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    Researchers Demonstrated High Energy Ceramic Capacitors Stable in Wide Temperature Range

    Stackpole Offers High Voltage Plate Resistors up to 40KV

    How to Manage Supercapacitors Leakage Current and Self Discharge 

    Qualification of Commercial Supercapacitors for Space Applications

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Panasonic Extended Voltage Range of its Automotive Safety Class X2 Film Capacitors to 310VAC

16.9.2020
Reading Time: 1 min read
A A

Panasonic has expanded voltage range of AEC-Q200 qualified ECQUA (Safety Class X2, for automotive) series to 310VAC.

This metallized polypropylene film capacitor series from Panasonic Industry Europe benefits from original in-house patterned metallization process with fuse mechanism function by Panasonic. This unique technology delivers stable capacitance level over the product lifetime and therefore guarantees a higher reliability of the application. 

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NIC Components Extends SMD High Voltage MLCC Offering

Stackpole Offers RoHS Compliant Lead-Free Thick Film Chip Resistors

Smiths Interconnect’s SMD Power Resistors with Heat Sink Qualified to Space Flights

This series features now a rated voltage range of 275VAC up to 310 VAC, and a nominal capacitance range of 0.1µF up to 10µF. Operating temperature range is from -40°C up to 110°C. A flame-retardant plastic case and non-combustible resin are utilized leading to accreditation in accordance with UL/CSA and European safety regulation for class X2. All the products are fully RoHS and REACH compliant.

ECQUA series (for Automotive) capacitors offer a guaranteed high humidity resistance (THB test: 85°C, 85%, 240VAC for 1000 hours with 275VAC rated products and 275VAC for 1000 hours with 310VAC rated products) and high thermal shock resistance (-40°C up to 85°C, 1000 cycles).

Functioning as interference suppression capacitors, ECQUA series is ideal for a broad spectrum of applications including input / output filtering for charging stations or the input side of On-Board chargers, industrial power supplies, the range of EV / PHEV applications and renewable energy infrastructure.

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Source: Panasonic Industry Europe

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a Schematic diagram of the BNT-based components constructed based on the entropy-increase strategy. b Digital photograph, cross-sectional SEM image, and EDS mappings of the MLCCs. c Unipolar P-E loops of MLCCs as a function of applied E. d Wrec and η of the MLCCs as a function of applied E. The comparison of (e) Wrec and η, (f) η and UF of the MLCCs with those of other recently reported state-of-the-art MLCCs. source: Nature Communications

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