
Board-to-board batterikonnektorer med 2mm pitch
AVX's nye 9155-700 serie af 2mm pitch 'right-angle' board-to-board konnektorer sigter med applikationer inden for industri, medico og andre anvendelser, som kan blive udsat for høje chok- og vibrationspåvirkninger (in english).
AVX Corporation has released the new 9155-700 Series 2mm-pitch right angle board-to-board battery connectors, which are rated for 125VAC, up to 2A, and 5,000-cycle durability.Designed to provide miniaturized, mechanically stable, high-integrity connections in harsh environment applications subject to high shock and vibration, including: handheld and portable devices that require dock or cradle charging, patient monitoring devices and other portable medical electronics, industrial programming modules, point of sale (POS) terminals, and a broad range of IoT devices, the new 9155-700 Series connectors feature a compact design with a 4mm connector height, a stable contact point 2.1mm above the PCB, robust and reliable gold-plated beryllium copper (BeCu) contacts, two SMT anchor brackets, and optional plastic locating bosses.
- Many portable electronic devices are designed to accept right angle modules, and these devices are especially subject to the overwhelming trend toward miniaturization. So, we designed our new 9155-700 Series right-angle battery connectors with a minimal 2mm pitch and 4mm connector height while maintaining the 2A rating of our larger right angle battery connectors to help engineers respond to continual requests to minimize size while retaining, if not adding or improving upon, capabilities, says Tom Anderson, connector product manager, AVX.
- AVX offers one of the broadest standard selections of battery connectors available on the market - all based on beryllium copper contact materials for enhanced durability and reliability - and this series continues to uphold the reputation we’ve built by providing high-reliability electrical and mechanical performance designed to meet each application’s specific contact force and deflection requirements.