Introduction: The Semikron SK35GAL12T4 IGBT Module stands out for its compact design, enabling convenient installation with just one screw. The integration of Direct Copper Bonded Aluminium Oxide Ceramics ensures effective heat transfer and isolation, enhancing overall performance. This module is equipped with the latest Trench4 IGBT technology and Cal4F diode technology, setting it apart in the realm of power electronics.
Key Features:
- Compact Design: The module’s compact design facilitates easy installation, making it an ideal choice for applications with space constraints.
- One Screw Mounting: Simplified installation with a single screw allows for quick and hassle-free setup.
- DCB Technology: Heat transfer and isolation are optimized through Direct Copper Bonded Aluminium Oxide Ceramics, ensuring efficient performance.
- High Short Circuit Capability: The module boasts high short-circuit capability, enhancing its reliability and safety in various operational conditions.
- Trench4 IGBT Technology: Leveraging the innovative Trench4 IGBT technology, the module delivers superior performance and efficiency.
- Cal4F Diode Technology: The inclusion of Cal4F diode technology further enhances the module’s capabilities, making it a robust component in power electronics.
- VCE,sat with Positive Coefficient: The unique VCE,sat with a positive coefficient contributes to the module’s stability and responsiveness.
Specifications:
- VCES (Voltage Collector-Emitter Saturation): 1200V at Tj=25°C
- ICnom (Nominal Collector Current): 35A
- ICRM (Repetitive Peak Collector Current): 105A (3 times ICnom)
- VGES (Gate-Emitter Voltage): ±20V
- Storage Temperature: -40 to +175°C
- Visol (Isolation Voltage): 2500V AC, sinusoidal, t=1 min
Typical Applications: The Semikron SK35GAL12T4 IGBT Module finds its application prowess in:
- Inverters: Delivering efficient and reliable power conversion.
- Motor Drives: Providing optimal performance in motor control applications.
Conclusion: In conclusion, the Semikron SK35GAL12T4 IGBT Module emerges as a powerhouse in the realm of power electronics, combining a compact design with advanced technologies. Its versatile applications in inverters and motor drives make it a go-to choice for engineers seeking optimal performance and reliability in their electronic systems.