1-292287-4

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The 1-292287-4 backplane connectors are specialized electrical components designed for first board-to-board applications. They are a part of the new generation of high-density connectors. They are designed for using several frames to ensure interconnections between PCBs. The main feature of backplane connectors is the contact arrangement which is designed to provide a low-profile and high-density connection.

The 1-292287-4 backplane connectors design contains two rows of terminals (male and female) following a fold-over format. The electrical contacts are formed from a variety ofoys, such as molybdenum, copper and brass. This design allows for the placement of the connection on the back and front side of the PCBs. The contacts have a square pattern that creates a perfect connection between the edge of the PCB and the female connector.

In terms of working principle, 1-292287-4 are designed to operate in a standalone manner or they can be used as part of a complex system such as a multi-board structure. They can be used for general use connections as well as specialized applications such as power and signal transmission. The contact arrangement has proven to provide high-density interconnections in densely populated networks.

The voltage rating is 20V. The current rating of these connectors is up to 3A per contact, and the maximum insulation resistance is 1000MΩ/Contact. The temperature range for operation is between -65°C and +200°C.

1-292287-4 backplane connectors have a number of advantages, such as a highly reliable contact resistance and an improved current carrying capacity. Thanks to their low profile design, they can be used in close quarters and in systems that require minimal space. They also exhibit excellent electrical characteristics, such as low contact resistance and high insulation resistance. In conclusion, 1-292287-4 backplane connectors are specialized electrical components designed for first board-to-board applications, offering reliable, high-density interconnections in densely populated networks.

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