TM50RR2851A Connectors, Interconnects

TM50RR2851A Application field and Working Principle

Application Field

The TM50RR2851A is a high density, metal backplane connector. It is designed for use in applications with tight space constraints like storage area networks. It is rated for use up to 17 edges of high-density multi-cores and is suitable for single-ended signals, differential signals, or high-speed clock buses. It also supports stacking connectors, for applications that require more than one connector. Additionally, the connector has external low loss ground straps which can improve the signal integrity performance.

Working Principle

The TM50RR2851A backplane connector is designed to support a variety of configurations and applications. The connector and the associated cables are designed to minimize signal discontinuities. The contacts in the connector are arranged in a staggered pattern to accommodate various application needs. There are also shell shields that can be installed to block electromagnetic interference (EMI) from entering the system. In addition, the connector is designed with a unique two-piece design which allows for secure retention and reduced slippage.

The TM50RR2851A backplane connector supports a wide range of applications from simple storage systems to high-performance computing architectures. Its static arm design provides secure contact retention and the defined shell interface allows for a variety of board-stack configurations with-in a wide range of sizes. Additionally, the connector supports up to fifty contacts, allowing it to accommodate a variety of signal types, including single-ended, differential, and high-speed clock buses.

The TM50RR2851A backplane connector is suitable for a wide variety of applications. It can be used for high-density storage systems, computer servers, telecommunications, or automotive applications. Additionally, it can be used to connect multiple signal types, from low-speed single-ended signals to high-speed clock bus signals. Furthermore, it supports stacking connectors which can be beneficial for applications that need multiple connectors to reduce density or to increase signal trace length.