5223061-1

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5223061-1 Backplane Connectors: Application Field and Working Principle

Backplane connectors are specialized connectors that are used to connect various electronic components in customer, enterprise, and industrial-level hardware applications. The 5223061-1 is a type of high-density, high-speed backplane connector, which is specifically designed to offer reliable signal integrity and reduce space requirements in systems that have especially high density requirements. Such backplane connectors offer reliability and power integrity during operation, ensuring signal quality and longevity. In this article, we will explore the application field and working principle of the 5223061-1 backplane connector.

Application Field: The 5223061-1 connectors are primarily used in high-density computing environments such as servers, routers, switches, base stations, and other electronic components. Servers, in particular, benefit from the reliable high-speed signaling ability of these connectors, as they typically feature many different sockets and port connectors. Additionally, these connectors are also used as replacement parts for older systems and in legacy applications.

The 5223061-1 connectors are also well-suited for applications that require high power transmission and/or require extremely low power-to-data ratio transmission. These connectors also offer strong EMI/RFI protection, which makes them an ideal choice for applications that require excellent signal integrity and noise immunity. Moreover, due to their high-density design, these connectors are also suitable for small-form-factor applications, such as wearable technology, medical implants, and mobile applications.

Working Principle: The 5223061-1 connector works by using low-profile, high-density mechanical elements to create a durable connection between two electronic components. The connector features a number of contact ‘fingers’ which are soldered or inserted into the PCB (Printed Circuit Board) in order to establish reliable and secure contacts between the different parts. These contact fingers are designed to have a low insertion and extraction force, allowing for easy and effortless disengagement or reconnection. Additionally, each contact is protected by a metal spring to ensure optimum durability and isolation.

The 5223061-1 connector also features advanced dual-beam construction, with each pair of contact pieces engineered to have a fine-tuned stiffness. This allows the contacts to remain engaged even in applications that require multiple insertion and removal cycles. Moreover, the connector has a unique wave-guide system for improved EMI (electromagnetic interference) and RFI (radio frequency interference) performance. This ensures that externally emitted noise is not transferred between the contacts.

Finally, the 5223061-1 connector also has a ground bar interlock feature which provides additional mechanical strength and helps to ensure reliable high-speed operation. This prevents any unwanted noise created by changes in the power connection from being transferred between the contacts.

In conclusion, the 5223061-1 backplane connector is a reliable and highly efficient connector which is designed for high-density computing apps. It has a number of innovative features which ensure secure mating and power transmission, and provide excellent EMI and RFI performance. Additionally, the mechanical features of the connector provide reliability, excellent contact resistance, and easy maintenance.

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