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Japan : Panasonic Commercializes the Large Current "Power Choke Coil" for Automotive Use.

Panasonic Corporation announced today that it has developed 12mm square size (SMD Type) large current (20A-50A) "Power Choke Coil" suited for power supply circuits of automotive ECUs (Electronic Control Units) of HEV, EV, gasoline-powered vehicles etc. The new product enables direct mounting on automotive engine ECUs and electromechanical integration.

In accordance with the improvement of fuel consumption of eco-cars and environment regulations, electronization of automotive systems enhancements has been rapidly expanding for the purpose of fine control engines. In addition, the ECU capacity is getting larger, direct mounting on engine and electromechanical integration are required instead of mounting in the engine room. Therefore, large current being set in an extremely high temperature and vibration environment are required for ECU. Choke coils are used and mounted in ECU power supply circuits for the purpose of noise removal. To meet these market requirements, Panasonic commercialized "automotive use Power Choke Coil" which realized large current in compact size, excellent heat resistance and vibration resistance.

This new product has the following features:

Large current in compact size as 12mm square SMD type, enabling direct mounting on ECU engines and space saving of power supply circuits.

Dimensions (WxLxH) (mm): 12.6 12.8 8.0

50% reduction in volume compared with Panasonic's conventional products

Current value: achieved 20A-50A in SMD type

Panasonic conventional products below 20A

Lead type choke coil (ELC18E-L type)

Excellent heat resistance and vibration resistance in compact size, enabling direct mounting on ECU engines.

Heat resistance : 160? / 2000h in SMD type

Vibration-resistance : 5Hz?2kHz/30G

SMD type enables automatic mounting on PCBs, contributing to customer's process cost down.

Suitable applications:

DC/DC converter circuits, high function ECU power supply circuits, electromechanical integration ECU circuits of HEV, EV, gasoline-powered vehicles.

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Publication:Mena Report
Date:Jun 1, 2016
Words:300
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