power technology (DPT) and a provider of renewable energy and energy-efficient power conversion and power management solutions.
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’s Global Power ResourceSM Centre Delivers a Total Solution for Energy-Efficient LED Street Lighting
Fairchild Semiconductor’s (NYSE: FCS) China-based Global Power Resource SM Centre (GPRC) has developed a complete LED street lighting solution that provides high efficiency and outstanding thermal performance – as well as high reliability – to increase the lifetime of street lamps.
Vishay Intertechnology Releases New 15 A and 25 A Single-Phase Single In-Line Bridge Rectifiers
Vishay Intertechnology, Inc. releases two new single-phase single in-line bridge rectifiers in the GSIB-5S package with improved VF over previous-generation devices − down to 0.73 V at + 125 °C − and high forward surge current capability
Device Increases System Efficiency 1.5 Percent and Reduces Rectifier Device Temperature by 25 Degrees Celsius
International Rectifier, IR has expanded its family of SmartRectifier ICs with the introduction of the IR1168 for AC-DC power converters for high-end applications such as LCD TVs. The 200V dual smart secondary-side rectifier driver IC is designed to drive two N-Channel power MOSFETs used as synchronous rectifiers (SR) in resonant half-bridge topologies. In contrast to traditional current transformer SR methods, the IR1168 accurately determines tu...
Vishay - Six 80-V Schottky Rectifiers in Power TO-220AB, ITO-220AB, TO-262AA, and TO-263AB Packages
Vishay Intertechnology introduced six new single- and dual-chip 80-V TMBS Trench MOS Barrier Schottky rectifiers in four power package options that feature a wide range of current ratings from 10 A to 30 A.
Vishay Launches New Landing Page for Video Library of Online Streaming Product Demonstrations
Vishay Intertechnology, Inc. (VSH: NYSE) today announced a new landing page for its video library of online streaming product demonstrations on the company's website (http://www.vishay.com). The library's new homepage features an intuitive design organized into product categories, allowing designers to quickly find demonstrations of a wide range of technologies.
Vishay - Low-Profile Surface-Mount 1A Rectifiers Feature Voltage Range of 100 to 200V and 25ns Reverse Recovery Time
Vishay Intertechnology has announced a new series of low-profile, surface-mount 1A rectifiers with a 100 to 200V voltage range and ultrafast 25ns reverse recovery time for high-frequency applications.
Vishay's Power Module Series has Improved Current Ratings
Vishay Intertechnology has unveiled its Gen VII series of general-purpose high-voltage power modules, which feature increased current handling capability, lighter weight, lower thermal resistance, improved reliability and a totally lead (Pb)-free construction. Packaged in the TO-240AA-compatible ADD-A-PAK, the Gen VII modules each integrate two active components in series and include standard diode, thyristor/diode, thyristor/thyristor, and Scho...
600V PFC High-Frequency Rectifiers with 19 and 20ns Reverse Recovery Times and Low Forward Voltage Drop Ratings of 1.7V and 1.9V
Vishay Intertechnology has launched four new 600V rectifiers that reduce switching losses in high-efficiency PFC and SMPS applications with their extremely fast and soft reverse recovery times, together with low forward voltage drop.