2041070-6

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Flat Flexible Connectors (FFC, FPC) are thin wiring connectors used to interconnect two printed circuit boards or expanders. They are made up of two parallel flexible strips of insulation material with conductive material sandwiched in between them. FFCs are commonly used for applications where vibration or structural movement needs to be taken into account, such as automotive, medical, military, and consumer electronics. FFCs are also used in flat display technology, particularly in LCD monitors.

The 2041070-6 FFC type connector is a JAE version of a flat flexible connector, commonly used for interconnecting LCD modules with printed circuit boards to form a complete display system. The 2041070-6 is a 26-pin, 0.5mm pitch FFC connector, with positive-lock terminal fittings mounted at a 90° angle. It is compatible with JAE’s male counterpart (the 9206070-6), providing flexibility and cost savings by allowing a single PCB to be easily connected with multiple LCDs.

When the FFC is inserted into the socket, the contacts of the FFC are securely held in place by the terminal latch, which ensures that a reliable electrical connection is made. The 2041070-6 also features a robust plastic housing that helps protect against shock and vibration, ensuring that the connection remains secure even in harsh environments.

The 2041070-6 FFC connector can be used in a variety of applications, including medical, industrial, consumer electronics, automotive, military, and aerospace. It is ideal for applications in which reliable, high-density cabling is required, or where space limitations prevent the use of traditional connectors. In addition, it can be used in applications that require waterproofing, as it is rated IP67.

The 2041070-6 FFC connector is a reliable and cost-effective solution for interconnecting different components of a system. By making use of flexible flat connectors, it is also possible to reduce the amount of space required for this type of connection, making it possible to build systems with a smaller form factor and higher levels of integration.

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