Page 362 – 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

119

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

26

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

39

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

31

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