Modern power electronics systems using IGBT modules require extremely fast fault protection to limit energy let-through during short-circuit conditions. The VICFUSE VSP-0000IGBT Series Semiconductor Protection Fuse is specifically designed for semiconductor protection applications where low I²t characteristics and fast interruption capability are required.

The VSP-0000IGBT Series provides protection for IGBT modules and other power semiconductor devices used in high-power conversion systems. With voltage ratings covering 690V, 800V, and 1000V AC/DC and current ratings from 25A to 630A, the series supports a wide range of industrial power applications.

Designed with aR and gR operating classes, these semiconductor fuses provide fast-acting protection to help reduce the impact of fault currents and support reliable operation of power electronic equipment.

Key Features

• Designed for IGBT module and semiconductor protection
• Semiconductor protection fuse with fast fault interruption
• Low I²t characteristics for reduced energy let-through
• Operating class: aR / gR
• Voltage ratings:
  • 690V AC
  • 700V AC (UL)
  • 800V AC/DC
  • 1000V AC/DC
• Current ratings: 25A–630A
• High interrupting capability
• Suitable for high-power electronic systems
• CE, UL, cUL, and TÜV certified
• RoHS, REACH, and PF compliant

Electrical Specifications

Voltage Rating

• 690V AC (IEC)
• 700V AC (UL)
• 800V AC/DC
• 1000V AC/DC

Current Rating

• 25A–630A

Operating Class

• aR
• gR

Interrupting Rating

• 50kA @ 690V AC
• 10kA @ 800V DC (<1ms)

Typical Applications

• IGBT power modules
• Power converters
• Industrial inverters
• Motor drive systems
• UPS systems
• Power conversion equipment
• Renewable energy power systems
• Industrial automation equipment
• High-power electrical systems

Engineering Benefits

The VSP-0000IGBT Series combines fast semiconductor protection capability, low I²t performance, and high-voltage ratings to support reliable protection of modern power electronic systems. Its aR/gR operating characteristics make it suitable for engineers designing high-power conversion equipment where rapid fault clearing and semiconductor protection are critical.