AXE3E3026

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Introduction

AXE3E3026 is a Rectangular Connectors – Arrays, Edge Type, Mezzanine (Board-to-Board) product from Amphenol Commercial Products. This product is designed to provide reliable, efficient, and cost-effective connections from board-to-board. AXE3E3026 offer a high-density connection to and from PCBs, reducing the cost and area of the assemblies. Additionally, they provide excellent performance through controlled impedance, controlled insertion force, controlled frequency response, and low crosstalk.

Application Field of AXE3E3026

AXE3E3026 is designed to provide efficient, reliable, and cost-effective connections from board-to-board in a range of applications. Specifically, its applications include, but are not limited to:

• Computer Mainboards
• LED Lighting
• Medical Devices
• Robotics
• Telecommunications

Working Principle of AXE3E3026

AXE3E3026 utilizes a unique edge-type configuration for connection between boards. It has individual port connectors that are stacked vertically onto an array of ports that are then potted into the plastic housing. It features industrial strength ratchet socket contact retention for secure, robust connections. The contacts on the port connectors feature two points of contact which provide an efficient and secure connection between the link and the board.

The contacts on the port connectors utilize standard 2.00mm and 2.50mm pitch spacing, which allows the AXE3E3026 to be used in applications that require high-density I/O. Additionally, its extended contact fingers provide a high current capacity, making it well-suited for use in high-power applications.

Amphenol Commercial Products\' AXE3E3026 is a reliable, efficient, and cost-effective solution for board-to-board connectors. Its unique edge-type configuration provides a secure connection while its industrial strength ratchet socket contact retention ensures that the connection is robust. Additionally, the contact spacing allows it to be used in high-density applications, and the extended contact fingers provide a high current capacity.

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