SFW16R-2STAE1LF

Flat Flexible (FFC) and Flexible Printed Circuit (FPC) connectors are lightweight and compact interconnection products used to mate multiple circuits and other electrical components. These connectors appeal to designers of consumer electronics, medical and other applications where space and weight are a premium. The SFW16R-2STAE1LF is an FFC/FPC connector, specifically designed for low/ultra-low profiles, and can be used in a variety of applications such as consumer electronics, medical products, pianos, car stereos and computer peripherals.

Construction

The SFW16R-2STAE1LF FFC/FPC connector has a two-piece construction, with a 16 pin housing and two mounting ears. It is made from a rugged, UL94V-0 rated, thermoplastic material for increased durability and stability. It has a dual row configuration and two SMT mounting tabs. The housing is also reverse polarity preventing incorrect insertion of the FFC/FPC.

Features and Benefits

The primary benefit of the SFW16R-2STAE1LF FFC/FPC connector is its low profile design, making it ideal for applications where space is at a premium. Its robust construction makes it highly reliable and durable, while its reverse polarity prevents incorrect insertion of the FFC/FPC into the connector. It also has two SMT mounting tabs which allow for a secure mounting to the printed circuit board.

Application Fields and Working Principle

The SFW16R-2STAE1LF FFC/FPC connector is designed for wide variety of applications such as consumer electronics, medical products, pianos, car stereos and computer peripherals. Its low profile design makes it especially suitable for use in devices where space is at a premium. The connector works by securely mating the FFC/FPC to the printed circuit board via its two SMT mounting tabs. It is also equipped with a reverse polarity feature, which prevents incorrect insertion of the FFC/FPC.

Conclusion

The SFW16R-2STAE1LF FFC/FPC connector is an excellent solution for those applications where space is at a premium. Its rugged construction and dual rowed and reverse polarity configuration make it highly reliable and stable. By securely mating FFC/FPC to the printed circuit board, it allows for a wide variety of uses such as consumer electronics, medical products, pianos, car stereos and computer peripherals.