52559-1670

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Flat Flexible Connectors (FFC) and Flat Printed Connectors (FPC) are both integral components in many electronic products. Known for their high reliabiliy and flexibility, they provide a simple and inexpensive way to connect components together while maintaining reliability.  The 52559-1670 connector is a standard FFC/FPC type and its application field and working principle are described in detail below.

Application Field

The 52559-1670 is an FFC/FPC connector that is designed to be used in numerous electronic products, including consumer electronics such as smart TVs/sets, displays for phones, tablets, and computers, and many more. It is also applicable for medical or automotive electronics, and industrial automation. It can be used for both power and data transmissions.

Working Principle

The 52559-1670 is a type of FFC/FPC connector that is composed of a thin metal strip that is laminated between two protective layers of flexible plastic material. This metal strip, called a tail contact, is designed to make a reliable electrical connection between the two flexible plastic layers, forming the ‘connector’. The connector also contains a conductive component, either an electrical trace or gold-plated contact pads, on the flexible layers. This allows the connector to provide secure and reliable power and data transmission.

The 52559-1670 connector is quite straightforward in its operation. It is designed for a mating process that is easy, fast, and reliable. Once two connectors on separate circuits are lined up, hardened pins, located on one side, and soft tails on the other, connect. Even when the two pieces are mated, the thin flexible layers can still bend and twist, providing the flexibility and support of an FFC/FPC connector.

FFC/FPC connectors offer numerous advantages over traditional hard-wired connection methods, including improved reliability, better flexibility, and reduced labor and manufacturing costs. Their small size and versatility make them incredibly useful in a variety of electronics and applications, and the 52559-1670 demonstrates their efficacy well.

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