Search results for "tvs diodes"

PowerDI8080-Packaged MOSFET from Diodes Incorporated increases power density in modern automotive applications

Littelfuse has announced the Pxxx0S3N SIDACtor Protection Thyristor series, which safeguard exposed interfaces in industrial and ICT applications, including RS-485 data interfaces and AC/DC power supplies.

Diodes Incorporated (DIODES) has announced the introduction of a PCIe 3.0 packet switch IC.

LASER COMPONENTS designs and manufactures many different types of optical emitters and detectors including laser diodes. In addition to our own products, we have established long term supply partnerships with several of the world’s leading laser diode suppliers, which enables us to offer a comprehensive range of laser diodes to suit almost any application.

Infineon Technologies Bipolar GmbH has expanded the Prime Switch family with the Press Pack IGBT with internal freewheeling diodes in Ceramic Disc Housings.

Nexperia has announced the release of 14 rectifiers for power applications in its new CFP2-HP (Clip-Bonded FlatPower) packaging. Available in standard and AECQ-101 versions, these include 45 V, 60 V and 100 V Trench Schottky rectifiers (with 1 and 2 A options) including the PMEG100T20ELXD-Q, a 100 V, 2 A Trench Schottky barrier rectifier.

Diodes Incorporated's DIODES AP61300Q and DIODES AP61302Q synchronous buck converters are 3A-rated devices that have a wide input voltage range of 2.4V to 5.5V. They address the need for automotive point-of-loads that are more streamlined and exhibit increased efficiency levels. They are optimised for use in vehicles’ telematics, ADAS, power and infotainment systems, as well as instrumentation clusters.

At PCIM Europe, Navitas Semiconductor announced the NV6169, a new high-power 650/800 V-rated GaNFast power IC with GaNSense technology to address higher-power applications such as 400-1000 W 4K/8K TVs and displays, next-generation gaming systems, 500W solar microinverters, 1.2kW data-center SMPS, and up to 4kW/5 hp motor drives.

The rise of non-linear loads in industrial environments over the last two decades has resulted in the growing problem of harmonic currents and utility-level voltage distortion.

There is a wide choice of topologies to use for the front-end of a three-phase EV battery charger. Jonathan Dodge, Senior Applications Engineer, UnitedSiC (now Qorvo) describes and compares some of the options and gives comparative efficiencies for an example case.