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MOSFETs are the ‘actuators’ of the electronic age. Most vehicle systems require at least one to drive a motor or solenoid.
Applications within vehicles fall broadly into two main categories, automation of existing functions and new applications made possible by advances in technology.
order to address a number of these challenges, leading manufacturers of semiconductor devices – including MOSFETs – continue to innovate new technologies, enabling existing applications to be better fulfilled and sometimes facilitating new applications.
While the fundamental semiconductor technology behind MOSFETs continues to evolve, recent innovations have fundamentally improved the package technology – and the improvements are especially relevant for automotive applications.
Carbon fibre and aluminium has a tendency to be a lighter material when contrasted with different metals like steel and has a more extensive scope of utilisation in the automotive field. High quality steel materials can be recyclable which makes the material to be financially productive.
Global automotive application specific MOSFET (ASFETS) market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Nexperia launches new hotswap Application Specific MOSFETs (ASFETs) with double the improvement in NEXPERIA the expert in essential semiconductors, today extends its ‘ASFETs for Hot Swap and Soft Start’ portfolio with the introduction of 10 new 25 V and 30 V fully optimised devices, combining industry-leading enhanced safe operating area (SOA) performance with extremely low RDS(on), making them ideal for use in 12 V hot swap applications including data centre servers and communications equipment.
For several years, Nexperia has been combining proven MOSFET expertise and broad application understanding to develop market-leading ASFETs, devices in which critical MOSFET performance characteristics are enhanced to meet the requirements of particular applications.
Since the launch of ASFETs, success has been seen with products optimised for battery isolation, DC motor control, Power-over-Ethernet, automotive airbag applications and more.
In-rush currents can present a reliability challenge in hotswap applications. Nexperia, the original pioneer of enhanced SOA MOSFETs, have addressed this concern by designing a portfolio of ‘ASFETs for Hot Swap and Soft Start with enhanced SOA’ that are fully optimised for such applications.
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