Nexperia
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Nexperia Articles
Nexperia introduces MOSFETs for hotswap in SMD copper-clip LFPAK88 packaging
Nexperia has announced the release of its first 80V and 100V application specific MOSFETs (ASFETs) for hotswap with enhanced safe operating area (SOA) in a compact 8x8mm LFPAK88 package.
In-vehicle network ESD protection portfolio for 24V board net systems
Nexperia introduced an AEC-Q101 qualified portfolio with six ESD protection devices (PESD2CANFD36XX-Q) designed to protect bus lines in automotive in-vehicle networks (IVN) such as LIN, CAN, CAN-FD, FlexRay and SENT from damage caused by electrostatic discharge (ESD) and other transients.
Celebrating 20 years of Nexperia LFPAK!
Two decades ago, Nexperia transformed the semiconductor industry with a unique clip-bond package for power MOSFETs. This disruptive innovation was called LFPAK, offering the lowest power losses of any package on the market. It was revolutionary, offering radical performance improvements that gave early adopters extraordinary improvements in performance, efficiency and size. Backed by 20 years’ continuous innovation, the story continues.
Nexperia launches new hotswap ASFETs
Nexperia extended its ‘ASFETs for Hotswap and Soft Start’ portfolio with the introduction of 10 new 25V and 30V fully optimised devices, combining enhanced safe operating area (SOA) performance with extremely low RDS(on), making them ideal for use in 12V hotswap applications including data centre servers and communications equipment.
Ultrafast 650V recovery rectifiers for automotive and industrial applications
Nexperia announced the expansion of its portfolio of Clip-bonded FlatPower (CFP) packaged diodes for industrial and automotive applications.
Nexperia invests in sustainable alternatives to batteries
Nexperia announced a broadening to its portfolio of power management products to include energy harvesting solutions.
The evolution of copper clip power MOSFET packaging
The rate of technology innovation is increasing, but one of the revolutions that inspired a shakeup of MOSFET packaging was the fast-evolving computing industry of the 1990s, when one of the areas that saw a seismic shift was in how to improve the performance available from the MOSFET packages.
A first for Nexperia: electronica 2022
With the entire electronics industry in one exhibition, electronica is a must visit event on everyone’s calendar. And this year Nexperia is proud to be part of it (Hall C3, booth 319). Come and explore our latest technologies and product offering or discover how we can help you innovate and empower your next design. Join us November 15-18 in Munich!
Nexperia bolsters its range of CFP power diodes
Nexperia, the specialist in essential semiconductors, has announced the latest additions to its rapidly expanding portfolio of Clip-bonded FlatPower (CFP) packaged diodes for industrial and automotive applications.
Nexperia reveals wafer-level 12 & 30V MOSFETs
Three new devices in DSN1006 and DSN1010 save power and simplify thermal management in space-constrained applications
Nexperia releases the smallest DFN MOSFETs in the world
DFN0603 package improves performance while reducing space needs significantly
Market’s smallest DFN packages MOSFETs in DFN0603
Drawing on decades of expertise as an industry leader in the production of discrete components, Nexperia introduces the ultra-small DFN0603 package. Measuring only 0.63 x 0.33 x 0.25 mm, using 13% less space, with a 74% reduction in RDS(on) than the next smallest MOSFET package in the market (DFN0604). Helping to improve efficiency and thereby enabling end equipment designers to achieve greater power density.
A fundamental reference work: Diode Application Handbook
Nexperia’s Diode Application Handbook is a unique collection of technical materials and application examples. Providing useful guidance on topics and issues that the design engineer is likely to encounter, as diodes remain a very important component of electronic systems. Written by engineers for engineers this reference work represents the collected knowledge of some of our industry’s most respected experts.
Combining proven GaN technology with packaging expertise
Nexperia and KYOCERA AVX components salzburg agree partnership for gallium nitride automotive power modules.
How DFN packages reduce device size while delivering on thermal performance
The increasing number of electronic functions in modern cars must be realized within a given space necessitating components to shrink in size. However, smaller packages need to dissipate the same amount of heat on a reduced footprint, leading to a higher power density on the board. DFN packages with their compact dimensions and thermal properties are the right choice.
Nexperia offers Clip-bonded FlatPower packaged diodes
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.
Nexperia launches new application specific MOSFETs
Nexperia launches new portfolio of application specific MOSFETs (ASFETs) for automotive airbags
Application specific MOSFETs save automotive design space
Two announcements for the automotive industry were made by Nexperia at PCIM Europe. The company announced additions to its ASFET (application specific MOSFET) portfolio and additions to the rectifiers available in its 'copper clip' packaging.
Discrete components in miniature DFN packaging with side-wettable flanks
Nexperia announced its latest product additions to a growing range of discrete devices which it provides in leadless DFN packages with side-wettable flanks (SWF).
Accurate next-generation simulations for rapid prototyping of power electronic designs
Nexperia’s new advanced electrothermal models for MOSFETs accurately represent both the static and dynamic characteristics of the device. A powerful tool which provides design engineers with the capability of accurate circuit and system level simulations to assess the electrical, thermal and EMC performance before committing to build a prototype.