KYOTO, Japan–( BUSINESS WIRE)– Kyocera Corporation( President Hideo Tanimoto) moment introduced its 6893 Series connectors for flexible published circuit board( FPC) and flexible flat string( FFC), featuring0.5mm- pitch one-action locking, with samples available for dispatching June 29, 2023. This new series offers a 2x enhancement in foreign matter junking performance compared to our former products, helping to help the FPC/ FFC deposits that can beget contact failure after insertion.
Kyocera Introduces One-Action-Cinch FPC FFC Connectors
New products bring 2x enhancement in foreign matter junking performance
July 17, 2023, 0903 AM Eastern Daylight Time
KYOTO, Japan–( BUSINESS WIRE)– Kyocera Corporation( President Hideo Tanimoto) moment introduced its 6893 Series connectors for flexible published circuit board( FPC) and flexible flat string( FFC), featuring0.5mm- pitch one-action locking, with samples available for dispatching June 29, 2023. This new series offers a 2x enhancement in foreign matter junking performance compared to our former products, helping to help the FPC/ FFC deposits that can beget contact failure after insertion.
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Product Overview
Product name
6893 Series
Pitch
mm
Size
Width5.15 mm
Height2.8 mm
Contact position
nethermost contact
No. of Positions
10 to 60
Operating temperature range
- 40 ℃ to 125 ℃ Features 1) Foreign matter junking contact leg
2) One-action cinch type
3) Heat resistant to 125 degrees Celsius One-action cinch type FPC/ FFC connectors have evolved to meet the miniaturization and high-speed data transmission conditions of crucial request motorists, including office outfits, artificial outfits, and consumer electronics. also, with the fleetly growing EV request, this technology has expanded into onboard electronics for electric vehicles as well. In principle, the essential features of one-action cinch-type connectors include labour savings through the robotization of FPC/ FFC insertion. still, in practice, foreign matter clinging to the FPC/ FFC can beget contact failure, creating a handicap to full robotization. Kyocera’s recently developed 6893 series has a personal contact-leg structure with twice the foreign-matter junking effectiveness of conventional Kyocera products. In addition to their one-action cinch, which supports robotization during FPC/ FFC insertion and reduces labour conditions, this product also ensures better connection performance and trustability. Kyocera will continue to expand its connector line, including FPC/ FFC connectors, and will contribute to the electronics assiduity by creating products for fleetly changing request requirements. Features of Kyocera’s 6893 Series
- Innovative leg structure improves foreign matter junking in electronics assembly In conventional FPC/ FFC connectors, the leg and the FPC/ FFC make contact at a single point during insertion to remove foreign matter clinging to the FPC/ FFC. Kyocera’s 6893 Series connectors achieve twice the foreign matter junking performance of former Kyocera models by using our personal and personalized contact leg structure, which provides two contact points in the same direction as the insertion point. With this structure, our new product ensures a superior electrical connection and reduces contact failure rates.
- One-action insertion and locking for bettered assembly effectiveness A typical FPC/ FFC connector requires three assembly conduct( 1) opening the cinch,( 2) fitting the FPC/ FFC, and( 3) closing the cinch. For Kyocera’s 6893 Series, the locking section structure has been drastically revised to allow the connector side projection that fits into the FPC/ FFC to lock automatically when you fit FPC/ FFC. This structure enables the FPC/ FFC to be locked in a single operation( one action) by fitting the FPC/ FFC, reducing assembly labour by two-thirds. Kyocera’s 6893 Series also supports automated assembly by robots.
- High heat resistance for automotive operations Kyocera’s 6893 Series is heat-resistant up to 125 degrees Celsius and mountable on in-vehicle bias similar to HUDs, clusters, and CIDs with strict high-temperature compliance.
