Keszoox JST 1.0mm SH Connectors
A collection page of Keszoox
About
JST 1.0mm SH Series Connectors — The Smallest Standard Wire-to-Board Interconnect The JST SH series at 1.0mm pitch is the industry's benchmark for ultra-miniature wire-to-board connectivity. Engineered for the most demanding space-constrained applications, the SH series delivers a level of miniaturization that enables next-generation wearable devices, nano drones, and precision medical instruments to achieve form factors previously impossible with conventional connectors — without sacrificing the mechanical retention and electrical reliability that professional-grade electronics demand. Key Technical Advantages 1.0mm Ultra-Miniature Pitch: The finest standard wire-to-board pitch available with a positive-latch housing, enabling extreme connector density in the smallest possible PCB footprint — critical for next-generation wearables, implantables, and micro-robotics. Positive-Latch Retention: Engineered locking mechanism provides secure mating despite the connector's miniature dimensions, preventing accidental disconnection under vibration and handling in portable and wearable applications. Gold-Plated Contacts: Premium gold plating ensures ultra-stable, ultra-low contact resistance across thousands of mating cycles, delivering the signal fidelity required by sensitive analog sensors, high-speed digital interfaces, and low-power IoT circuits. High-Temperature PA66 Housing: UL94 V-0 rated nylon housing withstands reflow-adjacent temperatures and continuous operation up to 105°C, maintaining dimensional stability and dielectric integrity in thermally demanding miniature assemblies. Wide Pin Count Range: Available from 2-pin to 15-pin configurations, supporting diverse signal and power routing requirements across the full spectrum of ultra-compact electronic assemblies. Ultra-Fine Wire Compatibility: Accepts 28–32 AWG wire, compatible with precision SH-series crimp tooling for clean, reliable terminations in the most demanding high-density miniature harness assemblies.