AXT3E2066

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The AXT3E2066 is a rectangular connector array that belongs in the group of Arrays, Edge Type, Mezzanine (Board to Board) connectors. These types of connectors are used to connect one board to another in a mechanical and electrical way.

Application Field

The AXT3E2066 is used to provide power and data transmission between application boards. Examples of boards that could benefit from using this type of connector are computer motherboards, server boards, embedded boards, notebook boards, and telecom boards. It is specifically designed for applications in information and communication technology systems.

The AXT3E2066 is also suitable for applications such as signal communication, data transmission, power supply, and fieldbus communication. Its design is also suitable for high-speed signals and modern networking standards. It is designed to meet the stringent requirements of the communication industry. For example, the high-speed signal has excellent insertion loss characteristics, low cross talk, and low impedance.

Working Principle

The AXT3E2066 works by transferring power and data signals across two board-to-board connections. The contacts are in the form of two rows of pin types, or headers, that mate with corresponding sockets on the other board. The contacts are held in place by contacts and clamps. The contacts make an electrical connection between the two boards when they are mated.

The connector also has power terminals and ground terminals that allow power to be supplied to the connected devices. The power terminals are designed to ensure the power is supplied safely to the device. The use of power and ground terminals also ensures that the power supplied is only used where it is intended.

Conclusion

The AXT3E2066 is a rectangular connector array that belongs in the group of Arrays, Edge Type, Mezzanine (Board to Board) connectors. It is used to provide power and data transmission between application boards and is suitable for high-speed signal transmission. It works by transferring power and data signals across two board-to-board connections and supports the use of power and ground terminals. Its design is also suitable for modern networking standards.

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