Market Applications
Automotive Electronics
Providing stable and efficient electronic components, such as electromagnetic compatibility (EMC) components, ensures the reliable operation of electronic devices in complex environments. This enhances vehicle safety and overall performance, meeting various automotive application requirements.
Market Applications
Communication Equipment
Supporting efficient operation of communication equipment such as 5G base stations and routers by using overvoltage protection components that safeguard devices from voltage surges, ensuring stability and high-speed connectivity.
Market Applications
Industrial Control
To ensure the stability and reliability of industrial automation systems, overvoltage protection components are used to prevent overheating damage, enhance product reliability, and improve production efficiency and equipment safety.
Market Applications
Consumer Electronics
Consumer electronic products frequently encounter ESD (electrostatic discharge) issues, especially in devices like smartphones, laptops, wireless earphones, game consoles, and smart appliances.

Components such as USB ports, touchscreens, and wireless modules are highly sensitive to static electricity. Inadequate ESD protection can result in malfunctions, failures, or even permanent damage.
Market Applications
LED Lighting
The SHV series is a multifunctional overvoltage protection component specifically designed for LED lighting and various AC power-related industrial applications. Below is a detailed introduction of the SHV series.
Market Applications
Drone
Overvoltage protection components enhance the durability of drone circuits by preventing failures caused by voltage fluctuations. This extends the drone’s operational life, ensures stable performance in harsh environments, and is critical for mission reliability.
Market Applications
AI / Artificial Intelligence
In AI systems, overvoltage protection components effectively prevent damage to sensitive parts caused by voltage surges, ensuring stable system operation. This is critical for high-performance computing and data processing, as even minor voltage fluctuations can lead to data loss or hardware damage, affecting the accuracy and reliability of AI operations.