5646572-1

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Backplane connectors are a versatile, but often overlooked, component of any hardware system. Facilitating the functional communication between PCB boards, backplane connectors are essential in interconnecting multiple printed circuit boards (PCBs) together. One variation, the 5646572-1 hard metric standard, combines signal, power, and ground contacts on an easily integrated module for improved efficiency and reliability in more advanced electronic systems. This article will cover both the application fields and working principles of the 5646572-1 hard metric standard.

Application of the 5646572-1 Hard Metric Standard

The 5646572-1 connector is an InfiniBand spine-leaf backplane connector that can be used for a variety of different application fields. It is primarily used to provide connectivity between servers and devices, enabling users to achieve greater performance than that of a standard Ethernet connection. It is designed for high-speed, low-latency data transfer between multiple boards, making it ideal for use in applications such as storage area networks (SANs) or other high-performance network infrastructures. Additionally, the connector is suitable for use in RAID systems or other fault-tolerant configurations.

The 5646572-1 connector is also highly suited for use in telecommunications and networking applications. It is suitable for use in telecommunications central offices (COs), data centers, or low-voltage environments, such as Ethernet switches, where size and weight are essential design factors. The connector is also suitable for use in larger-scale data communication infrastructures, such as IP routers and switches, or multi-service infrastructures where voice, data, and video signals are supported.

Working Principle of the 5646572-1 Hard Metric Standard

While the connection points and contact area layouts of the 5646572-1 connector are similar to that of a standard D-sub combined contact connector, it uses a different housing and design. Instead of the traditional round-pin configuration, the connector is designed around a set of rigid rectangular plates, which are used to hold and support the contact elements, allowing for greater reliability, strength, and durability. The connection module is designed to self-align the contacts upon connection, improving accuracy and consistency.

The contact elements themselves are designed with four distinct levels, allowing for improved signal-to-noise ratio and better linearization. The modules allow for redundancy and increased current capacity, allowing for improved system protection and increased current handling capabilities. Additionally, the modules offer improved thermal features, providing for improved operating temperatures and improved durability.

The 5646572-1 connector offers various types of modules, which can be used to meet the specific needs of a given application. These modules can be used to provide power, ground, and digital signal connections, depending on the type of system being connected. The modules are also designed to be modular and expandable, with options for additional contacts and connections available for specific solutions.

In conclusion, the 5646572-1 hard metric standard is a versatile and reliable connector that is suitable for a variety of different applications. Through its improved mechanical and electrical features, it provides improved efficiency, reliability, and durability. As such, it is a great choice for high-performance systems, as well as more traditional applications, including telecommunications, networking, storage, and multi-service infrastructures.

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