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The package options for our NextPower 80/100 V MOSFET portfolio now include LFPAK56 & LFPAK88. Previously only available in LFPAK56E, these devices have been designed to combine high efficiency with reduced spiking behavior in telecommunications, server computing, industrial, power supply, fast charging, USB-PD, and motor control applications.

MOSFET (Metal-Oxide-Semiconductor Field-Effect Transistor) selection has traditionally been based on the typical Figure of Merit, Qg(tot) (Total Gate Charge) and RDS(on) (Drain-Source on Resistance). However, with the industry pressure to reduce these values, other parameters such as Qgd (Gate Drain Charge), Body Diode (Vf – Forward Voltage) and reverse diode recovery (Qrr – Reverse Recovery Charge) are often forgotten. These parameters can actually have quite the impact on device efficiency.

Join Rick Daley as he takes a closer look at how Nexperia’s NextPower80/100V MOSFETs are optimised for efficiency, with low spiking across a wide RDS(on) range as well as offering reduced ringing which allows for further optimised dead time.

Find out more at https://www.nexperia.com/…/NEXTPOWER-80-100V-MOSFETS/
#mosfet #semiconductor #engineering #teamnexperia

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We fully recommend checking out the amazing content FoolishEngineer is pumping out. You won’t find a better mix of insightful facts and personality in 99.3% of semiconductor content.

Charge pumps don’t need any drugs. They are already, ‘High on Charge’ So they pump up the voltage to drive the MOSFETs.

Let’s how does a Charge pump MOSFET driving works.

If you like the Video, don’t forget to share it with your friends and subscribe to our channel to support our work!

A big shoutout to the Nexperia team for their incredible support!

You can request a free copy of Nexperia’s MOSFET and GaN FET engineer’s handbook at https://efficiencywins.nexperia.com/efficient-products/nexperia-design-engineers-guides.html

Stay Hungry, Stay Foolish!! ????????

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Power semiconductors are specifically designed for power electronic circuits and have just one specific task – convert electricity from one form to another. #semconductorsmadesimple.

Join Sebastian as he breaks down power semiconductors, the tasks they perform and in which applications they’re used. You’ll also learn about the advantages of Silicon #carbide vs Silicon and how the new generation of power chips substantially increases energy efficiency & reduce CO2 emissions.

Learn more about our entire SiC lineup – https://www.nexperia.com/products/diodes/silicon-carbide-sic-schottky-diodes/#/p=1,s=0,f=,c=,rpp=,fs=0,sc=,so=,es=

#siliconcarbide #sustainability #teamnexperia

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Today we’d like to celebrate the fierce and fabulous fathers of Flexxon PTE LTD and thank them for being superheroes at home, at work, and everywhere they go!

Have a well-deserved weekend of rest and celebrations, our superheroes!

@Thiha Oo | @Panda Chan | @Suresh ramasamy | @Stanley Tan | @Bernie Cheong | Tariq Khan | Obaydullah jewel | venky p |

#FathersDay #Fathers #Celebration

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???? ???????????????? to Infosecurity Europe at the ExCeL London!

We’re situated at Booth AA42, so come meet the team for a live demonstration of our hardware-based cybersecurity solution – the X-PHY SSD.

Drop us a note if you’d like to know more or arrange a meet-up here: https://calendly.com/x-phy/xphyinfosec

@Michael Barrett | @Victoria Barrett | @Keith Twigg | @David Eleftheriou | @Sky Chia | @William Soh | Nexus – Rugged, Secure Memory Specialists |#InfosecurityEurope #InfoSec #Cybersecurity #Hardware #DataProtection #AI” #london #europe

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Designing a successful battleground starts with knowing your terrain.

Fighting a cyber war in the external layers presents organizations with the challenge of dealing with countless unknowns, but this is flipped on its head when you take the fight to the hardware layer. AI is all the rage now, but even with the use of AI at the external layers, the vast environment poses insurmountable difficulties for detection.

Our #CEO Camellia Chan explained to insideBIGDATA how the X-PHY was designed to address this, “At the physical layer, all malicious threats are forced to comply with a controlled environment, providing the in-built AI an obvious and specific set of programmed commands to analyze and respond to – as opposed to the external environment where AI needs to contend with signature-based protocols where bad actors can easily disguise themselves and avoid detection.”

Read here to learn more: https://insidebigdata.com/2023/06/12/heard-on-the-street-6-12-2023/

X-PHY AI Cybersecurity Solutions | #cybersecurity #dataprotection #hardware #innovation #AI #cyber #environment #flexxon #xphy

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☀ We’re taking the rare occurrence of Europe being blanketed with warm sunshine to explore how our energy harvesting Power Management Integrated Circuit (PMIC) uses the advanced Maximum Power Point Tracking (MPPT) algorithm to get the most out of each sun ray.

MPPT uses an embedded hill-climbing algorithm to ensure your ultra-low power IoT or nodes harness the maximum amount of power available. Lag is never an issue as the MPPT circuit can detect the maximum power point with an interval of only 0.7 seconds, resulting in maximum efficiency even in rapidly changing environments. For reference, it takes an average of 0.6 seconds to snap your fingers. #themoreyouknow.

???? Learn more about our NEH2000BY energy harvesting solution and download the datasheet – https://www.nexperia.com/products/analog-logic-ics/power-ics/energy-harvesting-power-management-ics/NEH2000BY.html

#energyharvesting #sustainablefuture #teamnexperia

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Silicon carbide (SiC) diodes have a clear advantage over their silicon (Si) peers across multiple metrics. In his latest blog post, Dr. Sebastian Fahlbusch compares the characteristics of both materials, with SiC easily outpacing Si.

#Funfact – #SiC has unique properties that distinguish it from Si, including a 3X higher energy gap, a 10X higher electric field strength and 3X higher thermal conductivity.

Learn more about the advantages of SiC – https://efficiencywins.nexperia.com/efficient-products/8-reasons-why-silicon-carbide-diodes-outperform-their-silicon-peers.html

#siliconcarbide #silicon #teamnexperia #engineering

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“For that reason, I’m in!” – Shark

Our colleagues at Nexperia Malaysia recently wrapped up their first-ever Shark T+ competition, where 8 teams from IT, Manufacturing, Facilities, Finance, HR & more dove into the deep end and gave their best pitch to a panel of judges as part of our global initiative aimed at exploring the latest tech in the semiconductor industry and strengthen the innovative mindset among employees.

The judges panel, which included CIO Martin & Head of Backend & Manufacturing, Otto, was tasked with picking 3 winners. After hearing all the pitches and engaging in some tough Q&A to identify the ideas that would move on to the Proof of Concept (PoC) stage, the top teams walked away with prize money to fund the projects.

The event was a huge success and we ‘re excited to follow how the winners implement their fresh ideas. Although everyone couldn’t go home a with a prize, it was inspiring to witness the enthusiasm and spirit of fair but tough competition each team displayed while contributing to the launch of this rewarding program.

Congratulations to everyone that made this happen, all the participants & judges, and finally, the winners!

#TeamNexperia Boleh!!!

#inspireinnovation #semiconductor #engineering

When this happens, it’s usually because the owner only shared it with a small group of people, changed who can see it or it’s been deleted.

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As software cybersecurity solutions continued to struggle to address countless threat variables in the open environment, CISOs need to adopt zero-trust frameworks and leave no deficiencies in their cybersecurity postures.

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