CSPD Family
SHV Series
The SHV Series is a multifunctional overvoltage protection component specifically designed for AC power and LED lighting applications. Below is a detailed introduction to the SHV Series.
Series Features
SHV Series Features
Applications
The SHV Series is mainly used in AC power, LED lighting systems, and other applications that require surge and overvoltage protection.
Product Features
Compared to traditional DIP components, it offers improved degradation resistance.
Compact SMD package (0604in ~ 3220in), space-saving and easy to integrate into high-density circuits.
Supports voltage range from AC 95V to 420V, suitable for various AC power systems.
High surge current handling up to 3000A (8/20 μs).
Provides bidirectional clamping protection to effectively prevent equipment damage from overvoltage.
Certified with UL 1449 and TÜV, suitable for demanding power protection requirements.
Series Advantages
Advantages of the SHV Series in AC Power Applications
High Reliability
SHV Series protection components effectively suppress transient overvoltages in AC environments to protect LED drivers and other equipment.
Stable Performance
In high-temperature and high-humidity environments (125°C), breakdown voltage variation remains within 10%, showing excellent stability.
Fast Response Time
With a response time of less than 0.5ns, it rapidly suppresses surges and prevents damage from overvoltage.
Product Specifications
Part Number Working Voltage Breakdown Voltage Clamping Voltage Surge Current Certification
Symbol VDC(max.) VB(1mA) VC(MAX.) IPeak(8/20us)
0604SV271-600A 225V 270V(±10%) 450V 60A UL
0604SV431-300A 350V 430V(±10%) 705V 30A UL
0806SV241-201A 200V 240V(±10%) 395V 200A UL
0806SV271-101A 225V 270V(±10%) 450V 100A UL
1206SV241-351A 200V 240V(±10%) 395V 350A UL
1208SV471-401A 385V 470V(±10%) 775V 100A UL
1210SV171-251S 135V 170V(±10%) 250V 250A UL
1210SV241-201A 195V 240V(±10%) 395V 200A UL
1210SV271-801A 225V 270V(±10%) 450V 800A UL
1210SV391-201A 320V 390V(±10%) 647V 200A UL
1210SV471-251A 385V 470V(±10%) 775V 250A UL
1210SV471-401A 385V 470V(±10%) 775V 400A UL
1812SV271-102A 225V 270V(±10%) 450V 1000A UL
1812SV271-501A 225V 270V(±10%) 450V 500A UL
1812SV511-501A 410V 510V(±10%) 845V 500A UL
1812SV511-801A 410V 510V(±10%) 845V 800A UL
2220SV241-801A 195V 240V(±10%) 395V 800A UL
2220SV271-501A 225V 270V(±10%) 450V 500A UL
2220SV391-501A 320V 390V(±10%) 647V 500A UL
2220SV391-801A 320V 390V(±10%) 647V 800A UL
3220SV271-801A 225V 270V(±10%) 450V 1000A UL
3220SV431-801A 350V 430V(±10%) 705V 1000A UL
3220SV471-801A 385V 470V(±10%) 775V 1000A UL
3220SV681-102A 560V 680V(±10%) 1120V 1000A UL
0806SV511-700A 410V 510V(±10%) 845V 70A TUV
1206SV471-201A 385V 470V(±10%) 775V 200A TUV
1210SV431-501A 350V 430V(±10%) 705V 500A TUV
0806SV431-101A 350V 430V(±10%) 705V 100A UL+TUV
1206SV431-201A 350V 430V(±10%) 705V 200A UL+TUV
1206SV471-101A 385V 470V(±10%) 775V 100A UL+TUV
1206SV511-101A 350V 510V(±10%) 845V 100A UL+TUV
1812SV431-801A 350V 430V(±10%) 705V 800A UL+TUV
1812SV471-501A 385V 470V(±10%) 775V 500A UL+TUV
1812SV471-801A 385V 470V(±10%) 775V 800A UL+TUV
2220SV431-501A 350V 430V(±10%) 705V 500A UL+TUV
2220SV431-801A 350V 430V(±10%) 705V 800A UL+TUV
2220SV471-501A 385V 470V(±10%) 775V 500A UL+TUV
2220SV471-801A 385V 470V(±10%) 775V 800A UL+TUV
0806SV391-101A 320V 390V(±10%) 565V 100A N.D.
0806SV471-500A 385V 470V(±10%) 775V 50A N.D.
1206SV151-181A 125V 150V(±10%) 220V 180A N.D.
1206SV391-101A 320V 390V(±10%) 647V 100A N.D.
1812SV271-202A 225V 270V(±10%) 450V 2000A N.D.
1812SV471-102A 385V 470V(±10%) 775V 1000A N.D.
2220SV271-801A 225V 270V(±10%) 450V 800A N.D.
2220SV471-182A 385V 470V(±10%) 775V 1800A N.D.
2220SV681-801A 560V 680V(±10%) 1120V 800A N.D.
3220SV271-302A 225V 270V(±10%) 450V 3000A N.D.
3220SV271-352A 225V 270V(±10%) 450V 3500A N.D.
3220SV271-501A 225V 270V(±10%) 450V 500A N.D.
3220SV271-502A 225V 270V(±10%) 450V 5000A N.D.
3220SV471-302A 385V 470V(±10%) 775V 3000A N.D.
3220SV471-501A 385V 470V(±10%) 775V 500A N.D.
3220SV511-252A 410V 510V(±10%) 845V 2500A N.D.
Application Scenarios
Advantages of the SHV Series in AC Power Applications
LED Lighting Systems
SHV Series is suitable for LED drivers using AC power and provides comprehensive overvoltage protection for long-term stable operation.
パソコン電源システム
The SHV Series can be used in various AC power systems such as power adapters and power control systems.
Power Over Ethernet (PoE) Systems
PoE technology combines data transmission with power delivery, and overvoltage protection components prevent damage to routers, switches, and IP cameras.
Charging Adapters
Built-in overvoltage protection in charging adapters prevents circuit damage from voltage fluctuations or surges, ensuring safe charging and longer battery life.
The SHV Series demonstrates efficient, stable, and reliable overvoltage protection in AC power and LED lighting applications, providing safety for a wide range of systems.