51915-339LF

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51915-339LF Backplane Connectors are specialized connectors typically used in high speed requirements and applications where environment plays a role. Common applications for this particular connector are found in medical equipment, industrial automation, and 5G radio base station. This type of connector is compliant with multiple industry standards such as IEC, EN 60945, NEMA, VDE, and UL. This article will discuss the application fields and working principles of 51915-339LF backplane connectors.

Application Fields

The standard 51915-339LF connector has a range of suitable application fields. Medical equipment that require high-speed connectivity are one of the most common applications. Typically, the device needs to transmit large amounts of data quickly and reliably without being affected by surrounding environment, such as vibrations or environmental changes. Another common application for 51915-339LF connectors is industrial automation. Control systems, such as conveyor systems, require high-speed and secure data transmissions. Furthermore, these connectors can be used in 5G radio base stations, allowing a faster transmission of data between cell phones and the base station.

Working Principles

The core of the 51915-339LF connector design is based on an array of square stainless steel pins, which connect the top and bottom columns of the connectors. The connectors are secured by a unique latching mechanism, which greatly reduces system vibration and noise. The connector also includes an additional housing that helps protect the connections from environmental factors, such as dust, water, and corrosion. Furthermore, the connector is designed to function in extreme temperature conditions, ranging from -55°C to +125°C, without any significant performance degradation.

In addition, the 51915-339LF backplane connectors utilize a highly reliable differential signal transmission technology. This technology ensures high data rates and maximum signal quality while eliminating common mode noise and crosstalk. The differential signal technology also offers excellent attenuation and return loss specifications, providing superior signal integrity.

The 51915-339LF connector is fully compliant with multiple industry standards, such as IEC, EN 60945, NEMA, VDE, and UL, providing a highly reliable connection for multiple applications. The connector is also designed to meet stringent requirements, including mating cycles greater than 1000 cycles and a rated current of 12A. Moreover, the contact pins of the connector are designed with a non-contaminated, solid metal construction to provide superior contact reliability and superior vibration resistance.

Conclusion

The 51915-339LF backplane connectors have a variety of application fields due to their robust construction and multi-standard compliance. They can be found in medical equipment, industrial automation, and 5G radio base stations, providing reliable and secure data transmissions. The core of the design is an array of square stainless steel pins that provide superior signal integrity and vibration resistance. The connector also offers a rated current of 12A, a mating cycle of 1000 cycles, and resistance to extreme temperature conditions. All of these features make the 51915-339LF backplane connector a reliable and versatile choice for multiple applications.

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