AXT238154

The AXT238154 is a mezzanine, rectangular connector array that is designed for edge type, board-to-board applications. It offers high-speed signal connectivity and uses board stacking technology to move signals between two different boards. The connector’s edge type design prevents unwanted contact between the two boards, making it ideal for high-speed data rates.

The AXT238154 is ideal for applications where multiple signals need to be moved quickly and accurately between two different circuits. Its high-speed signal connectors make it particularly useful in applications requiring high-speed transfer rates, such as video or data applications. It is also suitable for applications where space between the two circuits is constrained, as it uses board stacking technology to provide the most cost-effective solution.

The AXT238154 is a mezzanine, rectangular connector array that has a 2 x 24 array of 0.050” board-to-board connectors and a four-row, ninety degree headers. The connectors feature 0.100” spacing pins and 0.100” mating board holes, making it suitable for use in tight areas. The row pitch is 0.100” and the terminal density is 0.025”. The connector is able to move up to 37 signals and is rated to operate up to 1.6A with an insulation resistance of at least 500MΩ.

The AXT238154 works extremely well with a range of different surface mount applications, including flip chip, tape automated bonding, direct chip attach, and flip chip on lead frame assemblies. It is designed to interconnect with either standard or high-performance boards, making it suitable for a range of different applications. It is also compatible with a variety of other mezzanine, board-to-board connectors.

The AXT238154 is a reliable and tested mezzanine, board-to-board connector array. Its edge type design prevents unwanted contact between two boards, making it ideal for applications requiring high-speed transfer rates. Its 0.100” spacing and 0.025” terminal density makes it suitable for use in tight areas. It is able to move up to 37 signals, making it a reliable and cost-effective solution for signal interconnects.