HomeLatest ProductsKYOCERA AVX Releases Robust new Series of Vertical-Mating Battery Connectors

    KYOCERA AVX Releases Robust new Series of Vertical-Mating Battery Connectors

    The new 9155-900 Series 2.5mm-pitch vertical-mate battery connectors provide engineers in the industrial, automotive, datacom, household appliance, and consumer electronics markets with robust, reliable, and user-friendly power connectivity solutions.

    KYOCERA AVX, a leading global manufacturer of advanced electronic components engineered to accelerate technological innovation and build a better future, has further expanded its industry-leading selection of standard battery connectors with the introduction of the new 9155-900 Series 2.5mm-pitch vertical-mate battery connectors.

    The new 9155-900 Series 2.5mm-pitch vertical-mate battery connectors feature a unique contact geometry that deflects cleanly when a module, battery pack, mating connector, or PCB is vertically pushed into position, enabling full vertical engagement without the risk of contact damage. Traditional right-angle battery connectors require users to engage the contacts by inserting the mating module or battery pack at an angle before rotating it into position to reliably prevent contact damage that could negatively impact connector performance and lifetime. The 9155-900 Series does not. Infact, users can mate these connectors from any angle without inadvertently damaging the contacts, ensuring high-integrity connections regardless of user experience or skill level.

    The 9155-900 Series 2.5mm-pitch vertical-mate battery connectors feature an extremely forgiving sweeping beam contact design and an anti-snag feature that reliably protects the contacts from damage during deflection, as well as when static. The series also features ultra-robust and -reliable gold-plated beryllium copper (BeCu) contacts that deliver excellent electrical and mechanical performance for up to 5,000 mating cycles and optional plastic locating bosses and solder tabs that maximize the mechanical stability of the connector in high-shock and vibration environments, like automotive applications.

    The series features flame-retardant (UL94 V-0) black, glass-filled Nylon 46 insulators, two to six BeCu contacts with either 0.4µm or 0.8µm of selective gold-over-nickel plating (the former of which is suitable for most commercial and industrial applications and the latter of which is suitable for harsh-environment applications), and pure tin tails. They are rated for 500VACRMS or the DC equivalent, up to 3A, and operating temperatures extending from -40°C to +125°C. They are also REACH and RoHS compliant and shipped in tape and reel packaging in quantities of 800 for automated pick and place assembly.

    Ideal applications for the new 9155-900 Series 2.5mm-pitch vertical-mate battery connectors extend throughout the industrial, automotive, datacom, household appliance, and consumer electronics markets and include handheld and portable industrial and consumer electronics devices that require docking or cradling, such as charging stations, internet and home appliances that require battery backup, and automotive applications that require the easy installation and removal of modules or battery packs, ranging from headsets, gaming controllers, and walkie talkies to automotive cooling fans.

    “Traditional right-angle battery connectors with exposed contacts require pluggable modules to be inserted at an angle and then gently rotated into position to prevent contact damage. And while that may seem insignificant, the extra step required to safely and successfully mate traditional battery connectors increases the potential for mismating by half,” said Perrin Hardee, Product Marketing Manager at KYOCERA AVX. “Our new 9155-900 Series 2.5mm-pitch vertical-mate battery connectors are engineered to ensure proper mating from any angle and eliminate the possibility of inadvertently damaging the contacts during the process—regardless of user experience or skill level. They’re also compact and robust enough to withstand automotive levels of shock and vibration.”

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