6469056-1

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6469056-1 is a specialized backplane connector used in a variety of applications. Its purpose is to provide an interface between two electrical components, such as a computer motherboard and a peripheral card, or a system board and a daughter card. It is primarily used in military and aerospace applications, as well as some mass storage systems.

The 6469056-1 connector is notable for its relatively low profile design, typically measuring no more than 8mm in height. It is also constructed from rugged components to ensure optimal performance in demanding environments. The contact housing is made from zinc die-cast nickel-plated material and the contacts are copper with a 10 micro-inch gold plating. It also has an integral insulating strain relief to reduce stress on the contacts and wires.

The 6469056-1 connector features a stand-off design that allows for higher current carrying capacity than other similar backplane connectors. It is designed to accept a wide range of board thicknesses, ranging from 0.062in. to 0.250in. It also offers maximum flexibility, allowing up to 50 different combinations of header and contact spacing. These combinations allow for an array of electrical connections ranging from simple single-channel connections to complex data and power distributions.

The working principle behind the 6469056-1 backplane connectivity solution involves the use of two components: a single-piece header and terminals. The terminals, which are normally sold separately, are inserted into the header at a specified range of heights. The header then provides mechanical support to the terminals, as well as contact retention. Furthermore, the contacts are designed with multiple contact surfaces to reduce contact resistance and ensure reliable connectivity.

The 6469056-1 is a versatile and reliable backplane connector. Its unique design features make it well-suited for numerous applications where superior electrical connectivity is essential. Its low profile, rugged construction, flexible design and high current carrying capacity make it an ideal choice for a wide range of environments, from military and aerospace to mass storage systems.

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