Molex, Easy-On, 52892 0.5mm Pitch 14 Way Right Angle Female FPC Connector, Bottom Contact

Easy On 51296, 52892 and 52893 Series ZIF (Zero Insertion Force) right angle SMT mount FPC connectors with a 0.5 mm pitch and a space saving design making them ideal for use in tight packaging applications. These Easy On FPC connectors feature a flip lock style actuator which provides a secure connection between the FPC and the connector terminals. This flip lock design also enables easy insertion of the FPC. The 52892 series connector also features cable retention guides inside the housing to align and secure the FPC. The connector contacts are bottom aligned and are designed to move with the cable when it is pulled up or down. This feature helps provide a secure contact retention force and ensures that electrical contact is maintained. Solder tabs (or nails) on the base of the connector provide secure PCB retention and strain relief for the solder tail joints.

• Space saving design
• ZIF for repeat cycling with minimum wear
• Slide type actuator for easy insertion and secure connection of FPC
• Movable contacts for secure contact retention
• Solder tabs for secure retention on PCB and strain relief
• Cable retention feature (52892 series)

FPC connectors are an extremely compact and reliable interconnection technology designed for use in signal and data applications that require high density flat flex for complex wiring harness. These Easy On ZIF FPC connectors are ideal for use in a wide range of applications in the automotive, consumer, datacommunications, medical and mobile phone industry. Applications include automotive navigation and audio, digital cameras, home security, tablet and notebook PCs, patient monitors, GPS, smartphones and tablets.

For suitable Cable Assemblies see stock number 760-8752 typical.
For Top Contact Style 0.5 mm pitch Mole FFC/FPC connectors see stock number 788-3574 typical.

For products that are Customized and under Non-cancellable & Non-returnable, Sales & Conditions apply.

0.5mm FFC - Molex