51952-290LF

Introduction

51952-290LF backplane connectors are specialized connectors designed for I/O or PCB applications. They offer superior signal integrity and superior throughput for various applications. These connectors are available with a variety of pin counts and can accommodate up to 8mm ribbon cable and 6.25mm strip ribbon cable in configurations. The 51952-290LF backplane connectors are ideal for use in I/O expansion boards, high frequency I/O cards, hot pluggable I/O cards, and high density applications.

Application Field and Working Principle

These specialized backplane connectors are suitable for a wide range of applications such as data communication, computer peripheral systems, industrial process control systems, and telecommunication systems. The 51952-290LF has a high-density design which allows up to 48 contacts per row, mounting on a versatile .080 or .200 pitch centers. The contacts of these connectors are made from phosphor bronze with gold plating over a nickel barrier and are rated for 20-30mΩ contact resistance. The connector has a 0.032” thick pitch with 0.1” fastener head and is designed for ribbon cables with a maximum width of 3/32”.

The working principle of the 51952-290LF backplane connectors is simple. They transmit signals through a pair of coaxial pins. The input signal is routed through one pair and the output signal is routed through the other pair. The pair of connectors are connected to a board-level interface which supports high-speed signaling. This suite of connectors is designed to provide shielding to protect against noise and interference and also protect against static electricity. The 51952-290LF can also provide EMI and ESD protection when used correctly and is designed for low insertion and withdrawal forces.

Advantages

The 51952-290LF backplane connectors\' primary advantages are their high-density design and superior signal integrity. The high-density design enables up to 48 contacts per row mounted on .080 or .200 pitch centers. This allows for more signal paths which in turn results in higher signal speeds. The superior signal integrity of the 51952-290LF also means that the signals can be transmitted with minimal interference and attenuation. This translates to improved signal throughput.

The 51952-290LF also features EMI and ESD protection. It is designed to reduce noise and interference which ensures that signals are transmitted without distortion. The ESD protection also makes sure that the device is protected against static electricity, ensuring a longer lifespan and improved reliability.

The 51952-290LF is also designed for low insertion and withdrawal forces, making them easier to install and remove. This helps reduce the risk of damage and makes it more convenient to install and remove the device. The 51952-290LF is also available in a variety of pin counts, ensuring that it can be used for a variety of applications.

Conclusion

The 51952-290LF backplane connector is a specialized connector designed for I/O and PCB applications. It offers superior signal integrity and superior throughput for various applications. The high-density design of the 51952-290LF allows up to 48 contacts per row mounted on a .080 or .200 pitch center. This means that more signals can be transmitted resulting in higher signal speeds. The superior signal integrity of the 51952-290LF also ensures that signals are transmitted without distortion. The 51952-290LF is also designed for low insertion and withdrawal forces, making it easier to install and remove, ensuring a longer lifespan and improved reliability.