The 17-step inverter simplifies the structure without compromising performance compared to traditional inverters. Learn more about it in this article. (Source: OpenAI's DALL·E)
RESEARCH PAPER

Efficiency and innovation: The 17-stage quad-boost inverter changes the game in power electronics

In the rapidly evolving world of electronics and power supply, inverters play a central role. A recent breakthrough in this field could significantly improve efficiency and costs. A model presented in the research paper "nature", the 17-stage Quad-Boost Switching-Capacity Inverter, promises just that. This article provides insights into how it works and the potential benefits of this innovative technology.

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For the production of AI chips, Resonac is investing in equipment to produce non-conductive film and thermally conductive sheet's. Read more about it in this article. (Source: happystock - stock.adobe.com)
ARTIFICAL INTELLIGENCE

Resonac increases capacity to produce materials for AI Chips

Resonac Corporation has decided to increase its capacity to produce materials for high-performance semiconductor chips, which are to be used mainly as CPUs for artificial intelligence, to 3.5 to 5 times of the current level. They will increase production of non-conductive film and thermal conductive sheet both of which have already been adopted by Resonac’s customers for use in high-performance semiconductor chips. Find out more in this article.

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Providers on the topic

The winners of the competition will be chosen by 15 August 2024. Are you ready to take on the challenge? (Source: Sergey Nivens - stock.adobe.com)
MCX MCU DESIGN CONTEST

Your idea, your victory: The big MCX MCU Design Contest with DigiKey and NXP!

DigiKey is excited to announce its teaming up with NXP Semiconductors to launch the MCX MCU Design Contest at embedded world. Using NXP’s new FRDM development boards, contest participants are invited to submit design ideas and projects for a chance to win a variety of prizes, including a grand prize package containing a 14-inch MacBook Pro, Apple Watch Series 9 and AirPods Pro. Get more details here!

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Galleries

Black light control of the ZEISS projection optics for the High-NA-EUV lithography. The heart of the lithography machine consists of more than 40,000 parts and weighs around twelve tons. (Source: Photo: Courtesy of ZEISS)
MICROCHIP PRODUCTION

New technology for global microchip production: High-NA-EUV

The worldwide unique High-NA-EUV lithography sets new standards for the production of state-of-the-art microchips. ZEISS has developed and manufactured the optical system as the heart of this new technology. The first machine for the High-NA-EUV lithography was recently delivered by the strategic ZEISS partner ASML. The first microchips are set to be produced in series from 2025.

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From the 11 - 13 June 2024, the PCIM Europe will once again open its doors for numerous exhibitors and visitors. Read more about this years conference here. (Source: Mesago Messe Frankfurt GmbH/ Uwe Mühlhäußer)
TRADE FAIR NEWS

PCIM Europe 2024: Highlights and new records

The PCIM Europe, the leading international exhibition and conference for power electronics will once again be a hotspot for the industry, showcasing numerous innovations, trends and developments from 11 – 13 June 2024. With over 600 exhibitors and around 500 presentations, the exhibition and conference are due to set new records.

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In extreme cases, the overheating of a power supply unit can lead to a fire, especially if other safety mechanisms such as overcurrent protection fail or are not present. It is therefore important to recognize overheating symptoms at an early stage and take appropriate countermeasures.  (Source: DALL-E )
7 TIPS

How to protect a power supply from overheating

A power supply is a critical component in many electronic devices, providing the necessary voltage and current for operation. Overheating is one of the main issues that can affect both the efficiency and lifespan of a power supply. In this article, we will first look at the symptoms of overheating and then provide practical tips on how to protect your power supply from overheating.

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