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    Examining the Influence of ESR and Ripple Current on Selecting the Suitable Capacitor

    SABIC Validates its 150°C Film Foil to Enable Adoption of Film Capacitors in SIC Power Modules

    Outlook of Passive Electronic Components Market for Oil & Gas Electronics in 2023

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    TDK Introduces Compact High-Current Chokes for Automotive and Industrial Applications

    ECIA NA February 2023 Electronic Components Sales Confirms Growth Trend

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    Examining the Influence of ESR and Ripple Current on Selecting the Suitable Capacitor

    SABIC Validates its 150°C Film Foil to Enable Adoption of Film Capacitors in SIC Power Modules

    Outlook of Passive Electronic Components Market for Oil & Gas Electronics in 2023

    Flying Capacitors Explained

    TDK Introduces Compact High-Current Chokes for Automotive and Industrial Applications

    ECIA NA February 2023 Electronic Components Sales Confirms Growth Trend

    Investigating Modeling Techniques of Class II Ceramic Capacitors Losses for High Voltage and Current Applications

    TDK Extends Range of Industrial Single Pair Ethernet (SPE) Inductors

    Premo Unveils New series of 11kW 3-Phase On-Board Charger Transformers

    Trending Tags

    • Ripple Current
    • RF
    • Leakage Current
    • Tantalum vs Ceramic
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    Investigating Modeling Techniques of Class II Ceramic Capacitors Losses for High Voltage and Current Applications

    Understanding Basics of Current Sense Resistors

    What Decoupling Capacitor Value To Use And Where To Place Them

    How to Measure Rated Current on Power Inductors

    LTspice Simulation of a Spark-Gap Circuit Protection Surge Arrester

    Approximate Inductor Design Using Two Alternative Cores

    1kW Phase Shift Full Bridge Converter Design and Simulation

    Multiphase Buck Trans-Inductor Voltage Regulator (TLVR) Explained

    Smart Power Distribution Unit Architecture and Inductor Losses

    Trending Tags

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General Atomics Develops Capacitor Tech for High-Voltage, High-Temperature Operations

23.1.2018
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source: Executivebiz blog

Posted By: Ramona Adamson: January 22, 2018
General Atomics‘ electromagnetic systems business unit has produced a capacitor technology designed to operate at high voltages and temperatures. The company said Wednesday the new capacitor works to support stable operation of power electronics at more than 1000 volts and temperatures as high as 500 degrees Celsius.

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Scott Forney, president of General Atomics Electromagnetic Systems, said the company developed the technology for customers who aim to build ultra-high temperature power electronics.

Forney added that the new offering is meant to provide more stable behavior in varying temperature ranges over current capacitors.

Mark Schneider, GA-EMS manager of capacitor research, development and engineering, noted that the company currently produces the new capacitors for “specialized applications and customers” and that commercial availability will begin in the fourth quarter of 2018.

GA-EMS received a contract from the Defense Department‘s Ordnance Technology Consortium earlier this month to supply high-energy density capacitors for a non-lethal platform that works to stop and disable vehicles. A business unit of General Atomics has been selected by the Defense Department Ordnance Technology Consortium to produce high-energy density capacitors for a non-lethal platform designed to stop and disable vehicles as part of force protection and checkpoint operations.

General Atomics Electromagnetic Systems will supply the capacitors to DoD’s Joint Non-Lethal Weapons Directorate for integration into the Pre-Emplaced Electric Vehicle Stopper system, the company said.

“The PEVS system has the potential to support multiple missions and be mobile as operations change, making a compact footprint a critical requirement,” said Nick Bucci, vice president for missile defense and space systems at GA-EMS.

Buccci added the company looks to use advanced manufacturing techniques to build capacitors that will offer pulsed power output in compact packaging.

PEVS is designed to function as a non-intrusive device for disabling vehicle electrical components through short, intense electrical pulse upon vehicle approach of contacts.

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