High current carrying PCB screw terminals

The unique thread structure of the terminal can be tightly combined with the corresponding hole on the PCB board, providing a strong mechanical connection force and avoiding loosening or falling off caused by vibration or external force. Due to the use of high-strength materials and special design, high current carrying PCB screw terminals not only have extremely high corrosion resistance, but also can effectively resist the influence of temperature changes and environmental factors on terminal performance, ensuring long-term stable working conditions.

This type of terminal also has good wear resistance and can withstand long-term use without affecting the stable transmission of current. Whether in industrial automation equipment or power modules, it can play its excellent conductivity and stability to ensure the safe operation of equipment under high-load working environments.

1. Reliable electrical connection
Low contact resistance: The terminals are made of highly conductive materials (such as copper alloy) to ensure stable current transmission and reduce energy loss.
Strong welding: The welding design ensures a firm connection between the terminal and the PCB board, reduces the risk of cold welding and broken welding, and improves product durability.
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2. High mechanical strength
Good vibration resistance: Suitable for equipment that needs to withstand vibration and impact, such as industrial control, power modules, etc.
High plug-in life: Suitable for applications with frequent plug-in and pull-out, improving the durability and stability of the terminals.

3. High temperature tolerance
High temperature resistant materials: Some terminals are tin-plated or gold-plated, and can withstand high temperature welding processes (such as wave soldering and reflow soldering).
Suitable for harsh environments: Suitable for environments with large temperature changes, such as automotive electronics, power equipment, etc.

4. Strong compatibility
Adapt to different PCB thicknesses: Terminals of various specifications can be provided according to different applications, and are suitable for various PCB boards.
Suitable for automated welding: Supports automated production processes such as SMT and DIP to improve production efficiency.

5. Multiple surface treatments available
Tin plating: improves welding performance, prevents oxidation, and improves corrosion resistance.
Gold plating: reduces contact resistance, improves oxidation resistance, and is suitable for high-end electronic products.
Silver plating: improves conductivity and high temperature resistance, and is suitable for high-power circuits.

6. Diversified structures and flexible applications
Multiple installation methods: such as straight plug, bend plug, surface mount, etc., can meet different PCB design requirements.
Different rated currents available: suitable for low current signal transmission or high current power supply applications.

7. Green and environmentally friendly
RoHS compliant: using environmentally friendly materials and complying with international environmental regulations.
Low-lead and lead-free soldering support: meet environmentally friendly production needs and are suitable for high-end markets.