KR2023 Wire to board connectors

The KR2023 series wire-to-board connectors feature a single-row SMT design and support 2 to 10 circuits specifically developed for electronic devices with limited space and stringent reliability requirements. The KR2023 series wire-to-board connectors feature a single-row SMT design and support 2 to 10 circuits specifically developed for electronic devices with limited space and stringent reliability requirements. Its innovative ultra-slim structure (thickness < 4 mm) combined with an optimized 2.00 mm Its innovative ultra-slim structure (thickness < 4 mm combined with an optimised 2.00 mm pitch significantly improves PCB space utilization. The “plastic housing + metal spring” TPA locking mechanism structurally eliminates the risk of terminal loosening. Under vibration conditions the metal spring provides precise mechanical locking to withstand shocks ensuring zero terminal displacement and pull-out while the plastic housing offers physical protection against external stress. With an ultra- wide operating temperature range of -40°C to +125°C the connector performs reliably in extreme cold outdoor environments and high-temperature industrial applications. This series has passed rigorous industry standards such as USCAR and BYD providing comprehensive reliability assurance for This series has passed rigorous industry standards such as USCAR and BYD providing comprehensive reliability assurance for humanoid robots critical components. Featuring four patented designs focused on performance enhancement and structural optimisation the KR2023 series significantly improves connector reliability stability durability and adaptability through meticulous engineering and innovative design. It fully supports modular lightweight and high-reliability designs in applications including smart medical devices consumer electronics humanoid robots and new energy vehicles. It fully supports modular lightweight and high-reliability designs in applications including smart medical devices consumer electronics humanoid robots and new energy vehicles.