ET60S-06-24-04-L-RT1-GP

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Backplane connectors are designed to transmit and distribute high speed data signals between printed circuit boards, at speeds far surpassing the limitations of current cabling technologies. Specialized backplane connectors, such as the ET60S-06-24-04-L-RT1-GP, are designed to meet specific requirements, such as increased speed, reduced size, improved reliability, higher power throughput, and easier installation. This article will discuss the application fields and working principles of the ET60S-06-24-04-L-RT1-GP.

Application Fields

Due to its small size and high data transfer capabilities, the ET60S connector is popular in a variety of industries and applications. The connector is ideal for distributed control system connection, signal transmission systems, computer systems, cloud servers, communications servers, etc. It is also a common choice for miniaturized embedded systems.

The ET60S connector is highly suited to applications where space and size are limiting factors, and the excellent signal transmission of the connector enable users to minimize the size of the system, while still providing high speed, reliable data transfer. The ET60S is popular in telecommunications and data-mining applications, and is often used to connect mobile devices to the Internet.

The ET60S connector also has high power and signal transmission capabilities, and is a popular choice for industrial automation and robotics applications, such as connection between power supplies and control boards. It is also popular in energy industry applications, such as in energy distribution systems, solar cell arrays, and wind turbine systems.

Working Principle

The ET60S connector is a high speed type II backplane connector. It has two rows of 24 contacts, with contact pitches of 0.8mm. Each contact can transfer up to 6A, with an overall current rating of 120A. The contacts in the connectors are high quality solders, which are not sensitive to temperature and are resistant to vibration.

The contacts in the ET60S connector use an SMT technology, which allows the contacts to be soldered directly to the printed circuit board. This eliminates the need for the connector to be soldered individually, saving time and reducing costs. The contacts also have a low profile design, which enables the connector to be used in restricted spaces.

The ET60S connector also has a high degree of reliability. Its two rows of contacts are designed to ensure that the contactpins are efficiently protected from oxidation due to the presence of inert gas. The contact pins also have a high mechanical strength, which can withstand a large amount of shock and vibration without breaking.

The ET60S connector is also designed to provide a reliable connection in extreme temperatures. Its dielectric strength and insulation resistance is superior to other connectors, and it can be used in temperatures ranging from -40C to +100C.

The ET60S connector is designed to provide a reliable connection in a variety of applications. Its small size and high data transfer capabilities make it a popular choice for distributed control system connection, miniaturized embedded systems, industrial automation and robotics applications, and energy industry applications.

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