17141462205

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Backplane connectors allow machines and electronics to be interconnected on a variety of levels. They have found wide application in the fields of military, aerospace, communication, and consumer electronics. 17141462205 backplane connectors are high-speed connectors which are created with a combination of hard-metric and standard interfaces, making them ideal for complex data and power applications. This article will explain the different applications and working principles of 17141462205 backplane connectors.

Applications

17141462205 backplane connectors are designed for a wide range of applications and can handle high data rates with low power consumption and low crosstalk. They are used for distributing data, signals, and power within complex computing systems where reliability and enhanced performance are needed. Such applications include aerospace, military, industrial, medical, communications, and consumer electronics.

17141462205 connectors are also used in industrial automation, robotics, and factory automation, and are especially suitable for applications requiring high signal transmission speeds. They are well suited for circuit boards of any size, whether small, medium, or large.

Hard Metric Connectors

17141462205 backplane connectors use a standard hard metric interface, meaning that they are designed to meet specific performance and installation criteria set forth in industry standards. These connectors feature a series of pins along the edge of the connector which can be used to create a "hard-metric" connection that is reliable and assured. The hard-metric interface reduces data transmission errors and also supports faster data transfer rates. Furthermore, the hard-metric connector offers increased durability and reliability because it has fewer pins than a typical standard connector, making it less susceptible to wear and tear.

Standard Connectors

17141462205 connectors are also built with standard connectors. These connectors allow for easy installation and maintenance and may be used with different types of data, signals, and power. These connectors are designed in such a way that they can be either fixed or mobile, allowing for flexible cable routing. In addition, standard connectors are typically used for both composite cables and individual wires, enabling increased flexibility and scalability.

Working Principle

17141462205 backplane connectors are designed to deliver reliable, high-performance data transfers and power to computing systems over long distances. They use a hard-metric interface to establish tight contact between two assemblies, reducing data transmission errors and providing a more reliable connection. Furthermore, the connectors also provide flexible cable routing, enabling them to be used in a variety of applications.

17141462205 backplane connectors also feature a system of pins and receptacles that provides enhanced signal integrity, enhanced power performance, and reduced crosstalk. This all-in-one system ensures that signals can be transferred with high fidelity and that power can be distributed cleanly and efficiently without interference.

17141462205 backplane connectors are designed to withstand extreme conditions and vibrations and are also corrosion-resistant. This makes them ideal for use in tough, hazardous environments such as those encountered in military, industrial, and aerospace applications. Additionally, the connectors also have a long lifespan and are easy to maintain, making them a cost-effective choice for even the most demanding applications.

Conclusion

17141462205 backplane connectors allow for hard-metric and standard interfaces to be combined for reliable high-speed connections. Such connectors provide extreme durability, increased reliability, and high performance in a variety of applications. This makes them suitable for complex data and power requirements within military, industrial, and aerospace applications. Furthermore, their ease of use and maintenance make them a cost-effective choice.

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