AXT426124

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The AXT426124 is a type of rectangular connector array, edge type, mezzanine board to board connectors. This type of connector is used as a baseboard to an additional peripheral board and it is available in both 1/2 and 2/2 versions.

The AXT426124 conforms to the Edge Type specification and supports differential signaling. It is a high-speed connector with a maximum rate of 2.3Gb/s and is designed to support hot plugging and power cycling. It is also designed to meet environmental and vibro-acoustic requirements.

The AXT426124 is used mainly in automotive and industrial applications. These applications range from automotive infotainment to industrial networking, lighting, HVAC, and security. The AXT426124 connector has the ability to withstand environmental factors and vibration that make it suitable for these types of applications where harsh and rugged conditions prevail.

The AXT426124 is constructed using an insulation displacement contact (IDC) design. This allows the signal contacts to pierce a thin dielectric material, making contact between two linear traces on the mating surfaces. This connection maintains a reliable, low-cost interconnect solution with superior signal performance. The AXT426124 is designed to provide reliable connections even at high frequencies and for applications with stringent connection requirements.

The AXT426124 is a cable-to-board connector that supports various types of higher speed data protocols. It also offers robust locking features that include a positive locking tab and an anti-vibration device. This ensures that the connector stays securely in place for positive mating. The cable-to-board connector has a low profile design that is suitable for space restricted applications. It is also equipped with multiple mounting options to further optimize space.

The AXT426124 is a reliable and cost-effective option for board-level interconnection in industrial equipment, automotive infotainment systems, and other high-speed applications. Its features include differential signaling, hot plugging and power cycling, multiple mounting options, and reliable locking mechanisms. It is designed to provide superior signal fidelity, reliability, and performance in high-speed applications.

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