AXE816124A Application Field and Working Principle

1. Introduction

   AXE816124A Rectangular Connectors are Arrays, Edge Type, Mezzanine (Board to Board). This education series will give a brief overview of the AXE816124A application field and the working principle.

2. Application Field

   The application field of AXE816124A includes but not limited to the following:

   • Industrial Automation: It is widely applied for the automation of industrial production processes;
   • Robotics: It is used as a control tool in robotics to simplify various tasks;
   • Computer networks: It is necessary to connect Computer Networks, thus enabling fast data transmission and storage;
   • Medical devices: It is applicable for endoscope products and medical instruments.

3. Working Principle

   The working principle of AXE816124A Rectangular Connectors is based on connection between two boards. It consists of the electrical contacts which are arranged into two sections, a male segment and a female segment, which are then plugged into each other to form a connection.

   A detailed analysis of the working principle can be divided into the following steps:

   1. Connection: The male segment will be connected into the female segment to create an electrical connection.
   2. Plugging: The contact and the connector will be then plugged into the two boards wherein the current will be then supplied between them.
   3. Sealing: A shielding can then be added for preventing the containing electronic components from outside electromagnetic interference.
   4. Insulation: An additional insulator layer is used to ensure the electronic stability, the accuracy of the data transmission and the electrical safety.

4. Conclusion

   The AXE816124A Rectangular Connectors enable a reliable connection between two boards to ensure fast data transmission and improved industrial automation and robotics. The working principle of the AXE816124A is based on connection between two boards with an additional insulation layer for avoiding the interference and inaccurate data transmission.