Circular connectors, also known as industrial connectors, are widely used electronic device connectors. Its basic structure is cylindrical with a circular mating surface. This unique design is not only simple in appearance, but also compact in structure, easy to install, and has high reliability. In the interconnection classification, circular connectors belong to Class 5 and are mainly used for interconnection between devices.
The basic structure of a circular connector mainly consists of the following parts: 1 Shell: usually made of materials such as metal or plastic, with a circular or cylindrical shape, used as the housing of the entire connector to protect the internal electronic components. The shell not only has mechanical strength, but also provides certain environmental protection capabilities. 2. Plug: A part of a connector that is usually fixed at one end of the device. The plug structure includes a central lead, a housing, and contacts, which are connected to the socket through plugging and unplugging. 3. Socket: The other part of a connector, usually fixed at the other end of the device. The structure of the socket corresponds to the plug, including pins, contacts, and other parts, used to receive the plug and achieve signal transmission. 4. Contactor: A critical component in a connector used to transmit signals and energy between a plug and socket. Contactors are usually made of conductive metals such as copper, which have high conductivity and corrosion resistance, ensuring the accuracy and stability of signal transmission. 5. Sealing ring: used for sealing connectors to protect internal components from external influences such as water, corrosion, dust, etc. Sealing rings are usually made of elastic materials such as silicone rubber, which have good sealing performance. The main function of circular connectors is to achieve signal and power transmission between devices. It can establish reliable electrical, mechanical, and environmental isolation between different devices to ensure normal data and power transmission. At the same time, circular connectors also have characteristics such as vibration resistance, impact resistance, and environmental resistance, which can adapt to various harsh working environments. Due to its superior performance and wide range of application scenarios, circular connectors are widely used in multiple fields: - Military field: In military equipment such as electronic warfare equipment, radar equipment, satellite communication equipment, etc., circular connectors are widely used for their high reliability and protective performance- In the aerospace field, circular connectors can meet the connection requirements in extreme environments and ensure the normal operation of equipment in aircraft, satellites, rockets and other aircraft and spacecraft- In the field of medical equipment, circular connectors are favored for their high safety and reliability in medical devices such as pacemakers, oximeters, and monitors- In the field of industrial automation, circular connectors have become an indispensable type of connector due to their high reliability and protective performance in industrial automation equipment such as robots, automated production lines, and automated warehouses- In the field of energy, circular connectors also play an important role in energy equipment such as power plants, wind power generation equipment, and solar power generation equipment. When using a circular connector, the following points should be noted: 1 Determine the type and specifications of the connector: Select the appropriate circular connector type and specifications based on specific application scenarios and equipment requirements. 2. Connecting cables and equipment: When connecting the interface of the circular connector to the cable and equipment, ensure that the wire end of the cable is fully aligned with the interface of the connector to ensure the reliability of the connection. 3. Test connector: After the connection is completed, use testing tools such as multimeters and oscilloscopes to test the connector to ensure that it can work properly. In summary, circular connectors have been widely used in various fields due to their compact structure, reliable connection, and good protective performance. With the continuous advancement of technology and the expansion of application scenarios, the performance and functionality of circular connectors will also be continuously improved and perfected.
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Introduction to Circular Connectors
View：152 Release Date：2024/8/26 21:35:07