10106262-7005001LF

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Backplane connectors are specialized connectors used to hold together multiple printed circuit boards (PCBs) and form back plane assemblies. Such assemblies are used in many electronic systems to bring together multiple input/output or memory cards on an electronic backplane. The 10106262-7005001LF is a backplane connector designed to deliver superior signal integrity performance for highly compact multi-layer designs, with a pitch of 0.8mm and a top contact press-fit. It is a one-row angled SMT socket, which contains 1, 50-contact single female connector.

The 10106262-7005001LF is designed to expand broadband bandwidth, reduce insertion loss, and improve signal integrity and crosstalk in highly compact interconnect systems. The contact spacing of 0.8mm enables applications requiring high-density. This reduces the amount of space required to mount the connector while providing a higher number of connections on each row. The connector features a high-durability press-fit standoff design, which allows for stable engagement for unit connections with no post-assembly soldering required.

The 10106262-7005001LF is well-suited to applications that require high-speed switching, such as video links, HDMI cables, infotainment systems, automotive display panels, and cell phone displays. Typical application fields value high-speed signal integrity, precision, security, and reliability. The connector is also suitable for the expansion of high-density memory cards, data storage cards, and industrial automation equipment.

The working principle of the 10106262-7005001LF backplane connector is based on a one-row angled SMT socket. The socket is paired with 50 single female contacts, which are inserted into a contact area formed between the sockets. When the contacts are inserted the contact precision and repeatability at the mating interface is assured, thus providing excellent signal integrity. The contacts are held in place by a press-fit standoff design, which prevents them from disengaging after being inserted into the contact area.

When the backplane connector is engaged, the contacts are held firmly in a stable position, ensuring reliable electrical connection between the two parts of the backplane. The contacts are designed with spring metal fingers to ensure high reliability and robustness. Electrical connection is achieved by horizontal movement of the pins when mating occurs. This movement helps to ensure the desired electrical performance is achieved without compromising the mechanical integrity of the connector.

The benefits of using the 10106262-7005001LF backplane connector include high speed signal integrity, precision, security, and reliability, due to the spring metal contacts. The 0.8mm pitch enables applications requiring higher-density interconnects in a more compact format, while the press-fit contact design ensures reliable contact engagement. By using the backplane connector, electronic engineers can reduce system cost and realize higher connection density while providing improved signal integrity and crosstalk.

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