51952-106LF

Backplane Connectors are used to make connections between a computer\'s main circuit board and peripheral devices. Specifically, the 51952-106LF Backplane Connector is a specialized type of backplane connector which is designed to provide high-speed transfer and low power consumption in applications such as digital telecommunications boxes, computer servers, and embedded systems. This type of backplane connector is typically used in mission-critical applications which require precise signal transmission.

Application Field

The 51952-106LF Backplane Connector is best suited for applications in the digital telecommunications field, such as point-to-multipoint systems, wireless systems, and land mobile radio systems. This type of backplane connector is also commonly used in servers, HPC systems, embedded systems, and storage systems. With its high-speed transfer and low power consumption, the 51952-106LF Backplane Connector is an ideal solution for these types of applications.

Working Principle

The 51952-106LF Backplane Connector uses a double-row, surface-mount contact design to provide reliable and efficient signal transfer. The connector has 32 contacts, including 28 current contacts and 4 ground contacts. Each of the 28 current contacts is rated at 1A (current) and 250V (voltage). The contacts are also arranged in a straight-row pattern, which helps to reduce the number of interconnections and eliminate potential cross-overs.

The design of the 51952-106LF backplane connector also makes it highly resistant to vibration and shock, and its small size makes it well suited for space-constrained applications. Additionally, the backplane connector features a dielectric strength of 1,500V AC/DC, allowing it to provide reliable signal transfer even in the presence of high levels of electric noise or interference.

The 51952-106LF backplane connector also supports hot plugging, meaning it can be plugged in while the connected system is still powered on. This makes it suitable for applications where plugging and unplugging is required, such as test rigs and reconfigurable systems.