1469077-1

Backplane Connectors - Specialized connectors are designed to specifically meet the needs of a system or component. The 1469077-1 application field and working principle is one such example. This is an industry standard product used in a variety of applications.

The 1469077-1 backplane connector is available in various mating configurations and configurations depending upon the application parameters. The contacts are designed to ensure reliable electrical connection and maintain a low resistance electrical path between the two connectors. The copper alloy contacts are designed for high current carrying capability and are capable of carrying power of up to 75A. The mating contact configurations are available in two-row, four-row, six-row, eight-row and twelve-row configurations.

The 1469077-1 backplane connector is designed for use in a wide variety of power and signal applications. Its use has become ubiquitous in board-to-board and backplane connectivity in such applications as telecommunications, automotive, and computing applications. The connector is a good choice for use on 12V, 24V, 48V, and 60V systems.

One of the main advantages of the 1469077-1 backplane connector is its ease of use. The contact configuration is standardized, and the contacts can be easily disassembled for cleaning. The backplane connector is designed for use with double-row headers, making it very easy to use with multiple board designs. The simplicity of the connector ensures that it is compatible with any system design.

The 1469077-1 backplane connector is also designed to provide robust connections for power and signal applications. The copper alloy contacts provide maximum current carrying capacity, and the connectors have high reliability when making connections. The contact design of the connector allows for a high density connection. The contacts are designed for good electrical contact and maintain superior electrical connection integrity.

The 1469077-1 backplane connector is designed for use in a variety of fields and applications. It has become the standard connector for a variety of designs in varying fields, including telecommunications, automotive, and computing. Its ease of use, robustness, and versatility make it a choice product for various systems.