MMH23-0051J1

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The MMH23-0051J1 is a specialized backplane connector that is designed for use in high-speed, high-density data, and power applications. This connector provides reliable and efficient interconnections between components in backplanes where the need for reliable, high-speed data and power connections is important. This connector is designed to provide robust and reliable connections between board-to-board, board-to-panel, and panel-to-panel applications.

The MMH23-0051J1 has a 2.54mm pitch, two rank keyed, two mount, and an integral EMI/RFI shielding structure. This connector is designed to improve connection density and is capable of carrying a maximum current rating of 5A in a single plane. It is also designed to reduce crosstalk and noise, which makes it more suited to high-speed applications. It also provides EMC screening, making it more suitable for high-reliability applications where EMI/RFI shielding is important.

The MMH23-0051J1 features a unique design that provides a low-profile, secure, and durable connection. It has two plated-through holes, one for power and the other for signal, that are each capable of carrying five amps. These plated-through holes ensure a reliable connection by directing and controlling current flow. In addition, the two rank keyed design ensures that the correct connection is made every time the connector is used.

The MMH23-0051J1 is designed to perform in applications in a wide range of temperatures and environments. It is capable of withstanding temperatures ranging from -55ºC to +125ºC. In addition, it is rated IP3X for dust protection, which means it is well suited for applications in wet or dusty environments. It also meets Flammability ratings UL94V-0.

The MMH23-0051J1 is designed to provide a reliable and efficient interconnection between backplane components. It provides a secure and error-free connection between boards, panels, and components. It also offers an economical and robust solution for high-speed and high-density data and power applications. In addition, its design helps to reduce crosstalk and noise and provides a low-profile, secure and durable connection that is capable of withstanding a wide range of temperatures and environments.

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