Burkhard is back again, and this time will be showing the influence of high-frequency signals on the hold current behavior of sn…

Burkhard is back again, and this time will be showing the influence of high-frequency signals on the hold current behavior of snapback ESD protection diodes. He demonstrates this using a late-generation Nexperia deep snapback device and a generator that outputs a 10 MHz rectangular signal. Laue explains that turn-off takes longer due to saturation effects and that the device becomes fully high-ohmic if the current falls below 44 mA, reducing the risk of constant latch-up. This experiment is important for understanding the behavior of snapback devices in modern high-speed interfaces like USB.

Let us know in the comments if there’s something you want or engineers to cover in the future.

#engineering #teamnexperia #semiconductor

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Join us for part 2 of a 3-part Power Rectifier Webinar series where Ole, Hoan & Nima will talk about the importance of power rec…

Join us for part 2 of a 3-part Power Rectifier Webinar series where Ole, Hoan & Nima will talk about the importance of power rectifiers in fast switching applications. They will help you to understand how essential the reverse recovery effect in switching applications is and how rectifier are contributing to the power losses. They’ll also demonstrate and characterize different rectifiers, like Planar and Trench Schottky Rectifier with a double pulse test relating to performance and system efficiency by investigating switching times and reverse recovery charge. In this webinar you will learn how to select the best component for your switching application to optimize the design.

Sign up and catch the recording of part 1 if you didn’t catch it live – https://hubs.li/Q01J2X-90

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At first, the industry was skeptical: how could this LFPAK56, less than half the size of a DPAK, achieve equivalent thermal perf…

At first, the industry was skeptical: how could this LFPAK56, less than half the size of a DPAK, achieve equivalent thermal performance? Some doubted the reliability of the clip attachment, although the physics was beyond doubt: soldering the clip directly to the source connection on the die eliminates the areas of high current density that normally occur where bond wires are attached. Thus, copper clip prevents the formation of temperature “hotspots” at these locations and so protects the transistor.

Reliability and thermal performance testing duly showed that the LFPAK could perform as claimed. LFPAK56 has also passed the stringent AEC-Q101 automotive qualification and, in fact, significantly exceeded every requirement.

We shipped more than 1.7 billion LFPAK devices in 2021, including MOSFETs and bipolar power transistors in LFPAK56 and its later derivatives from small size of 3 mm x 3 mm LFPAK33 to 8 mm x 8 mm LFPAK88. With the new CCPAK1212 now adding to the copper clip success story, we expect this technology to feature prominently in advanced power semiconductors for generations to come, either using GaN, SiC or MOSFETs devices.

Learn more about 20 years of LFPAK innovation on our YouTube channel – https://hubs.li/Q01KL0jC0

#20yearsLFPAK #engineering #teamnexperia

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Photos from Nexperia’s post

Mental health is crucial to overall health, and the pandemic has made it a hot topic globally. Organizations are focusing more on mental health awareness due to increasing numbers of people suffering from mental well-being.

Recently our colleagues at Nexperia Malaysia, co-organized a talk on Mental Health Awareness with a clinical psychologist to improve understanding and access to support for our employees. The focus was: take care of your mental health, it affects how you think, feel, and act.

At Nexperia, we believe that mental health is a priority, and we will continue to prioritize mental health awareness and support for our employees. We encourage everyone to take care of their mental health, just as they would with their physical health. ????❤️

#TeamNexperia #MentalHealthIsYourPriority #MentalHealthMatters #employeewellbeing

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Timeline photos

Are you designing innovative high-powered electric commercial vehicles? Our new and expanding DC Contactor Series meet the need for robust power control and management. Discover our latest products for the eMobility market: https://bit.ly/3GbGUlp

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Timeline photos

Are you designing innovative high-powered electric commercial vehicles? Our new and expanding DC Contactor Series meet the need for robust power control and management. Discover our latest products for the eMobility market: https://bit.ly/3GbGUlp

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Timeline photos

Are you designing innovative high-powered electric commercial vehicles? Our new and expanding DC Contactor Series meet the need for robust power control and management. Discover our latest products for the eMobility market: https://bit.ly/3GbGUlp

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Timeline photos

Are you designing innovative high-powered electric commercial vehicles? Our new and expanding DC Contactor Series meet the need for robust power control and management. Discover our latest products for the eMobility market: https://bit.ly/3GbGUlp

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Timeline photos

Are you designing innovative high-powered electric commercial vehicles? Our new and expanding DC Contactor Series meet the need for robust power control and management. Discover our latest products for the eMobility market: https://bit.ly/3GbGUlp

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Timeline photos

Are you designing innovative high-powered electric commercial vehicles? Our new and expanding DC Contactor Series meet the need for robust power control and management. Discover our latest products for the eMobility market: https://bit.ly/3GbGUlp

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