91911-31431

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The 91911-31431 is a product of Amphenol Corporation, a leader in the connector industry. This product is part of the rectangular connector arrays, edge type, mezzanine (board to board) line. Its primary use is to create a robust, reliable connection between electronic circuit boards. These connectors are most often used in telecommunications, data storage, and computer equipment applications.

The basic design of the 91911-31431 is a high-density 2 by 6 array, with no polarization or latching. This makes it easier to mate the connector with its mating board. A major advantage of this style is the ruggedness of the connection. By using edge mounting, it adds stress-relief to the mating boards, which helps them resist any knocks or shocks. The product also offers a dual-sided approach to mating boards, as the female contacts on each board can be mated to each other, creating an extremely strong connection.

The 91911-31431 also has a long history of being a reliable connector. It has a maximum operating temperature of 250 degrees Celsius, and a maximum current of 12.5 amps. It also has a plating on both the male and female contacts, providing protection from corrosion and increased durability. Additionally, its spring contacts can be made from a variety of materials, including copper and various alloys.

In terms of functionality, the 91911-31431 provides a very efficient connection between the two circuit boards. It is resistant to vibration and other environmental factors, and is particularly suited for use in high-bandwidth applications. Furthermore, its ability to transfer heat across the connection prevents the buildup of excessive heat, resulting in a longer life span for the device.

In conclusion, the 91911-31431 is ideal for applications requiring robust, reliable connections between two boards. Its durability and efficiency make it well-suited for use in telecommunications, data storage, and computer equipment applications. Its rugged construction and excellent heat dissipation capabilities make it a great choice for products that will be operating in a wide range of environmental conditions. Finally, its ability to create a secure mating connection contributes greatly to its effectiveness.

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