Cable End Type:	--
Mating Cycles:	25
Actuator Color:	--
Housing Color:	Black
Contact Finish Thickness:	196.9µin (5.00µm)
Current Rating:	1A
Material Flammability Rating:	UL94 V-0
Operating Temperature:	-55°C ~ 105°C
Voltage Rating:	250V
Features:	--
Actuator Material:	--
Housing Material:	Polyester Thermoplastic, Glass Filled
Contact Finish:	Tin
Contact Material:	Phosphor Bronze
Series:	Triomate
Locking Feature:	--
Height Above Board:	0.190" (4.83mm)
FFC, FCB Thickness:	0.13mm ~ 0.38mm
Termination:	Kinked Pin
Pitch:	0.100" (2.54mm)
Number of Positions:	10
Connector/Contact Type:	Contacts, Top
Mounting Type:	Through Hole, Right Angle
Flat Flex Type:	FFC, FPC
Moisture Sensitivity Level (MSL):	--
Part Status:	Obsolete
Lead Free Status / RoHS Status:	--
Packaging:	Bulk

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Introduction to FFC/FPC Connectors

Flat Flexible Connectors (FFC/FPC) are an implementation of flexible printed circuit boards that are designed to provide small, lightweight connection solutions with multiple pin counts and spacing configurations to meet a variety of applications. They consist of metal-film conductors inserted between a pair of thin insulating layers. The connectors have evolved over the years from being solely used for board-to-board connections to become the basis of many popular interconnection systems. In addition to consumer electronics like cellular phones, camcorders, and digital still cameras, FFC connectors are used in computer-related applications such as printers, hard disks, and personal computers.

FFC/FPC Connector Structure

The basic physical structure of FFC/FPC connectors includes the following components: 1) two flat flexible substrates; 2) a metal-film conductor(s); and 3) a cover tape. The two flexible substrates are made from a polyester-based film. The upper substrate is typically referred to as the cover tape and the lower substrate is referred to as the back tape. The metal-film conductor is sandwiched between the two layers. The cover tape is used to provide a protective top-cover layer to the connector to help protect it from dust and other environmental elements.

5-487508-9 Application Field and Working Principle

The 5-487508-9 FFC/FPC connector is commonly used in devices that require high-speed data transmission, such as personal computers, smartphones, tablets, and many other digital products. It features a small pin pitch of 0.5 mm, low profile, low contact resistance, and is extremely suitable for high-speed applications where space is limited.The 5-487508-9 FFC/FPC connector operates using a basic mating feature. The flat flexible connector is mated by pushing it into the mating socket, which is typically mounted on the PCB. As the connector is pushed in, the metal-film conductor on the flexible substrate makes contact with the mating socket, thus completing the electrical circuit. The metal-film conductor compresses against the socket to ensure a reliable contact. The cover tape provides a protective top-cover layer around the connection area to protect it from dust and other environmental elements.

Advantages of FFC/FPC Connectors Over Other Cable Connectors

FFC/FPC connectors offer several advantages over other cable connectors. They are typically smaller, lighter, and less expensive than other cable connectors. This makes them well-suited for use in devices that require a minimal footprint and need to meet stringent space constraints. Additionally, their flexible construction makes them an ideal choice for applications in which the connector must bend to fit its surroundings. They also tend to have higher speed capabilities than other types of connectors and, due to their low contact resistance, can ensure reliable electrical connections.

Conclusion

FFC/FPC connectors are a popular choice for use in a variety of electronic and digital devices, due to their small size, low cost, high speed capabilities, and reliable connection ability. The 5-487508-9 FFC/FPC connector is a popular implementation, due to its small pitch of 0.5 mm and extremely suitable for high-speed applications where space is limited. By understanding their structure, application field, and working principle, users can better utilize these connectors to meet the needs of their own particular applications.

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