ET60T-02-24-02-S-RT1-GP

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Backplane Connectors - Specialized – ET60T-02-24-02-S-RT1-GP application field and working principle

The ET60T-02-24-02-S-RT1-GP is a type of specialty backplane connector that is popular in a wide variety of applications, and is widely used in industrial, medical, and other industry-specific applications. It is a surface mountable, DIN-rail mounted, 24-way, 2-row pluggable connector that connects two backplanes to one another, or to some other type of device.

A backplane is an electronic circuitry that allows various devices to communicate and make connections to one another. In the case of the ET60T-02-24-02-S-RT1-GP, it serves to connect the two backplanes by means of two rows of pins. The connector itself is constructed from hard plastic housing and spring-loaded contacts which are housed inside the connector.

The ET60T-02-24-02-S-RT1-GP is primarily used in industries that require high-speed data rates, such as telecommunications, automotive, aerospace, medical, and factory automation. It is also popular for applications in which there are high vibration or shock conditions, or where there is a risk of corrosion. This is due to the connector’s ability to sustain extreme environmental conditions, such as in high temperature and corrosive environments.

The working principle of the ET60T-02-24-02-S-RT1-GP is quite simple. The spring-loaded contacts of the connector ensure that when the two backplanes are connected, the pins of the connector are securely engaged with each other. Once the connection is established, data can then be transmitted between the two backplanes.

The ET60T-02-24-02-S-RT1-GP is a specialized backplane connector that can provide a reliable and secure connection between two backplanes. It is considered to be a robust connector and is suitable for a wide range of industrial, military, medical, and other high-speed, high-performance applications. The connector is capable of providing reliable performance in extreme temperatures, corrosive environments, and high-vibration and shock conditions.

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