1766719-1

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Backplane connectors are specialized components designed to connect high-speed data cables. The 1766719-1 is a type of backplane connector that is used in a wide range of applications, including telecommunication, data communication, and consumer electronics. This connector is designed to handle high-speed data transmissions, as well as high-bandwidth signals.

The 1766719-1 features an optimized design for excellent signal integrity. It has an eight-row, symmetrical design with staggered pins for better mating and a rotating top shell for easier PCB mounting. The connector also features a high-performance printed circuit board that is designed to provide maximum PCB-to-connector flexibility. The connector can be used for applications that require throughput speeds up to 10 Gbps and comes in a variety of shapes and sizes, including right angle, straight, vertical, and vertical-toe-down configurations.

The 1766719-1 connector also offers superior durability. It is designed with a highly-rated material to ensure long-term reliability. It has a low insertion force, allowing for easy connection. The connector also features an integrated power contact, making it can accept both hot- and cold-swap pluggable modules. It is RoHS compliant, making it suitable for use in applications requiring compliance with environmental standards.

The 1766719-1 backplane connector also has a high-performing working principle. It employs differential signaling to reduce the requirement for system noise suppression. It supports 12 differential pairs on the PCB and eight staggered SMT contacts for PCB-to-connector connections. It also uses an optimized pin spacing and contact orientation to reduce the number of discrete components needed for system-level signal routing.

The 1766719-1 backplane connector is an excellent choice for applications requiring high-speed data and bandwidth. It is designed to provide superior signal integrity and to ensure superior durability. Its high-performing working principle ensures reliable signal routing while its low insertion force makes it easy to connect and disconnect. Moreover, its RoHS compliance makes it suitable for use in applications requiring adherence to environmental regulations.

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