AXE150527A

Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board)

The AXE150527A is a low profile, SMT mezzanine style cable assembly designed for use in board-to-board interconnections. This cable assembly utilizes a soldermask-protected ganged contact edge and comes preloaded with two AXE150527A plugs. It has a maximum current rating of 10A and an inductance of 38nH.

The AXE150527A is designed to be used in a wide variety of applications, including home audio, video, automotive, industrial, and office equipment. It is also suitable for applications in consumer and professional audio/video, computer networks, thermo-acoustic systems, and telecommunications.

The connector is constructed of an engineered plastic material that is light and durable. It features a two-part SMT connector design that allows the user to quickly and easily assemble and disassemble the connector with minimal effort. The connector is also designed to be easily stacked together, which helps to simplify the process of connecting components and reduces installation time. The connector also features a secure snap-in mounting for secure connections.

The AXE150527A is equipped with a unique working principle, which makes it an ideal choice for interconnecting two boards. It utilizes a contact array with a double-row configuration with both brushes and blades that ensure robust, reliable connection. Each row is modified with a unique shape to provide superior contact and low contact resistance. This ensures that the performance of the interconnection is maintained under extreme temperatures and conditions.

The AXE150527A features gold plated connectors that are corrosion resistant and provide maximum electrical and thermal performance. The contact array also features an anti-snag design to prevent accidental un-mating of the connector. It also uses a high-temperature crimp termination cable and process that is designed for low insertion forces and low contact resistance.

The AXE150527A is an ideal choice for applications that require superior interconnectivity, consistent reliability, and a low profile design. It is a cost-effective solution for low to medium-current applications. It is also a reliable option for applications that require high reliability and consistent performance.