10017251-392240ELF Connectors, Interconnects

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FFC (Flat Flexible) Connectors, also known as 10017251-392240ELF, refer to a group of electrical connectors used to connect flat, flexible cables. They are popular in applications which require space-saving and reliable connections, as well as flexibility in design and implementation.The most common type of FFC connector is the edgecard connector, which features a two-piece spring-loaded card edge connector, as well as a standard pitch. This type of connector is typically used for external connection and data transfer, with a 0.5, 1.0, or 1.25mm card edge connector.The second major type of FFC connector is the Contactless ID Connector. This connector is used mainly for applications such as card access control systems and ID authentication. It has no mechanical contact and is typically designed with a self-locking mechanism. It commonly has a standard pitch of 0.4mm or 0.5mm.The third major type of FFC connector is the Zero Insertion Force (ZIF) connector. This connector is used in applications which require easy connection and disconnection of cables, such as in PLCs and LED arrays. This type of connector features a locking mechanism which requires a small pressure to unlock and release the contacts. It commonly has a standard 0.5mm or 0.8mm pitch.FFC connectors are also available in other size and shape alternatives such as round (DIN), square, flat (UL), and right angle. These connectors are commonly used in communication, medical, automotive, and consumer electronics applications.FFC connectors provide several advantages over traditional connectors, including:• Low cost of ownership;• Low profile, which allows for easier installation;• Space-saving design;• Flexible design;• Lightweight;• High reliability;• High density;• Low power;• No board leakage;• Low insertion force.The working principle of FFC connectors involves the insertion of two conductive wires in a flexible plastic sheath. As the flexible plastic sheath is bent, the two conductive wires then come in contact with each other, creating an electrical connection. This connection is held in place by the plastic sheath, which exerts tension on the conductive wires as it is bent. In addition, this type of connector is often designed with a locking mechanism which keeps the connection secure even when the connector is not in use.FFC connectors provide several benefits in terms of connectivity and ease of installation. They can provide a reliable connection even in tight spaces and when subjected to frequent movement. Additionally, FFC connectors also provide enhanced signal integrity and faster speeds than other types of connectors. As a result of these advantages, they are an effective choice for a wide range of applications.

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