Molex 1 mm Pitch 7 Way Straight Female FPC Connector, Solder Termination, 500mA, 125V AC, Series 52808 52808-0770

Molex 52808-0770 is a high-quality 7 Way Straight Female FPC Connector designed for signal and data interconnection requiring compact, reliable connections on PCBs. This connector features a 1 mm pitch and easy-on FFC/FPC design optimized for solder termination in surface mount technology.

The connector contacts are made from phosphor bronze material with tin bismuth over nickel plating, providing excellent conductivity and durability. Its polysulfone housing material offers resistance to temperatures up to 80°C and mechanical stability needed in industrial or consumer electronic applications.

The design includes a locking mechanism and non-ZIF insertion force to ensure secure cable retention and stable electrical contact under vibration or handling. The staggered contact placement facilitates soldering processes during PCB assembly.

Operating voltage of 125V AC and current rating of 500mA make this connector ideal for low power, high-density wiring harnesses across automotive, medical, datacommunications, mobile phones, and consumer electronics.

Its compact single-row construction with 7 contacts supports complex wiring harness requirements where space saving is critical. The chamfered housing ensures correct orientation and easy mating of FPC cables, minimizing assembly errors.

This FPC connector supports applications including automotive navigation systems, smartphones, tablets, patient monitors, digital cameras, and security devices. The product is manufactured in Malaysia to Molex quality standards and meets RoHS compliance requirements.

Packaged on reels to improve production line efficiency, it is supplied ready for automated machinery insertion.

Choose Molex 52808-0770 for precise, durable connections in demanding industrial, laboratory, consumer, and automotive electronic assemblies. Explore more FPC Connectors and related components at EnvMart for comprehensive interconnect solutions.