This introduction will focus on the 4-pin female connector for high-speed (JAE version) cables (referred to as the ‘female diagonal flat terminal’), which is a highly efficient transmission connector for connecting two wires for high-speed transmission of audio, video, and data, and whose four pins serve as the male and female terminals, and which is widely used in industrial control and other fields.
1. Product features
1.1 High Current and Voltage Resistance: JAE Female Slant Mouth Flat Terminals can transmit current and voltage efficiently, providing up to 100A or 500V for different types of equipment.
1.2 Excellent insulation characteristics: JAE female bevelled flat terminal insulator uses neoprene material and has low frequency dielectric properties, which can maintain good insulation properties in high frequency signal transmission.
1.3 High reliability: JAE female bevelled flat terminals use high-quality materials and advanced manufacturing process to ensure the reliability and stability of the connector, which can work stably in various environments.
1.4 Easy to install and maintain: JAE female bevelled flat terminal adopts standard M8 connector, which is easy to install and maintain, and also easy to replace and repair.
2. Application areas
2.1 Industrial control: JAE female swashplate flat terminals are widely used in industrial control field, such as automated production lines, robots, machine vision, etc.
2.2 Automotive Electronics: JAE female bevelled flat terminals are also widely used in the field of automotive electronics, such as car audio, navigation, safety systems, etc.
2.3 Medical equipment: JAE female bevelled flat terminals are also used in the field of medical equipment, such as medical equipment, medical imaging equipment and so on.
3. Usage
3.1 Choose the right model: Choose the right model according to the need and make sure the current and voltage of the connector meet the requirement.
3.2 Connect the wires: Insert the wires into the male and female ends of the connector, make sure the connection is firm, and avoid excessive bending or forcible twisting of the connector.
3.3 Conduct electrical test: After the connection is completed, conduct a comprehensive electrical test to ensure that the electrical performance of the connector is normal.
4. CAUTION
4.1 Ensure electrical equipment is switched off: During connection and testing, ensure that the electrical equipment is switched off to avoid electric shock.
4.2 Wiring correctly: During the connection process, make sure the wiring is correct to avoid electrical faults caused by incorrect wiring.
4.3 Keep it dry and clean: Keep the connector dry and clean to avoid electrical faults caused by moisture or dirt.
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