213300-3

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Housings form a major part of backplane connectors, which are used as connection infrastructure in computers and other digital electronic devices. The 213300-3 housing is a versatile and reliable choice for connecting digital systems at the backplane level. In this article, you will learn about the application field and working principle of the 213300-3 housing.

What Is the 213300-3 Housing?

The 213300-3 housing is part of a series of backplane connectors developed by Amphenol Industrial. This housing is designed to provide reliable electrical connection between two digital systems using a backplane connection. It is designed to comply with the radial, axial, and torque requirements of the specification, ensuring an accurate and secure fit. This housing offers a right-angle (90-degree) orientation for a comfortable and convenient connection.

What Are the Key Specifications Of the 213300-3 Housing?

The 213300-3 housing is a 5-row housing that consists of an insulated base mated with 5-rows of gold-plated connectors. The housing is 2U high and offers a total of 40 positions. It also has an anti-vibration/anti-shock latch that ensures a secure connection. The sockets can be easily accessible and allow for hot installation and removal of the connectors.

Other key specifications of the 213300-3 housing include a maximum current rating of 10A, a maximum voltage rating of 500VAC, and a durable operating temperature range between -55°C and 90°C.

What Are the Applications of the 213300-3 Housing?

The 213300-3 housing is suitable for use in a wide range of applications. Common use cases include instrumentation equipment, networking applications, industrial control panels, cable harnessing, automotive assemblies, and mission critical applications. The 213300-3 housing is especially well-suited for applications with high-vibration or shock environments.

What Is the Working Principle of the 213300-3 Housing?

The working principle of the 213300-3 housing involves connecting digital systems at the backplane level. The housing is composed of a base and a series of 5-rows of connected gold-plated sockets. When the two digital systems need to be connected, the base and connected sockets are mated together, and the connectors from the two systems are inserted and locked into the sockets. The latch provides a secure connection ensuring data accuracy and reliability.

The 213300-3 housing provides the highest level of performance and reliability due to its advanced design. The housing is designed to withstand high shock and vibration environments, making it suitable for a wide range of applications. Additionally, the sockets are gold-plated for an improved connection. The gold plating also ensures a longer operational life.

Conclusion

The 213300-3 housing is a reliable and versatile backplane connector suitable for a wide range of applications. Its 5-row design and robust construction make it an excellent choice for high vibration or shock environments. Additionally, the gold-plated sockets provide a secure and accurate data connection. This housing can easily be integrated into any digital system requiring backplane connections.

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