50000-1075F

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Backplane connectors are extremely useful for connecting multiple circuit boards together to help form larger systems. The 50000-1075F is a specialized backplane connector specifically designed for high speed, high frequency applications. This connector is designed with a spring-pin mating system, reduced pitch design, and various contact selections for best results while in use. By utilizing this type of backplane connector, engineers are able to create larger systems for their projects without sacrificing speed or reliability.

The 50000-1075F, being a specialized backplane connector, has a few characteristics that make it well-suited for high speed/high frequency applications. First, it utilizes a spring-pin mating system. This system is designed to ensure that the electrical contact stays firm, despite any vibration or movement in the system. This level of contact helps to ensure signal integrity and efficient performance. second, the connector has a reduced pitch design. This means that the connector is able to “squeeze” the number of contacts down by decreasing the space between adjacent pins. This allows for more connections to be added to the board, allowing it to handle more data with fewer connectors.

Finally, the 50000-1075F backplane connector utilizes a variety of contact selections to ensure its capabilities. These contact selections include 2, 4, 6, and 18 contact configurations, allowing for a range of options for any system design. Additionally, the contacts are available in either straight or right angle configurations, letting the designer choose how the connector fits into their system. By having the option to choose different configurations, engineers are able to tailor the connector to their specific applications needs.

The 50000-1075F is a great way to create efficient and reliable systems, helping them to handle large volumes of data quickly and accurately. With its spring-pin mating system, reduced pitch design, and a variety of contact selections, it’s sure to be the perfect connector for any high speed, high frequency application. It will help engineers to create larger, more complex systems without sacrificing performance or reliability.

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