2170307-2

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Backplane Connectors - Hard Metric, Standard, have become increasingly popular in recent years with the rise of communication and networking technology. The 2170307-2 applications field and working principle are highly varied, with a range of connectors meeting a variety of engineering requirements. In this article, we look at what makes the 2170307-2 stand out from the rest.

What is a 2170307-2 Application Field and Working Principle

2170307-2 is a standard for connecting computer subsystems, such as a disk drive, CPU, or memory module, to a system backbone. It provides standard bus bars, contact and transmission patterns, mounting and fastening hardware and other options necessary to simplify the assembly of a system. This standard is an adaptation of the European COM-0208P standard, dating back to 1998.

This connector series meets the requirements of the PICMG 3.0 CompactPCI specification, and provides the ability to support the high density, "rich" signal environment of the high-performance CompactPCI bus connections. The proven pin and socket design can support a data transfer rate in excess of 35 Mbit/s according to the version and signal length.

Features of 2170307-2

The 2170307-2 series is a high-density connector family designed for use in high-performance computer applications where board-to-board or cable-to-board connections must be made. It features a high-density 68-position female flip-lock connector with a mating header. This connector has a single-polar orientation design and an easy-to-use latch on the plug for secure and reliable connections.

The 2170307-2 connectors offer a high degree of compatibility with existing hardware and have a proven record for compatibility with the CompactPCI bus requirements. This connector has multiple contact and wire retention options to support high-speed data transfer and secure connections. It has a very low resistance connection and can support high-speed signal rates. Its single orientation design makes installation and configuration hassle free.

Applications of 2170307-2

2170307-2 connectors have wide applications in network and communication systems, military and aerospace systems, peripheral devices, data acquisition systems, telecommunications systems, and control and monitoring systems. It is ideal for applications where space is limited and superior electrical performance is critical. Examples of applications that use this connector include industrial control panels, communications systems, peripheral devices, data acquisition systems, computer systems, and telecommunications equipment.

The 2170307-2 series is also heavily used in robotics, defense, medical, business, and consumer applications. The wide variety of connector options makes it possible to choose a connector for virtually any application. The connectors are also used in mobile devices and handheld computers to provide reliable signal transmission in demanding applications.

Working Principle of 2170307-2

The 2170307-2 connectors are designed to provide superior electrical performance and reliability. The contact technology provides low crosstalk, high-speed data transfer, and secure connection. The connector also incorporates cold flow resistance technology, which ensures consistent performance across varying temperatures. In addition, its single orientation design simplifies the installation and configuration process.

The strong connecting tab on the plug ensures a secure fit and ensures high performance. The shielding and mechanical compatibility increase signal integrity and reduce mechanical vibration. The contact elements are designed to provide reliable contact and long life even in the toughest environments. The connectors are compliant with the RoHS, i.e. Restriction of Hazardous Substances, directive.

Conclusion

2170307-2 is a versatile family of hard metric, standard, connectors designed for use in high-performance computer applications. The connector is designed to meet the requirements of the PICMG 3.0 CompactPCI specification and provides superior electrical performance and reliability. The variety of options available makes it ideal for a wide range of applications and its single orientation design simplifies the installation and configuration process. The strong connecting tab ensures a secure fit and ensures high performance.

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