XF3A-0855-41A

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Flat Flexible Connectors (FFC, FPC) are an interconnect technology designed for applications requiring flexibility between components located in close proximity. FFCs are widely used in today\'s electronic products for a variety of different applications. One such FFC product is the XF3A-0855-41A. This short article will discuss the application fields and working principles of this particular FFC.

Overview of XF3A-0855-41A

The XF3A-0855-41A is a high-performance FFC designed to provide reliable contact between two adjacent components. It is made up of a flat rectangular connector body, measuring just 8.55 millimeters by 42 millimeters, with a pair of mating edge fingers and mating contact pads. It is designed with a double pitch contact pattern and is qualified to withstand temperatures ranging from -30°C to +85°C. The XF3A-0855-41A is RoHS compliant and is UL certified (Class B).

Application Fields of XF3A-0855-41A

Due to its small size and flexible design, the XF3A-0855-41A is very versatile and is suitable for use in a large variety of applications. It works especially well in applications where two adjacent components are connected using a ribbon-type flexible cable. It is commonly used in consumer electronics, portable medical equipment, automotive electronics and industrial automation. Its small size makes it an ideal solution for applications where space and wiring complexity are critical concerns.

Working Principle of XF3A-0855-41A

The working principle of the XF3A-0855-41A is straightforward. In order for two adjacent components to be connected, a mating edge finger on either side of the FFC is inserted into a mating contact pad on the other side. This creates an electrical connection between the two adjacent components. The double-pitch contact pattern ensures that the connection remains secure and reliable even when the FFC is subjected to vibration or extreme temperature changes.

Conclusion

The XF3A-0855-41A is a small yet reliable FFC designed to provide a reliable connection between two adjacent components. Its small form factor and flexible design make it suitable for a wide variety of applications, including consumer electronics, portable medical equipment, automotive electronics and industrial automation. The working principle is straightforward, with two mating edge fingers engaging with contact pads on either side of the FFC, creating an electrical connection. The double-pitch contact pattern ensures that the connection remains secure and reliable even when the FFC is subjected to vibration or extreme temperature changes.

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