Page 353 – Passive Components Blog

Fig.1: A schematic diagram of information storage using conventional ferromagnet (FM)-based spintronic devices (left) and the proposed antiferromagnets (AFMs)-based devices (right) (the arrows indicate magnetic moments). In FM-based devices (left), bits of information (state "1" or "0") are encoded in the orientation (red/up or blue/down) of the moments. The compensated structure of AFMs (right) entails unique advantages while posing significant hurdles at the same time. ©︎Samik DuttaGupta and Shunsuke Fukami

Antiferromagnetic Material’s Promise for High-Speed and Low-Power Consuming Next-Generation Electronic Devices.

13.11.2020

The quest for high throughput intelligent computing paradigms - for big data and artificial intelligence - and the ever-increasing volume ...

Exxelia Releases Innovative High Energy Density Aluminum Electrolytic Capacitor product line

20.1.2022

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Exxelia, a global manufacturer of complex passive components and sub-systems dedicated to harsh environments, launches its new Innovative Aluminum Electrolytic ...

New DuPont™ Kapton® Polyimide Film Addresses the Impact of Faster Voltage Rise (dv/dt) on Motor Insulation

13.11.2020

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DuPont Interconnect Solutions, a unit of DuPont Electronics & Imaging, today announced the results of a recent research study that ...

Panasonic Releases Miniature Low DCR SMD 0202 Common Mode Noise Filters

13.11.2020

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Panasonic releases miniature, ultra small 0202 chip common mode noise filter chip EXCX4CZ for mobile applications Features Small and thin ...

Würth Elektronik Webinar: Buck/Boost topologies and EMI filtering

24.8.2022

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EMI filtering is a phenome that is known but always hard to understand and to take care of it. In ...

Sumida Releases Common Mode Choke for Automotive Communication Applications

12.11.2020

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Sumida has developed two type of Common Mode Choke coils, CNFC25D24 and CNFC32D28 for automotive communication applications. Key Features: Common mode choke coil for ...