SKiiP 24NAB126V10 Semikron 1200V 35A Intelligent Power Module

Content last revised on January 9, 2026

Semikron Skiip 24NAB126V10 | Integrated SKiiP Technology for Unmatched Reliability

The Semikron Skiip 24NAB126V10 is not just another power component; it's a fully integrated power system designed for high-performance, high-reliability applications. As a SKiiP (Semikron Controlled Integrated Intelligent Power) module, it combines 1200V IGBTs and CAL diodes with an intelligent gate driver, comprehensive protection features, and advanced thermal management, setting a new benchmark for power density and operational lifetime in demanding industrial environments.

Core Technical Advantages of the Skiip 24NAB126V10

• Fully Integrated SKiiP 4 Technology: This module integrates the complete driver and power stage, ensuring optimally matched components. This eliminates the design guesswork associated with separate gate drivers, reduces stray inductance, and minimizes EMI, significantly accelerating your system's time-to-market.
• Solder-Free Pressure Contact Technology: Moving beyond traditional soldered connections, the Skiip 24NAB126V10 utilizes a robust pressure contact system. This design offers superior resistance to thermal cycling and mechanical stress, drastically increasing module lifetime and reliability, a critical factor in applications with frequent power fluctuations.
• Comprehensive On-Board Protection: Features integrated sensors for current (DC-link) and temperature (NTC), along with protection against over-current, over-temperature, and under-voltage. This intelligent self-monitoring ensures the safety of both the module and the overall system.
• Optimized for Low Conduction and Switching Losses: Leveraging advanced trench-gate field-stop IGBT technology, the module provides an excellent trade-off between Vce(sat) and switching energy, leading to higher converter efficiency and reduced cooling requirements.

Technical Deep Dive: Solving Engineering Challenges

SKiiP 4 Intelligent Gate Driver & Integration

The heart of the Skiip 24NAB126V10 is its intelligent SKiiP 4 driver. Unlike conventional designs where engineers must carefully select and lay out a separate driver board, this module provides a pre-validated, factory-optimized solution. The digital signal interface and integrated CAN bus option simplify communication with the master controller. This integration solves critical engineering problems by minimizing parasitic inductance loops, which are a primary source of voltage overshoot and EMI issues in high-frequency power conversion. The result is a cleaner switching waveform, simplified EMC design, and enhanced system stability.

Revolutionary Reliability with Pressure Contact and Sintering

The weak point in many conventional power modules is the solder layer between the DBC substrate and the baseplate. The Skiip 24NAB126V10 replaces this with silver sintering and pressure contact technology. This advanced IGBT module packaging technique creates a stronger, more thermally conductive bond that is not susceptible to the fatigue and cracking that plagues solder under repeated temperature swings. For system designers, this translates directly to a longer operational life, fewer field failures, and lower total cost of ownership, especially in harsh industrial environments. Superior IGBT thermal design is built-in, not an afterthought.

Application Value Across Industries

• High-Performance Motor Drives: The module's ruggedness and superior thermal cycling capability make it ideal for variable frequency drives that experience frequent starts, stops, and load changes. The integrated protection prevents damage from overloads, ensuring maximum uptime on the factory floor.
• Solar and Wind Power Inverters: In renewable energy systems, every percentage point of efficiency counts. The low-loss characteristics of the Skiip 24NAB126V10 maximize energy harvesting. Its high power density also enables more compact and cost-effective inverter designs, which are often used in advanced T-NPC topology configurations.
• Uninterruptible Power Supplies (UPS): For critical infrastructure, reliability is non-negotiable. The module's integrated monitoring and protection features provide a failsafe power stage, ensuring that data centers, hospitals, and industrial processes are protected from power disturbances.

Key Technical Parameters at a Glance

For a complete list of specifications, please refer to the official Skiip 24NAB126V10 Datasheet.

Frequently Asked Questions (FAQ)

• Q: What is the primary benefit of an integrated IGBT inverter module like the SKiiP?
  A: The primary benefit is design simplification and enhanced reliability. By integrating the power stage with a matched gate driver and protection circuits, Semikron removes significant design risks, reduces assembly time, and minimizes common failure points associated with external components and wiring.
• Q: How does the pressure contact system benefit my application compared to a standard soldered baseplate module?
  A: The pressure contact system eliminates the solder layer most prone to fatigue failure from thermal cycling. This results in a significantly longer power-cycle lifetime, making it far more robust for applications with high load variations or ambient temperature swings, such as traction, wind power, or heavy-duty motor drives.

The Semikron Skiip 24NAB126V10 represents a leap forward in power module design, delivering a solution that is not only powerful but also inherently more reliable and easier to implement. For your next high-power project, consider upgrading to a truly intelligent power platform.

To discuss your specific application needs or to request a quote, contact our technical specialists today. You can also explore more IGBT Modules in our extensive portfolio.