IXGN60N60C2D1 IXYS 600V 75A GenX2™ HiPerFAST™ IGBT Module

Content last revised on February 27, 2026

IXGN60N60C2D1 IXYS 600V 75A GenX2™ HiPerFAST™ IGBT for High-Frequency Power Systems

The IXYS IXGN60N60C2D1 stands as a specialized solution for engineers seeking to bridge the gap between high-current handling and high-frequency switching performance. As part of the GenX2™ HiPerFAST™ family, this module is developed to excel in hard-switching applications where traditional IGBTs often struggle with tail currents and excessive switching losses. By integrating a high-speed IGBT with an anti-parallel HiPerDFAST™ diode into the isolated SOT-227B miniBLOC package, it offers a compact, high-performance building block for modern power conversion architectures.

For power electronics designers prioritizing efficiency at frequencies up to 150kHz, the 600V 75A rating of this GenX2 module provides the necessary operational margin and thermal stability. What is the primary benefit of the GenX2 technology? It significantly reduces turn-off delay times and tail currents, enabling cleaner switching waveforms and lower heat dissipation in high-frequency stages.

Application Scenarios & Value

Optimizing Power Density in Advanced SMPS and UPS Topologies

In the realm of high-performance Switched-Mode Power Supplies (SMPS) and Uninterruptible Power Supplies (UPS), the IXGN60N60C2D1 addresses the critical challenge of switching loss versus frequency. Modern PFC stage designs and hard-switching topologies often demand frequencies exceeding 80kHz to reduce the size of magnetic components. This module’s 600V ceiling and 75A peak current capability (at Tc=25°C) allow it to handle significant power throughput while maintaining a square RBSOA (Reverse Bias Safe Operating Area), ensuring reliability during inductive load turn-off.

Consider a high-power industrial UPS system. The engineer faces a choice: increase switching frequency to save space or decrease it to manage heat. The IXGN60N60C2D1 enables the former by offering typical fall times (tfi) as low as 60ns. This rapid transition is comparable to high-voltage MOSFETs but with the superior current density of an IGBT. For systems requiring even higher current handling within the same voltage class, the related IXFN180N10 offers a different performance profile for high-current DC management.

Furthermore, the SOT-227B miniBLOC package provides 2500V RMS isolation between the internal chips and the copper base plate. This simplifies system integration by allowing multiple modules to be mounted onto a single grounded heatsink without the need for additional external ceramic insulators, which often introduce thermal bottlenecks. In high-density welding power supply applications, this thermal efficiency directly correlates to a lower Total Cost of Ownership (TCO) and improved field longevity.

Key Parameter Overview

Functional Grouping for Enhanced Design Precision

Download the IXGN60N60C2D1 datasheet for detailed specifications and performance curves.

Technical & Design Deep Dive

The Synergy of GenX2 Technology and Integrated HiPerDFAST™ Diodes

The internal architecture of the IXGN60N60C2D1 utilizes a "Punch-Through" (PT) structure, which is the secret behind its high-speed characteristics. Think of the PT structure like a specialized race track for electrons; it shortens the path they must travel to turn off the device, effectively eliminating the long "tail current" that plagues older IGBT generations. This allows the module to act as a voltage-controlled switch that mimics the speed of a MOSFET while maintaining the low Vce(sat) of 2.5V, which is critical for reducing conduction losses at high currents.

Equally important is the co-packaged HiPerDFAST™ diode. In inductive switching applications, the diode must recover quickly to prevent huge current spikes and electromagnetic interference (EMI). This integrated diode is optimized to match the IGBT's speed, featuring a soft recovery characteristic that minimizes voltage ringing. For designers working with Variable Frequency Drives (VFD) or servo drives, this integrated approach reduces the need for complex snubber circuits, saving PCB space and reducing BOM complexity.

Industry Insights & Strategic Advantage

Meeting the Efficiency Mandates of the Green Energy Era

As global regulations for energy efficiency in data centers and industrial automation tighten (such as IEC 61800-3), the choice of power semiconductor becomes a strategic decision. The IXGN60N60C2D1 aligns with the trend toward "Extreme Power Density." By allowing SMPS designers to push frequencies higher without a proportional increase in thermal load, this module supports the development of smaller, lighter, and more efficient power converters.

Current trends in Induction Heating and high-power DC choppers show a clear shift toward isolated modules that can handle high-frequency pulses. The IXGN60N60C2D1 offers a robust alternative to discrete TO-247 components, which often suffer from parasitic inductance in the leads. The miniBLOC package minimizes these parasitics, ensuring that the Gate Drive signal remains clean even at high dV/dt transitions. In systems requiring complex rectification before the IGBT stage, components like the VUB72-16NO1 are frequently used as the front-end bridge to provide a stable DC link.

FAQ

Is the IXGN60N60C2D1 suitable for 100kHz+ switching applications?
Yes, the GenX2 C2-Series is specifically optimized for high-frequency switching. With a typical fall time of 60ns, it is effective in power conversion systems operating between 50kHz and 150kHz, where traditional IGBTs would overheat due to switching losses.

How does the Rth(j-c) of 0.25 °C/W impact heatsink selection?
An Rth(j-c) of 0.25 °C/W is exceptionally low for this current class. It means that heat is transferred from the junction to the case very efficiently, allowing for a smaller heatsink or operation in higher ambient temperature environments without exceeding the 150°C maximum junction temperature.

What is the benefit of the SOT-227B isolation for system safety?
The package provides 2500V RMS isolation. This means the internal high-voltage circuitry is electrically separated from the mounting surface. For the design engineer, this eliminates the need for external isolation pads, reducing the risk of dielectric breakdown and simplifying the mechanical assembly of the inverter or power supply.

For engineering teams focused on high-frequency reliability and thermal performance, the IXGN60N60C2D1 represents a mature, high-performance choice. As a specialized distributor, we provide the technical data required to validate this component for your specific power topology and environmental conditions. Request a technical consultation or check current availability to advance your next power conversion project.