213623-5

Backplane Connectors - Accessories play an important role in the electronic industry. The 213623-5 application field and working principle is widely used, especially in the modern industrial environment. The design of this connector is specifically tailored to deliver reliability and longevity in many different settings and applications. This article will explore the background of the 213623-5, the application fields, and the working principle of this connector.

Background

The 213623-5 is a type of backplane connector, specifically designed for use in industrial applications. It has been designed with reliability and performance in mind and is extremely versatile when it comes to integration with other electronic devices. It is one of the most commonly used backplane connectors on the market, due to its robust construction, simple operation, and large number of available configurations. Manufacturers are able to choose from various contact materials, configurations, and levels of performance when designing a system.

Application Field

The 213623-5 backplane connectors are used in a wide range of applications. It can be found in medical imaging systems, industrial automation and control systems, robotics, security systems, automotive diagnostics, and more. Its design allows it to be used in harsh, high-vibration environments due to its superior wire retention system. It is also able to withstand temperatures up to 120°C, making it suitable for high-temperature applications. As a result, the 213623-5 is often used in harsh, high-performance environments.

Working Principle

The 213623-5 uses a reliable and robust mezzanine assembly that has six contacts that have contact paper insulation to prevent shorts or other electrical issues. The contacts are made of a high-performance, plated metal which provides a reliable connection that can transfer low and high-frequency signals. The addition of the contact paper insulation further increases the security of the connector, as it provides a physical barrier between the pins to ensure the metal contacts do not come into contact with each other. The mezzanine assembly is also very low profile, ensuring the system\'s overall size is kept to a minimum, allowing for easier integration.

The connectors are held together using small screws which also provides additional security by preventing the contacts from becoming disconnected or loosened. The connectors also have polarizing keys which help to ensure the connectors are correctly aligned and positioned, and to prevent misalignment and accidental contact.

In terms of performance, the 213623-5 is able to transfer signals up to 100 Gb/s and can also be utilized in multi-lane systems, allowing for increased data transfer speeds. This makes the 213623-5 a perfect choice for applications that require high-speed transmission of data. The connector also has exceptional electromagnetic interference (EMI) properties, ensuring that the system is not affected by any unwanted acoustic or electromagnetic interference.

Conclusion

The 213623-5 is a robust, versatile backplane connector that is ideal for a wide range of industrial, medical, and automotive applications. Its robust design, combined with its high performance, low profile, and polarizing keys makes it the perfect choice for many applications, where reliability and signal quality is critically important. Its EMI properties also make it a perfect choice for systems that require low levels of interference for optimal performance.