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    VACUUMSCHMELZE VACODUR Max cobalt-iron lamination material illustrated as thin metallic rotor and stator stacks.

    VACUUMSCHMELZE Introduced VACODUR Max Cobalt-Iron Alloy for Motor Laminations

    Stackpole RPCQ thick-film chip resistors in rectangular surface-mount packages with end terminations

    Stackpole Releases Pulse-Withstanding Chip Resistors up to 4 W

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    Crosslinked PEI Film Capacitor Dielectrics Reach 6 J/cm³ at 200°C

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    VACUUMSCHMELZE VACODUR Max cobalt-iron lamination material illustrated as thin metallic rotor and stator stacks.

    VACUUMSCHMELZE Introduced VACODUR Max Cobalt-Iron Alloy for Motor Laminations

    Stackpole RPCQ thick-film chip resistors in rectangular surface-mount packages with end terminations

    Stackpole Releases Pulse-Withstanding Chip Resistors up to 4 W

    Bourns CRT-G thin film chip resistor illustration with a rectangular body and metallic end terminations

    Bourns Introduces Precision Thin Film Resistors for Measurement

    Würth Elektronik ABC of Thermal Management textbook

    Würth Elektronik Launches ABC of Thermal Management Guide

    Schematic of six-arm nitrene crosslinker joining PEI polymer chains in a free-standing dielectric film.

    Crosslinked PEI Film Capacitor Dielectrics Reach 6 J/cm³ at 200°C

    Conceptual illustration of Peak Nano NanoPlex HDC capacitor dielectric film rolls beside a cast-film production line

    Peak Nano Scales NanoPlex HDC Capacitor Film Production 20-Fold

    Bourns Releases 450 V DC Bus TVS Diode

    YAGEO Nexensos M422 Pb-free platinum RTD graphic showing the operating temperature range, nominal resistance options and joining methods.

    YAGEO Introduces Pb-Free Platinum RTD Temperature Sensor

    Reference tantalum capacitor anode characterization, tantalum anode modeling, process selection and life-test verification.

    Tantalum Anode Design Combines Structural Benchmarks and Modeling

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Delphi Technologies Invests In Innovative Capacitor Start-Up

17.1.2018
Reading Time: 2 mins read
A A
(PRNewsfoto/Delphi Technologies)

(PRNewsfoto/Delphi Technologies)

source: PRNewswire news

LONDON, Jan. 16, 2018 /PRNewswire/ — Delphi Technologies PLC (NYSE: DLPH), a global leader in vehicle propulsion, today announced an investment in PolyCharge America, Inc. (www.polycharge.com), a start-up established to commercialize a new capacitor technology. This technology helps to make high-power inverters smaller, lighter and more tolerant to high temperatures.

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Bourns Introduces Precision Thin Film Resistors for Measurement

The minority equity investment, for an undisclosed sum, builds on an existing long-standing technology partnership between Delphi Technologies and Sigma Technologies (www.sigmalabs.com), the parent company of PolyCharge.

Inverters are a key system element in vehicle electrification, controlling the electric propulsion motor. Package space is at a premium in today’s vehicles and original equipment manufacturers (OEMs) face challenges with space, weight and cost in tight engine compartments. The new technology from PolyCharge addresses these concerns.

Liam Butterworth, Delphi Technologies Chief Executive Officer, explained: “This investment demonstrates our commitment to electro-mobility and bringing new, highly innovative technologies to solve OEM customers’ biggest challenges. PolyCharge’s technology delivers on both of these objectives. Our strategy is to forge strategic collaborations and investments where they support our growth ambitions and help our global customers deliver more attractive cost-effective solutions for consumers.”

Today’s inverters use a DC-link capacitor, which is based on wound polypropylene technology. PolyCharge’s solid-state NanoLam™ capacitor technology is a superior alternative that utilizes thin polymer dielectrics to produce self-healing high-voltage capacitors that are half the size and weight of the current technology, with significantly higher temperature resistance.

“When it comes to the development of advanced propulsion technologies Delphi Technologies is a true leader,” said Dr. Angelo Yializis, Chief Executive Officer of PolyCharge. “With this investment, and a strong partner in Delphi Technologies, PolyCharge is well-positioned to lead in the development of next-generation capacitor products for vehicle electrification and other applications where reductions in weight and volume, as well as performance in harsh operating environments, are required.”

Delphi Technologies, a $4.5 billion leader in vehicle propulsion and aftermarket solutions, was created as a spin-off from Delphi Automotive in December 2017 to drive progress on greener solutions for passenger and commercial vehicles.

PolyCharge was formed by Sigma Technologies in September 2017 to develop and commercialize its NanoLam™ technology for electric drive vehicles, renewable energy inverters, medical, aerospace, and industrial mobility applications. The company’s headquarters, engineering, and product development center are located in Tucson, Arizona. PolyCharge also has representative offices in Taipei and China.

 

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