Search results for "SiC MOSFET"
Le convertisseur buck de Diodes occupe un espace réduit
Le convertisseur buck, de 1,5 A, référencé AP5101, de Diodes Incorporated, qui affiche une fréquence fixe de découpage de 1,4 MHz, permet aux designers de réduire l'empreinte des circuits dans une gamme de produits tels que les boîtiers décodeurs TV, les modems et les systèmes d’alimentations.
LED driver from Diodes Incorporated increases reliability of high brightness lamp systems
Diodes Incorporated has introduced a multi-topology LED driver IC designed to increase the reliability of high brightness lamps in automotive, industrial and commercial lighting systems. The ZXLD1370 LED driver controller operates in buck, boost and buck-boost modes. It combines patent pending control loops and high-side current sensing to ensure accurate current control of LED strings.
Diodes' multi-topology LED driver raises performance of high brightness lighting systems
Diodes Incorporated has announced a multi-topology LED driver designed to increase the performance of high brightness automotive, industrial and commercial lighting systems. Operating in buck, boost and buck-boost modes, the ZXLD1374 LED driver with integrated 60V power MOSFET switch is capable of producing a maximum LED current of 1.5A. The IC uses high-side current sensing and patent pending control loops to achieve high accuracy current con...
Diodes Incorporated develops process platform for next generation high voltage rectifiers
Diodes Incorporated today announced the development of a proprietary process platform for the manufacture of next generation high voltage rectifiers. Named DIODESTAR, the process has been developed at Diodes' wafer fabrication facility in Oldham, UK and has just delivered its first device, a high efficiency 600V, 8A rectifier targeted at LCD-LED TV power supplies.
Diodes' LED driver reduces size and cost of lighting products
Diodes Incorporated has introduced a 1 Amp rated linear mode constant current LED driver specifically designed to reduce the size and cost of a range of general illumination products, including flashlights and lighting in emergency, garden, and poolside applications.
Diodes delivers plug-and-play efficiency boost for point-of-load converters
Diodes Incorporated has expanded its DIOFET product portfolio with the introduction of two dual channel devices. The DMS3017SSD and DMS3019SSD integrate an optimized control MOSFET with a proprietary DIOFET into a single SO8 package to provide a high efficiency solution for point-of-load converters in consumer and industrial applications.
MOSFET packages save space and raise charger performance
For charging and switching applications in portable devices, Diodes Incorporated has introduced dual device combinations in thermally efficient ultra small DFN packaging. The DMS2220LFDB and DMS2120LFWB co-package a 20V P-channel enhancement mode MOSFET with a companion diode in a choice of 2mmx2mm DFN2020 and 3mmx2mm DFN3020 packages. The DMP2160UFDB, co-packages two of the same MOSFETs in the DFN2020 format.
Self protected MOSFET from Diodes Inc
Adding to its IntelliFET product range, Diodes Incorporated has introduced what it says is the world’s smallest fully self protected low side MOSFET. Packaged in the 2.3mm x 2.8mm footprint ‘flat’ SOT23F package, the ZXMS6004FF takes 85% less board space than incumbent 7.3mm x 6.7mm footprint SOT223 packaged parts.
ON Semiconductor - Reference Designs for High Efficiency LED Lighting Applications
ON Semiconductor has launched two new GreenPoint reference designs that will speed and simplify the development of high-efficiency LED-based lighting applications.
ON Semiconductor Introduces Platform Solutions for Next Generation Computing Products
ON Semiconductor has launched a portfolio of products that simplify and speed the design of computing platforms – including those built around the upcoming 2nd Generation Intel® Core™ Processor Family (Codename Sandy Bridge). The new products include high efficiency power management devices and advanced ICs for implementing high-bandwidth communication interfaces while reducing power consumption and saving board space.