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    TDK Unveils Vibration-Resistant Hybrid Polymer Aluminum Capacitors

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    TDK Unveils Vibration-Resistant Hybrid Polymer Aluminum Capacitors

    Wk 50 Electronics Supply Chain Digest

    Transformer Behavior – Current Transfer and Hidden Feedback

    Littelfuse Completes Acquisition of Basler Electric

    Isabellenhütte Releases Automotive Pulse Load Resistors

    Molex Introduces Modular Wire-to-Wire Automotive Connectors

    Vishay Releases Automotive Glass Protected 0402 NTC Thermistor

    Current Sense Transformer and its Calculation

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    Transformer Safety IEC 61558 Standard

    3-Phase EMI Filter Design, Simulation, Calculation and Test

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New Vishay Mica Grid Resistors Offer Improved Power Capacity, Weight, and Watt Density Over Stainless Steel Devices

7.8.2018
Reading Time: 1 min read
A A

Source: Vishay news

MALVERN, Pa. — August 6, 2018 — Vishay Intertechnology, Inc. (NYSE: VSH) today introduced a new series of high power, high current mica grid resistors in the standard mill bank size.

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Offering designers a lower cost option to the standard stainless steel grid design, Vishay Milwaukee GREM resistors feature EDG technology for improvements in power capacity, weight, and watt density, while maintaining the same package size.

The devices released today feature power of 8 kW at 40 °C, which is 23 % higher than standard 6500 W stainless steel grid resistors in the standard mill bank size. At the same time, GREM devices are 30 % lighter than stainless steel grid resistors with the same power dissipation, and offer a favorable price point. These specifications make the devices ideal for load banks, dynamic braking, and motor control in low vibration industrial and alternative energy applications.

GREM resistors feature a resistance range from 0.067 Ω to 24.273 Ω, with a tolerance of ± 10 %, temperature coefficients down ± 130 ppm/°C, and currents from 18 A to 345 A. The devices offer high temperature operation to +415 °C.

Samples and production quantities of the GREM series are available now, with lead times of four weeks.

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