207596-2 Connectors, Interconnects

Backplane Connectors - ARINC 207596-2

ARINC 207596-2 is a type of backplane connector, a specialized interconnection device designed for use in routing high-bandwidth data, power, and other signals between multiple physical media over short distances. ARINC 207596-2 backplane connectors are specifically engineered for use in an array of high-performance computing platforms, such as redundant server arrays, multi-processor applications, or when interconnecting multiple printed circuit boards in a single system. ARINC 207596-2 connectors ensure reliable and stable data transfer while accommodating very high current levels, complex signal routing, and a variety of other requirements.

Applications

ARINC 207596-2 backplane connectors provide a comprehensive set of features and performance that make them ideal for various applications. For instance, ARINC 207596-2 can be used as the primary interconnect for high-performance computing systems, where they are used to create scalable processor architectures, such as multi-core chips and GPUs. ARINC 207596-2 can also provide exceptional data traffic speed between physical media, allowing for huge scalability when deployed in large computing networks.

ARINC 207596-2 connectors are also ideal for data transfer between multiple servers in a distributed computing architecture. With the ability to pass signals ranging from tens of kilohertz up to 10 GHz, they are suitable for connecting computer systems with large data transfer requirements. They are also suitable for use in densely packed systems, where the connectors must provide strictly compliant signal quality and optimized utilization of limited space.

Furthermore, recent developments in the field of backplane connectors also make ARINC 207596-2 suitable for networking more than just computer systems. The same high-bandwidth and high-current capabilities now make them popular in the automotive, aerospace, and medical industries, where they are used in connection modules, radio systems, and instrumentation systems.

Working Principle

The mechanism underlying the performance of ARINC 207596-2 backplane connectors lies in their use of two offset holes that create a connection between multiple physical media. The design of these connectors allows for a number of bus configurations, including but not limited to a differential bus, a single-ended bus, and multiplexed lines for high speed digital I/O. The dual-contact design further enhances the reliability and stability of the connection.

The two offset holes also permit the connector to perform as a bridge between different types of physical media, allowing for the integration of a variety of different interfaces as well as signal and power routing capabilities. The design of ARINC 207596-2 also eliminates unwanted crosstalk between multiple interfaces and ensures that signals within the connector are properly isolated from the environment.

ARINC 207596-2 connectors also feature a number of design options that allow for purpose-specific installations. Different contact placements, clip designs, and contact sizes enable the connector to be configured to meet specific application requirements for signal transmission and current handling. ARINC 207596-2 also integrates an EMC adaptor, which is used to provide noise suppression against high-frequency transients for sensitive digital components.

Conclusion

ARINC 207596-2 are backplane connectors specifically engineered and provide a number of features and capabilities that make them suitable for use in a variety of different applications requiring high-bandwidth and high-current connections. These connectors are ideal for routing data signals and power between multiple physical media, and are designed to efficiently eliminate unwanted crosstalk and noise while providing reliable signal quality.