• Highest power density achieved through the use of new PrimePACK™ IGBT4 modules.
• Wide product range suitable for various applications.
• Standardized cabinet frame size for ease of integration.
• High reliability and robust construction, ideal for demanding environments.
• Applications include renewable energy systems, variable speed drives, heavy-duty drives, galvanic and electroplating, inductive heating and welding, trolley buses, trams, suburban trains, auxiliary inverters, and asynchronous power links.

The ModSTACK™ HD is a new high-density IGBT stack based on the established ModSTACK™ platform, utilizing PrimePACK™ IGBT4 modules to enhance power range and modularity. Infineon Technologies' high-power IGBT stacks are recognized for their reliability and robustness in various applications worldwide.

• Modular stack system designed for industrial-approved cabinets.
• Optimized high-efficiency heatsinks.
• Low inductance DC link with polypropylene or electrolytic capacitors.
• Integrated IGBT EiceDRIVER™ for control and monitoring.
• Simulated chip temperature available as a voltage signal.
• Capability to operate up to 4 units in parallel.
• Electrical or optical interface for digital control signals.

The ModSTACK™ HD is suitable for a wide range of applications due to its modular design and high power range.

Components may contain dangerous substances; contact Infineon Technologies for details. Use in life-support devices requires express written approval. The information provided is not a guarantee of conditions or characteristics.

• High power density with increased operation temperature (Tvjop= 150°C) using new IGBT4.
• Low stray inductance and improved power and thermal cycling capability.
• High clearance and creepage distance.

Dimensions and weight vary by system configuration, with cooling provided by water. Topologies include B6I, ½ B2I, and combinations for parallel operation. Maximum current and power ratings are specified for different configurations.

The PrimePACK™ IGBT module offers improved thermal properties, low stray inductance, and a wide range of operating temperatures, making it suitable for modern converters with a compact and modular design.