10119128-G0C-70DLF

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The Field of Application and Working Principle of 10119128-G0C-70DLF

The 10119128-G0C-70DLF is a type of specialized backplane connectors. It is typically used in fields such as communication systems, computer, industrial, medical, and military electronics.

The connector is notable for its wide temperature range, its water-resistant construction, and its high data transfer rates, and it is usually used in situations where the environmental conditions are particularly extreme.

Design and Construction

The 10119128-G0C-70DLF is a modular, single-port connector. It features a high number of mating cycles, and it is highly reliable. It consists of two main parts – a link module, and a rear support module – that can be customized according to customer needs. The connector has an air-cushioned system, which minimizes mating pressure and eliminates contact damage. It is designed to meet the IEC 603-2 and IEC 603-4 standards.

The connector has a low profile design and it is compatible with a wide range of backplanes.

Data Transmission

The 10119128-G0C-70DLF has a data transfer rate of up to 8 Gb/s, enabling it to transmit large amounts of data quickly and reliably. It also has a high signal integrity, meaning that data can be transferred without interference or noise.

The connector provides superior noise- and RF-immunity, making it ideal for use in environments where the signal integrity is critical. It also features shielded contacts and low standing ESD-induced currents.

Durability

The 10119128-G0C-70DLF is designed to withstand extreme environmental conditions. It has an extended service life and is designed to withstand high temperatures, high pressures, and mechanical shocks and vibrations. It is also IP67-rated for dust and water resistance.

Conclusion

The 10119128-G0C-70DLF is a specialized backplane connector designed for use in communication systems, computer, industrial, medical, and military electronics. It has a wide temperature range, a water-resistant construction, and a high data transfer rate, making it suitable for extreme applications. It has a low profile design and is compatible with a wide range of backplanes. It also provides superior noise- and RF-immunity, shielded contacts, and low standing ESD-induced currents.

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