10120130-R0J-50DLF

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Backplane Connectors - Specialized

The 10120130-R0J-50DLF is a specialized backplane connector designed for superior performance and utmost reliability in high-speed applications. These connectors are manufactured from top-grade materials and are specifically designed for use in harsh environments, enabling high-speed data transfer speeds, low signal skew and excellent signal integrity.

Design and Construction

The 10120130-R0J-50DLF connector is a 2-row, 50-position right angle connector, with a ‘D-type’ contact layout. It features a surface mount style of construction and is very low profile – measuring less than 5 millimetres in height. The connector itself is made from a die-cast phosphorus bronze base, with gold plated phosphor bronze contacts. It has an operating temperature range of -40°C to +125°C, making it well suited for use in a wide range of industrial applications.

Applications

These backplane connectors are well suited for networking applications, wireless infrastructure applications, and rack-mountable systems as well as a range of industrial automation applications. They are also commonly used in a variety of embedded systems, including servers, storage controllers, RAID enclosures, monitoring equipment, lighting control and multimedia equipment.

The 10120130-R0J-50DLF can also be used in applications requiring high-speed data transfer, such as in computers, servers, telecommunications, high-end scientific/medical imaging equipment, as well as signal processing and machine vision applications. It has a rated current of 1.2 decibels, making it well suited for high-speed data applications.

Working Principles

The 10120130-R0J-50DLF connector operates on a system of matched impedance characteristics between connector and cable. This ensures that the electrical signals are transmitted without any distortion or signal loss. The connectors feature a four-way termination design that eliminates the possibility of skew between the signal and ground contacts, which can lead to signal integrity issues.

The connector also uses a signal waveform variation-based technology to ensure reliable transmission of the signal. This technology enables the connectors to transmit signals with low skew and optimized signal integrity. The connectors are also designed to provide increased protection against EMI and ESD interference, helping to reduce the chances of data corruption.

Conclusion

The 10120130-R0J-50DLF is a specialized backplane connector designed for superior performance and utmost reliability in high-speed applications. It is constructed from high-grade materials and is designed to withstand harsh environments, enabling high-speed data transfer speeds, low signal skew and excellent signal integrity. The connectors are highly reliable and are well suited for a variety of industrial and engineering applications.

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