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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

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    Murata Expands Automotive Metal Power Inductor Range

    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

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    • RF
    • Leakage Current
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Zap Energy Acquired Former ICAR Equipment to Build A Pulse Power Capacitors as Key Pillar of its Fusion Technology

16.6.2023
Reading Time: 2 mins read
A A

Zap Energy secures power supply manufacturing capabilities with acquisition of liquidated ICAR assets. The purchase of global capacitor manufacturer ICAR assets strengthens Zap’s engineering platform for advanced power supplies, a vital component in its repetitively-pulsed fusion energy technologies.

Zap Energy announced today that it has acquired a substantial package of liquidated assets from ICAR, formerly a leading global manufacturer of film capacitors and power supply equipment. The move is the first phase in building out Zap’s manufacturing capability in proprietary repetitive pulsed-power technologies and establishes a foundation for near-term development of a key system component.

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“This lays the cornerstone in preparing plant-ready, repetitive pulsed-power,” said Benj Conway, Zap’s CEO and President. “Our future plant technology requires the development of specialized capacitors to power fusion — the ICAR acquisition gives us a several-year head start.”

A bank of capacitors is a key pillar of Zap Energy’s fusion technology. Capacitors store electrical energy that can be rapidly discharged into Zap’s devices, delivering extremely high current that creates fusion conditions in a plasma configuration known as a Z pinch. Zap is designing and building a repetitively pulsed system that delivers bursts of power from such capacitor banks multiple times per second.

“We now have both the equipment and the engineering talent to develop and build capacitors uniquely suited to the demands of our advanced repetitive pulsed-power systems,” said Matthew Thompson, Zap’s Vice President of Systems Engineering.

The equipment acquired by Zap from Italy-based ICAR represents the majority of the company’s global manufacturing line. During over 70 years in business, ICAR was a leading manufacturer in the development and production of high-performance capacitors. Among many applications, ICAR notably supplied capacitors to Lawrence Livermore National Laboratory’s National Ignition Facility for fusion experiments that achieved scientific breakeven last year. The company dissolved in 2021.

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Source: Zap Energy

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