FC1-20-L2-T-WT-TR

(FFC, FPC) Flexible Flat Connectors: Application Field and Working Principle

Flexible Flat Connectors (FFCs) are cables with connector pins at the end and are enhanced version of flat ribbon cables. They are widely used in electronics, computers, and electrical motors, where two specific areas need to be connected with the connector. FFC’s are designed to be smaller and thinner than traditional cables and can move easily around tight curves.

FFC’s are used in many different application fields, including consumer electronics, automotive, and industrial automation. The connectors are ideally suited for any application where minimal bulk and size are required, as well as electrical reliability and durability. For example, FFC’s are frequently used in gaming joystick connections, mobile phone ports, LCD displays, wiring harnesses, wire feeds, and remote communication cable connections.

FFC’s are available in many shapes and sizes, and the choice of connector depends on the area dedicated to the connectors. Common FFC connectors include FC1-20 connectors and FC2-20, L2-T, WT, and TR types. The FC type of FFC connector has a flat piece of flexible material between two rows of contacts, separated by a plug in between them. The other types of FFCs including L2-T, WT, and TR, are similar structurally, and have large pins at the bottom that enter into the receiving connections.

The application field and the specific type of FFC connector depend on the application. The most common application for an FC1-20 type of FFC is in the arcade and video game industry, where FFCs are connecting and controlling the analog joysticks. L2-T, WT, and TR types of FFC’s are most often used in automotive, consumer electronics, and communication cables.

The working principle of FFCs is that a plug-in connector with contacts on both ends is plugged into the mating receptacle. In this way, electrical current can be transferred between the two components on both ends. A pressure contacts technique is employed to ensure maximum electrical connection. FFCs can provide point to point connections as well as multi-contact connections for greater completeness in a connection.

FFC\'s are designed to withstand extreme levels of movement and vibration, as well as higher electrical currents. They are more durable than traditional electrical cables, and therefore provide a more reliable connection with better wear-resistant properties. FFCs are designed to be as thin and flexible as possible, while still maintaining a secure connection.

In conclusion, Flexible Flat Connectors (FFCs) are used in many different application fields, for a wide variety of purposes. FFCs offer many benefits to users, such as high-speed data transmission, reduced component size, and longer life expectancies, while providing reliable and lasting connections.