HM2J07PE5118N9LF

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Backplane connectors come in a variety of sizes and styles for use in data and communications applications ranging from embedded boards to laptop computers and peripherals. HM2J07PE5118N9LF is a backplane connector which has hard-metric and standard (IEC 60603-2 Type B) receptacle contact features, and is part of a range of 2mm pitch, high current, high contact count connectors. It is designed to provide a high bandwidth, reliable interconnect solution for Wideband systems like 100G Ethernet, and is suitable for data and communication applications from embedded boards to laptops

The key features of HM2J07PE5118N9LF are that it has a 2mm pitch spacing, 108 contact positions in a 7 row/16 column grid, with a working current rating of 4.5A, and insulation resistance of over 1000MΩ. It is a female (receptacle) single-piece molded module, with contacts made of phosphor bronze with gold plating. The contact compatible with HM2J07PE5118N9LF include male (pin) connectors and box headers, and the body is constructed using an insulator material with high temperature resistance, good chemical resistance, and excellent EMC performance. The connector has a secure hability, which is accomplished by double locking mechanisms, which include a latch mechanism as well as design features of the terminal socket.

The topology of HM2J07PE5118N9LF is a horizontal split-plane layout. Each row of the connector houses an electricity conducting channel that is separated by the insulation material that lines the bottom portion of the channel. The electrical channels comprise of parallel conductors that run along the connector. Each channel carries signals that are separated by ground lines. The signal paths are connected to the connector at every 2mm pitch point so that the electrical signals can flow freely and be efficiently routed.

The technology used to support HM2J07PE5118N9LF is called Hard Metric Technology. This technology produces a reliable and stable interconnect solution by utilizing 2mm pitches (HM size) for signal, ground and Power contacts. The electrical characteristics of HM2J07PE5118N9LF are the result of engineeering enhancements that have lowered Theta J and provided a path for optimal signal transfer. The increased contact stability and across-the-board continuity provide the best performance possible from the HM2J07PE5118N9LF product.

The working principle of HM2J07PE5118N9LF is based on a two-piece design that uses an insulator and a contact to create a secure electrical connection. The insulative shell encases the contact, which is held in place by a two-step locking mechanism. The first step secures the contact, and the second step generates a terminal locking force. An electrical connection is established when the contact makes contact with the pin or box header. The terminal locking force is created by the compression of the insulator, which provides high electrical and mechanical retention. The two-piece design also offers improved flexibility and EMI performance.

HM2J07PE5118N9LF is designed to provide high bandwidth, reliable interconnect solutions in many different applications including data and communications. The flexibility and high electrical and mechanical retention of the two-piece design, along with the enhanced electrical characteristics, gives the connector the ability to support high-speed Wideband systems and provide optimal signal transfer. The Hard Metric Technology used in the design makes HM2J07PE5118N9LF an ideal solution for data and communication applications from embedded boards to laptops.

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