17551441106

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Backplane Connectors – Hard Metric, Standard

17551441106 is a backplane connector that is designed to provide hard metric connections between electronic components on a circuit board. It is an ideal choice for applications requiring high speed data transmission, minimal signal loss and electromagnetic interference, and low power consumption.

This type of backplane connector features a hard metric layout and employs a double-row design with 12 contact points in each row. This design allows data transmission at speeds of up to 10 Gbps while consuming significantly lower power than other components with similar specifications. This type of connector is also highly resistant to electromagnetic interference, making it a great choice for applications that require extremely reliable and robust connections.

The contact points on this backplane connector are made with copper and are gold plated to improve overall corrosion resistance. Gold plating also helps to reduce contact resistance, ensuring that data and signals are transmitted with minimal loss and interference. Additionally, this type of connector is designed with a self-reinforcing pin arrangement and with a shorter contact pitch than many other available backplane connectors.

In terms of its dimensions and features, 17551441106l is approximately 0.45mm (0.18") thick and features a pitch size of 0.25mm (0.09"). It is also RoHS compliant and requires no special tools or equipment for assembly or installation. Additionally, it features excellent mechanical and electrical stability, and its design ensures adequate signal integrity and data transfer, making it a great choice for applications requiring reliable data transmission.

Overall, 17551441106 is a high-performance backplane connector that is designed to provide a robust, reliable and efficient connection between circuit boards. It offers a hard metric layout, Gold plating for improved contact resistance, a self-reinforcing contact design and fast data transmission speeds. It is ideal for applications that require reliable data transmission, minimal interference and low power consumption.

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