MDM-9PH046F

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D-Sub Cables are a valuable part of many electrical systems. Their array of connection types enable them to handle a variety of signal types. The MDM-9PH046F is a particularly robust cable designed to meet the demanding requirements of high-reliability applications.

The MDM-9PH046F is a board-to-board D-Sub cable consisting of nine conductors in a small connector. It is ideal for use in high-performance applications in aerospace, military, and industrial projects. The MDM-9PH046F is designed to for low-loss impedance in EMI shielded enclosures. With its high-temperature silicone rubber insulation, it is capable of providing up to 10 Gbps data rates in short-range applications.

The small form factor of the MDM-9PH046F opens up a wide range of application possibilities due to its relative ease of integration. It can be used as a high-power interconnect solution in mission-critical applications such as avionics, robotics, 3D imaging, or flight control systems. Its robust construction makes it suitable for use in high-vibration environments. Utilizing the MDM-9PH046F, engineers can ensure the reliable transmission of power and signal over short distances in the most demanding applications.

The MDM-9PH046F also has excellent electro-magnetic interference (EMI) shielding capabilities. With its 9-pin concentric D-sub connector, the MDM-9PH046F can ensure a reliable connection in the presence of high-levels of EMI. Furthermore, its patent-pending contact design ensures a reliable, low-bounce connection even in the most extreme conditions. These robust features make the MDM-9PH046F one of the most reliable D-Sub Cables on the market.

The MDM-9PH046F’s robust construction and connection options make it ideal for use in high-reliability applications. Its reliable EMI shielding capabilities and its patent-pending contact design provide engineers with improved data integrity and accurate signal transmission over short distances. Its small size makes it suitable for use in tight spaces while providing the necessary functionality and reliability required in these applications.

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