Overview

The thyristor surge suppressor(TSS) is widely used in modern electronic equipment and power systems. It is mainly used to protect equipment from damage caused by overvoltage surges (such as lightning strikes, power switch operations, etc.). Due to its fast response, long life, and efficient protection, semiconductor surge protectors have become indispensable surge protection components in many fields. The following are some common application scenarios of semiconductor surge protectors:

1.Surge protection in power systems

  • Substations and distribution systems: Voltage surges caused by lightning strikes, power switch operations, etc. often occur in power systems, which can cause serious damage to substations and distribution equipment. Semiconductor discharge tubes can quickly respond to voltage surges and guide them to the grounding system to protect equipment such as transformers, cables, switches, and control systems.
  • Power line protection: In high-voltage power lines, semiconductor discharge tubes can protect equipment from high-energy surges and ensure the stability and safety of power supply.

2.Protection of consumer electronic devices

  • Home appliances: For example, in home appliances such as televisions, refrigerators, air conditioners, and microwave ovens, semiconductor discharge tubes can prevent power surges from damaging circuit boards and other key components, extending the life of the equipment. Surge protection becomes particularly important in areas where power fluctuations are frequent.
  • Computers and personal electronic devices: In personal computers, routers, printers, smartphones, and other devices, semiconductor discharge tubes are used as surge protection devices to prevent power fluctuations from damaging circuit boards, processors, and other internal sensitive components.

3.Communication equipment protection

  • Communication base station: Semiconductor discharge tubes can protect the electronic equipment of the communication base station from lightning strikes or power surges, ensuring that the communication equipment can still work stably under high-voltage surges.
  • Fiber optic network equipment: In fiber optic communication systems, semiconductor discharge tubes are used to protect switches, routers and other communication equipment to prevent equipment damage or data loss due to voltage surges.
  • Satellite and broadcasting equipment: Satellite communications, broadcast reception and transmission equipment also often require semiconductor discharge tubes for surge protection to prevent overvoltage damage caused by lightning.

4.Industrial control systems

  • PLC (Programmable Logic Controller) protection: Control devices such as PLCs and sensors used in industrial automation are very sensitive, and voltage surges may cause system failures. Semiconductor discharge tubes protect PLC circuits by quickly conducting to avoid damage to equipment.
  • Inverters and motor drives: In motor control systems, voltage surges may affect the normal operation of inverters and motor drives. Semiconductor discharge tubes can prevent these devices from being damaged under voltage surges and maintain stable industrial production.
  • Automation equipment: Semiconductor discharge tubes provide voltage surge protection in many automation control systems to avoid equipment shutdown, malfunction or failure due to voltage fluctuations.

5.Automotive electronic systems

  • In-vehicle electronic system protection: Electronic systems in cars (such as navigation systems, audio systems, battery management systems, etc.) usually need protection from voltage surges. Semiconductor discharge tubes can protect in-vehicle electronic devices from voltage fluctuations caused by engine starting, lightning strikes, or power interference.
  • Electric vehicle (EV) charging equipment: The charging system of electric vehicles involves high voltage currents. Semiconductor discharge tubes can protect charging devices from voltage surges and transient overvoltages to ensure safety during the charging process.

6.LED lighting system protection

  • LED driver power supply protection: LED lamps and driver power supplies are sensitive to voltage changes, especially surge voltage. In LED lighting systems, semiconductor discharge tubes can effectively prevent surge current from entering LED drivers or lighting equipment, reducing damage caused by voltage fluctuations.
  • Commercial and home lighting: In large lighting systems (such as stage lighting, street lighting, etc.), semiconductor discharge tubes protect lamps and circuits from voltage surges and extend the life of the lighting system.

Summary

Thyristor surge suppressors play a vital role in a variety of applications, especially in scenarios that require precise protection and fast response. Whether it is power systems, consumer electronics, communications equipment, industrial automation or high-end medical equipment, semiconductor discharge tubes can effectively protect equipment from voltage surges and improve equipment reliability and service life. With the advancement of technology, the application scenarios of semiconductor discharge tubes will continue to expand and become a key protection component in a wider range of industries.

More Information

For more product details, please visit the website:

https://semiware.com/en/product-line/protection-thyristors

About Semiware
Semiware has a comprehensive product lineup of circuit protection device products. The company leverages its technology in the semiconductor field and application background in end products to serve customers in the electronics, automotive and industrial markets. For more information, please visit semiware official website:  https://semiware.com/en/

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