NewsNexperia establishes new Application Specific FET category to deliver optimized performance

Nexperia establishes new Application Specific FET category to deliver optimized performance

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Nexperia, the expert in essential semiconductors, has responded to sector’s demands to make best use of performance by specifying a new MOSFET item group. Application Specific FETs (ASFETs) feature MOSFETs with enhanced criteria for particular applications. By concentrating on private applications, considerable improvements can be used.

Nexperia is providing ASFET family members for battery isolation, motor control, hot-swap as well as Power over Ethernet (PoE) applications. Defining the renovations that these tailored ASFETs can offer is application particular, examples include, 3x– 5x improvement in Safe Operating Area (SOA) for hot-swap applications, as well as optimum existing ratings over of 300 A for electric motor applications.

Commented Chris Boyce, Senior Director for the Power MOSFETs Group at Nexperia: “As developers press the limits of efficiency, it is important to recognize exactly how the MOSFET will be made use of in the application. There are 100+ criteria on a normal MOSFET datasheet yet typically only a few are essential in each job. However, as the applications change, so do the important criteria. At Nexperia, we determine the efficiency of every component of our products; the core silicon technology, the chip layout, the package and also the manufacturing & test treatments. By keeping specific application needs front & centre of our thinking, we can pick to optimize the criteria that matter most in a certain use-case, usually at the expense of others of less relevance. Fundamentally we have incorporated our tried and tested MOSFET expertise with a broad understanding of applications so we can tailor items which use the ultimate efficiency for a details application or capability.”

The ASFET classification will certainly be further boosted with the unavoidable release of a new household of auto items with ensured repetitive avalanche performance for driving inductive loads.

Added Boyce: “We are consistently looking for to grow our understanding of specific applications, often working hand-in-hand with our consumers. In subjecting our best engineers to comprehensive application demands, we are opening brand-new and also amazing opportunities of innovation– there are much more ASFET advancements in the pipe.”

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Michal Pukala
Electronics and Telecommunications engineer with Electro-energetics Master degree graduation. Lightning designer experienced engineer. Currently working in IT industry.