Semikron IGBT modules are renowned for their high reliability and excellent thermal cycling capability, widely used in industrial drives, welding equipment, and renewable energy systems. We provide the complete range from the established SEMITRANS series to the advanced eMPack generation, ensuring optimal component selection for every application. Our extensive inventory includes both standard products and discontinued items, guaranteeing continuity of supply for your production needs. With technical support from our factory-trained FAEs, we ensure proper component selection and implementation for maximum system performance. Each module is rigorously tested to meet Semikron's stringent quality standards, delivering consistent performance in the most demanding applications.
Latest IGBT4 and TRENCHSTOP technologies for optimal efficiency
Proven thermal cycling capability and long-term stability
Wide voltage and current ranges for diverse applications
Explore different Semikron IGBT technologies
Technical specifications for popular Semikron IGBT modules
| Model | Vces (V) | Ic (A) | Package | Topology | Technology | Actions |
|---|---|---|---|---|---|---|
| SKM75GB123D | 1200 | 75 | Industrial Package | Half Bridge | IGBT3 | Datasheet Inquiry |
| SKM100GB128D | 1200 | 100 | Industrial Package | Half Bridge | IGBT4 | Datasheet Inquiry |
| SKM150GB128D | 1200 | 150 | Industrial Package | Half Bridge | IGBT4 | Datasheet Inquiry |
| SKM300GB128D | 1200 | 300 | Industrial Package | Half Bridge | IGBT4 | Datasheet Inquiry |
| SKM400GB128M | 1200 | 400 | Industrial Package | Phase Leg | IGBT4 | Datasheet Inquiry |
Industry solutions powered by Semikron IGBT modules
Download documentation and design tools
Our FAE team can help you choose the right Semikron IGBT for your application
Contact Technical Experts
FAE Technical Commentary
Expert insights on IGBT module selection
For high-efficiency applications, we recommend the latest SEMiX series with IGBT4 technology. The reduced VCEsat and optimized switching characteristics result in significantly lower conduction and switching losses, especially beneficial for renewable energy inverters where efficiency directly impacts ROI.
When space is at a premium, the eMPack series provides the highest power density with its revolutionary pin-fin baseplate design. The integrated cooling solution eliminates the need for thermal interface materials and reduces the overall system footprint.
For high-temperature applications, older Trench technology modules may be preferred over newer Field-Stop designs due to their superior temperature coefficients. Our application engineers can help determine the optimal technology for your specific operating conditions.