Terminal Junction Systems
1. What are Terminal Junction Systems?
Terminal junction systems are a systematic solution for electrical connections, mainly involving the structural design and interconnection technology of terminals and connectors. Its core function is to achieve reliable power transmission, signal connection, and mechanical fixation between circuits, and ensure the efficient cooperation of different electronic components or systems.
2. What are the Components of Terminal Junction Systems?
Terminal: As the core contact of the system, it is usually made of metal materials (such as copper alloys) and is formed into pin-type, hole-type, and other forms through precision processing to ensure low contact resistance and high conductivity. For example, the double-plate structure formed by bending the metal strip can fix the wire through the notch and make electrical contact.
Insulator and Shell: High-temperature resistant and flame retardant materials (such as engineering plastics) are used to isolate the terminals to prevent short circuits and provide mechanical support; the shell has both protection and positioning functions to adapt to different environmental requirements.
Accessory Module: Including fixings, guide devices, etc., to optimize the installation process and improve the stability of the connection.
3. What are Terminal Junction Systems Used for?
Industrial Automation: Used for inter-circuit board connections of PLC, servo drives, and other equipment, supporting high-frequency signal transmission.
Automotive Electronics: Provides high-voltage and high-current connections in the battery management system (BMS) and motor controller of new energy vehicles.
Military and Aerospace: Meet the stringent requirements for high reliability, vibration resistance, and sealing in extreme environments.
4. What are the Technical Features and Advantages of Terminal Junction Systems?
High Durability: Enhance the wear resistance and oxidation resistance of the terminals through plating processes (such as gold plating and tin plating) to extend the service life.
Modular Design: Supports fast plug-in and flexible expansion to reduce maintenance costs.
High Frequency Adaptability: Optimizes electromagnetic shielding design, reduces signal interference, and is suitable for high-speed communication scenarios.
5. The Importance of Terminal Junction Systems
As the “bridge between hardware and software” in electronic equipment, this type of system directly affects the reliability, safety, and miniaturization level of the equipment. With the development of Industry 4.0 and new energy technologies, its demand in the fields of intelligent equipment, energy management, etc., continues to grow.