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    Littelfuse TX00AT314AMA omnipolar TMR magnetic switch sensor in a leaded TO-92-3 through-hole package

    Littelfuse Expands Omnipolar TMR Switch with Leaded TO-92 Package Option

    SCHURTER THT DIP Switches Support Hardware-Level Configuration

    TDK CN series 10 µF 100 V X7R soft-termination multilayer ceramic capacitor in 3225 EIA 1210 package

    TDK Releases 100 V Soft-Termination X7R MLCCs 10 uF in 3225 Package

    Compact inductive rotary position encoder sensor near a motor shaft, representing the Vishay RAIK045I MP encoder category

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    Hirose FH51 automotive FPC/FFC connector with low-profile receptacle construction and top-and-bottom contact arrangement

    Hirose Automotive FPC/FFC Connector Adds One-Action Mating up to 125°C

    Overview of fabricated ferroelectric capacitors improving hyperdimensional computing task learning accuracy. a The experimental work reported in this study comprises ferroelectric capacitor (FeCAP) device fabrication, structural and electrical characterization, analog state identification and their reliability study. b The computational part of the work explores the benefits of using characteristics from the fabricated devices in a hyperdimensional computing scheme; source: authors

    High-Precision Hyperdimensional Computing with Multi-Level Ferroelectric HZO Capacitors

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    Modelithics Qorvo GaN Library v26.5.11 Adds 200 W RF Transistor Model

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    Littelfuse TX00AT314AMA omnipolar TMR magnetic switch sensor in a leaded TO-92-3 through-hole package

    Littelfuse Expands Omnipolar TMR Switch with Leaded TO-92 Package Option

    SCHURTER THT DIP Switches Support Hardware-Level Configuration

    TDK CN series 10 µF 100 V X7R soft-termination multilayer ceramic capacitor in 3225 EIA 1210 package

    TDK Releases 100 V Soft-Termination X7R MLCCs 10 uF in 3225 Package

    Compact inductive rotary position encoder sensor near a motor shaft, representing the Vishay RAIK045I MP encoder category

    Vishay Introduces 16-Bit Inductive Encoder for Motor-Adjacent Position Sensing

    Hirose FH51 automotive FPC/FFC connector with low-profile receptacle construction and top-and-bottom contact arrangement

    Hirose Automotive FPC/FFC Connector Adds One-Action Mating up to 125°C

    Overview of fabricated ferroelectric capacitors improving hyperdimensional computing task learning accuracy. a The experimental work reported in this study comprises ferroelectric capacitor (FeCAP) device fabrication, structural and electrical characterization, analog state identification and their reliability study. b The computational part of the work explores the benefits of using characteristics from the fabricated devices in a hyperdimensional computing scheme; source: authors

    High-Precision Hyperdimensional Computing with Multi-Level Ferroelectric HZO Capacitors

    Coilcraft Introduces Automotive Common Mode Chokes Target CISPR 25 Class 5 EMC Compliance

    Murata Expands Automotive Metal Power Inductor Range

    Modelithics Qorvo GaN Library v26.5.11 Adds 200 W RF Transistor Model

    Trending Tags

    • Ripple Current
    • RF
    • Leakage Current
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Skeleton Technologies joins €7 million European project to harvest energy

21.4.2020
Reading Time: 2 mins read
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The coronavirus outbreak is not affecting innovation at Skeleton Technologies. The company is now part of a newly launched pan-European initiative called InComEss, which aims to implement innovative material systems for energy harvesting and electrical energy storage. The purpose is to ensure a sustainable and efficient use of resources in line with the circular economy perspective.

incomess project consortium

Together with 17 business and academic partners from 9 European countries, Skeleton Technologies has just launched the InComEss (INnovative polymer based COmposite systeMs for high efficient Energy Scavenging and Storage) project. With a total budget of nearly €7 million, it seeks at developing efficient smart materials with energy harvesting and storage capabilities.

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TDK Releases 100 V Soft-Termination X7R MLCCs 10 uF in 3225 Package

Energy harvesting is a process that captures small amounts of energy that would otherwise be lost as heat, light, sound, vibration or movement. Harvesting electricity contributes to reduce fossil fuel dependence and maximizes the efficiency of current energy sources. Under InComEss project, Skeleton Technologies will evaluate the performance of novel polymer material in ultracapacitors for energy harvesting from external sources exercising pressure, including from walking.

Taavi Madiberk, CEO of Skeleton Technologies said:

“Skeleton is focused on helping industries to innovate and transform themselves. Innovation should not stop during the pandemic. It is even the opposite, as this crisis shows us that moving fast is essential.

Self-sustainability and circular economy are the future of our economy and once again, ultracapacitors will demonstrate their relevance and efficiency. Using them, we could potentially harvest and generate energy from any kind of pressure, including by simply walking. This would be a game changer for the realization of a low-carbon society.”

InComEss receives funding from the European Commission’s Horizon 2020 Research Programme and gathers European public and private partners such as the Leibniz Institute of Polymer Research in Dresden (Germany), Italian automotive supplier MARELLI, Foundation for Research & Technology – Hellas (Greece) and Brunel University London, to name a few.

According to InComEss project, its technologies, applications and services could impact the partners turnover by €100M after market up-take.

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