39-51-3163

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Flat Flexible Connectors (FFC, FPC) which are commonly identified by their part number of 39-51-3163 are a type of connector specifically designed for use in electronic devices. They provide a reliable connection between two points, reducing the need for soldering and other electrical repair work. FFCs offer easy installation and a reliable connection between two electronic components; they can also be used in place of hard-wiring.

FFC connectors are extremely thin and have a tight pitch that makes them suitable for applications where space and low profile are a priority. These connectors are typically found in applications such as cell phones, flat panel displays, LCDs, PDAs, digital cameras, automotive audio systems, computers and medical technology. FFCs are popular because they are relatively low cost, require minimal space and are highly reliable.

The FFC connector is a two part interconnect system consisting of the flat flexible cable and socket. The socket is made from plastic and the cable is made from an insulated conductive metal. The two parts are mated together and held in place by a locking mechanism such as a clip, snaps or screws. To ensure a secure connection the clips must be snapped together tightly.

FFCs are available in a range of sizes and configurations to meet every application. The connector can be used with a variety of pins, such as signal, power, differential twist and ground. FFC connectors can also be configured in daisy chain and strip formats. The flat profile of this type of connector makes them well suited for applications requiring multiple connections in a tight space.

The main advantages of using an FFC connector rather than hard wiring are the reduction of soldering time, cost savings by eliminating labor costs, and ensuring a reliable and secure electrical connection. FFCs are also more reliable than soldered connections because they are durable and resistant to mechanical shock and vibration. Additionally, they are easier to repair or replace than hardwired connections and can support higher frequencies.

FFCs are designed to work with a wide variety of signals from small-scale signals such as TTL logic to high-speed signals such as USB 3.0. Because of their small size and the fact that they can be configured for multiple connections, FFCs are ideal for products such as laptops, netbooks and tablet PCs.

FFCs are popular due to their simplicity and versatility. They are typically constructed with low profile contact that allow them to fit into tight spaces. With an FFC connector multiple connections are possible which greatly reduces cost and labor of installation. Regardless of the type of application, FFCs are an economical and reliable solution for small-scale interconnections.

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