88117-3 Connectors, Interconnects

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FFC, FPC (Flat Flexible) Connectors - Contacts

Flat flex connectors (FFC) and flat printed connectors (FPC) are flat connectors made of multiple insulated metal conductors with contact terminations facing the same direction. They can be found in a variety of applications involving low power and low voltage, and their unique, low-profile design makes them ideal for applications with limited space for larger connectors. FFC and FPC connections offer reliable connections through the utilization of contact assemblies that enable electrical current to pass between the connector and the device.

88117-3 Application Field and Working Principle

88117-3 is an FFC/FPC contacts, designed for reliable and durable connections in a variety of applications. This FFC/FPC contact is made of durable plastics with contact tip with a gold-plated finish, providing a low-resistance connection and high resistance to corrosion. The contact is designed to be easily inserted on a PCB with minimal contact force, and it is capable of withstanding up to 1.5A of current. The contacts can also be easily removed from a PCB, making them suitable for applications that require frequent rewiring.

The contact is designed to work with dual-row FFC/FPC connectors with a 0.5mm pitch. To ensure reliable and secure connections, the contact utilizes two locking mechanisms: a friction lock and a lanced contact tab. The lanced contact tab ensures that the contact is firmly held in place, while the friction lock helps to distribute contact pressure and maximize electrical contact. For optimal performance, the contact must be properly aligned and seated with the connector before being soldered onto the PCB.

The 88117-3 FFC/FPC contact has a variety of applications in fields such as consumer electronics, robotic automation, and automotive. Its reliable connection, durable design, and easy handling make it ideal for applications that require minimal assembly time and frequent rewiring. It is also suitable for applications with limited space or demanding environments, as its low-profile design allows for more efficient use of space.

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