XF2B-6155-31A

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Flat Flexible Connectors (FFC/FPC) offer higher reliability and better contact force with lower insertion force compared to other connector types. As smaller, lighter, and more reliable electrical connection solutions, FFC/FPC connectors are becoming increasingly popular for a variety of applications. The XF2B-6155-31A is a FFC/FPC Type E connector designed for a wide range of applications.

The XF2B-6155-31A is a three-pin FPC/FFC Type E connector, with a locking structure feature that ensures reliable connection of the connector to a printed circuit board or mating components. The connection between the board and the connector is made through a continuous metal contact element contained within the FFC. This contact element ensures a low-resistance electrical connection between the mating components.

The XF2B-6155-31A FPC connector features two contact pins in a row, one pin in a corner, and a gold plated housing. The housing is designed with an insulation displacement contact (IDC) technology and a crimp contact that securely fixes each individual wire. The FFC/FPC connector also features an insulating foam pad designed to prevent possible contact between two different wires, thus protecting against electrical short circuits.

The XF2B-6155-31A FFC/FPC connector is suitable for a wide range of applications due to its low profile, high flexibility, high speed, and low insertion and contact force. It can be used in applications related to computers, communication equipment, signal processing, and audio and video equipment.

Apart from its application areas, the XF2B-6155-31A FFC/FPC connector’s working principle in terms of contact has also gained some prominence. A contact element, which is that part of the FFC that makes the electrical connections between the reference board and the connector, is usually made of copper. As this contact element, which is located beneath the FFC surface, is applied pressure force by the connection of the anchor, the conductor mid-spring contact system molds the connector pins to the reference board.

Further, the working principle of the XF2B-6155-31A FFC/FPC connector in terms of the locking structure is realized through its locking structure feature. The locking structure feature secures the latch assembly in place while providing an audible and visible indication of the contact assembly being properly locked. This ensures reliable connection of the connector to the printed circuit board.

In conclusion, the XF2B-6155-31A FFC/FPC connector is a reliable connection solution featuring an insulation displacement contact (IDC) technology and a crimp contact that securely fixes each individual wire. It’s suitable for a wide range of applications due to its low profile, high flexibility, high speed, and low insertion and contact force. Additionally, the working principle of this FFC connector involves contact elements and a locking structure feature.

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