Category: Uncategorized

⚙️Many organisations never recover their data in full after a cyberattack, with lucky ones taking an average of six weeks to recover most of their data.

What if you could reduce that? We’re not talking about another #backup, but a whole new tech that gives you the confidence of near-instant data restoration even after a breach.

Don’t believe us? The secret lies in the hardware, and we’re going to show you how it’s possible this May at @RSA Conference.

#RSAC #cybersecurity #ransomware #USA

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Electromagnetic Compatibility (EMC) ensures devices work harmoniously in their environments, avoiding interference that could disrupt nearby equipment. It’s a game-changer for your designs.

Here are 4 reasons why integrating high-performance EMC MOSFETs is an absolute necessity:

1. Minimize interference: High EMC MOSFETs keep electromagnetic noise at bay, ensuring smooth operation.

2. Regulatory compliance: Stay on the right side of regulations and avoid issues or recalls with EMC-compliant designs.

3. Boost reliability: Reduce the risk of malfunctions and premature failure, ensuring longer product lifetimes.

4. Enhance performance: Keep high-speed digital circuits running smoothly, preventing data corruption.

Learn more about our safe, reliable, and efficient NextPowerS3 MOSFETs – https://www.nexperia.com/products/mosfets/family/NEXTPOWERS3-MOSFETS/#/p=1,s=0,f=,c=,rpp=,fs=0,sc=,so=,es=

#emc #mosfet #designengineering

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The Perfect Match – A Tale of Bipolar Junction Transistors

Discrete Bipolar Junction Transistors (BJTs) are used in countless electronic circuit designs. For many of these, the exact values of device parameters aren’t critical once they lie within a specific range. However, many applications require using BJTs whose parameters closely match each other. While some manufacturers offer individual BJTs whose parameters have tight tolerances, these may still not provide the level of device matching required, especially as the operating temperature of an application varies. We’ve engineered a solution with our matched pair BJTs ideal for these applications.

Eliminate the need for extra costly trimming using our matched pair transistors in current mirror and differential amplifier applications. Compared to standard double transistors, they ensure accurate base-emitter voltage and current gain matching and are fully internally isolated.

Learn more in your free copy of our BJT Handbook – bit.ly/3VQM3YE

#transistor #designengineering #electronicdesign

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How do our Life Booster ICs extend coin cell battery life and available power of the batteries while reducing waste?

Tom from #teamnexperia recently joined Amelia from EE Journal for an episode of Chalk Talk to discuss our revolutionary new types of battery life boosting ICs designed to extend the life of a typical non-rechargeable lithium coin cell battery by up to 10x compared to competing solutions. This unrivaled extension in working life will significantly reduce the amount of battery waste in low-power Internet of Things (IoT) and other portable applications while making coin cells a viable power source for applications that could previously only operate from AA- or AAA- batteries.

Excerpt from John Perry’s recent blog post – Intelligent battery life booster IC makes powering the IoT leaner and greener. The full blog is linked in the comments 👇

As Internet-of-Things (IoT) technology reduces form factor and power consumption, many new battery-powered applications have become possible. For example, the wireless readings from remotely located ‘smart-agriculture’ soil moisture sensors are helping farmers to increase yields and make their farms more environmentally friendly. In sprawling storage facilities, wireless sensors send periodic temperature measurements, helping warehouse operators maintain operating conditions suitable for the types of goods stored there. While these innovations are valuable, the very feature enabling their operation is also their biggest shortcoming – battery power. Without it, locating sensors at geographically remote locations would be impossible because no alternative fixed power source is typically available, and installing one would be prohibitively expensive.

hashtag#batterywaste hashtag#sustainability hashtag#IoT

March 22, 2024 — In this episode of Chalk Talk, Amelia Dalton and Tom Wolf from Nexperia examine how Nexperia’s Battery Life Booster ICs can not only extend…

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✨🌙🌟 As the holy month of Ramadan concludes, Flexxon wishes our Muslim colleagues, customers, partners, and friends a blessed Eid al-Fitr.

May this joyous occasion bring abundant blessings, love, and happiness to you and your family. 🌙✨

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Explore how Littelfuse components enhance the performance, efficiency, and safety of electronic bikes (e-bikes) by downloading our presentation.

Littelfuse components enhance the performance, efficiency, and safety of electronic bikes (e-bikes), giving manufacturers a competitive edge.

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📢 News: Our FxAdv II cards are Raspberry Pi Certified!

Tailored to function seamlessly with Raspberry Pi projects, of which there are over 5 million in the world today, our FxAdv II MicroSD cards ensure plug-and-play compatibility and optimal performance within the vast Raspberry Pi ecosystem.

Our CEO Camellia Chan said, “Certification from Raspberry Pi echoes our long-standing commitment to developing a diverse range of highly effective storage solutions anchored on the principles of reliability, performance, and ease of use. We are pleased to be able to bring this product to market to support the unique memory storage needs of our users worldwide. I’d also like to express my appreciation to our partner BCD Atlantik for the smooth facilitation of the certification process”.

👉 Read the full announcement here: https://www.flexxon.com/flexxon-microsd-fxadv-ii-memory-cards-attain-raspberry-pi-certification/

#raspberrypi #memorystorage #nandflash

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🇪🇺With the EU’s push for greater tax transparency and harmonized digital reporting, the pressure is on to ensure POS systems are fully secure and compliant.

Flexxon’s #WORM memory storage options are the perfect solution to meet these evolving #fiscal requirements. By providing tamper-proof, write-once-read-many storage for your sales tax data, the WORM card eliminates vulnerabilities that enable POS fraud and evasion.

👉Read this article to learn more about the role of hashtag#WORM technology in POS systems and compliance: https://www.flexxon.com/role-of-worm-technology-in-pos-and-fiscal-law/

✉️Contact us today to learn how this innovative technology can help you navigate the changing fiscal landscape.

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In recent years the automotive and industrial sectors have experienced tremendous advancements due to the rapid evolution and integration of sensor technologies. Modern vehicles feature advanced driver assistance systems (ADAS) including camera, radar, and LiDAR. These advanced systems play a crucial role in functions such as collision avoidance, adaptive cruise control, parking assistance and autonomous driving. The heightened complexity of these systems demands sophisticated internal diagnostics and monitoring subsystems.

In parallel, the industrial landscape has also undergone a transformative shift due to the evolution of sensor technologies. Advanced IoT-connected technologies are changing the trajectory of Industry 4.0. The heightened complexity demands sophisticated internal diagnostic and monitoring sub-systems, which are essential to ensure the safety, robustness and efficient performance of these applications. They in turn require optimal analog switching and multiplexing.

Read the full blog post from Senior Principal Application Engineer Matthew – https://hubs.li/Q02pBWp70

#IoT #automotive #automation #industry40

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