1663767-3

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Backplane Connectors – Accessories

Backplane connectors provide optimal and sophisticated data paths for high speed and complex applications. These connectors have been setting the standard for both speed and reliability since they were first introduced. And they have become essential components of high performance digital and computer systems.

The 1663767-3 backplane connector is a popular choice among many types of computer systems for its superior performance and flexibility. It features a high-efficiency design which makes it better suited for higher speed applications. Its two-part design is easier to assemble and maintain compared to many other types of connectors. The two parts – the female and the male halves – interconnect securely, making sure that your setup is free of any signal losses and is not affected by unwanted mechanical vibrations. The parts of the connector can even be removed in cases where they need to be replaced, making servicing and upgrades easier.

The 1663767-3 backplane connector has become the go-to component in applications where signal integrity is of the utmost importance. The numerous features of the connector make it ideal for a variety of systems, including telecoms, datacom, high-end storage and networking, among others. It is often used to connect routers, modems, and other data control equipments, as well as to connect servers to local area networks.

Working Principle

The 1663767-3 backplane connector works as a dual high speed, low profile connector to provide an efficient data path. It features an innovative design that enables it to support data transfer rates of up to 5 Gbps. By making use of the right materials and an optimised design, the connector also ensures stable and reliable transmission. It can be installed on any flat, vertical or horizontal plane, making it a versatile choice for connecting sensitive data pathways.

The working mechanism of the 1663767-3 backplane connector is based on the principle of impedance matching. A specialized matching board is used to ensure that the connector meets the pre-defined electrical series impedance, which is recommended for highest efficiency. The connector also makes use of the most advanced combination of signal pinning, power pinning, and grounding techniques to ensure the highest signal integrity and optimum anti-interference performance.

By getting impedance-matched, the 1663767-3 backplane connector transports signals with the lowest possible electrical loss rate, while preventing unwanted crosstalk from happening and guaranteeing data transfer at the highest speeds. This precisely tuned connector also allows for the removal of mechanical contact construction, which helps reduce the overall weight and providing an additional layer of protection against shock and vibration.

In addition to its sophisticated transfer mechanism, the 1663767-3 backplane connector also stands out due to its low power dissipation and shielding effectiveness. The connector can reduce power dissipation by up to 120 mV due to a more effective design and lower contact resistivity. It is also equipped with built-in shielding materials, which help reduce crosstalk and electromagnetic interference.

Conclusion

The 1663767-3 backplane connector is designed to satisfy any high-performance application. Its innovative design and precise engineering ensure high-speed data transfer while preventing any signal losses and other related issues. Thanks to its wide compatibility with a variety of equipments and systems, the 1663767-3 backplane connector sets the standard in digital and computer systems, and will continue to do so for many years to come.

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