Content last revised on February 27, 2026
FS30R06W1E3 Infineon 600V 30A Sixpack IGBT Module
The FS30R06W1E3 is a high-performance Sixpack IGBT Module from Infineon, designed to deliver exceptional switching efficiency and thermal stability within the compact EasyPACK 1B footprint. By leveraging TRENCHSTOP™ IGBT3 technology and integrated EmCon3 diodes, this module enables engineers to significantly reduce power losses in low-power three-phase inverter applications. For compact industrial drives under 5.5kW requiring minimized switching losses, the FS30R06W1E3 is the optimal choice among standard 600V solutions.
Top Specs: 600V | 30A | Vce(sat) 1.45V
- Minimized stray inductance through the optimized EasyPACK 1B housing.
- Enhanced thermal monitoring via an integrated NTC thermistor for system-level safety.
What is the primary benefit of the EasyPACK package for the FS30R06W1E3? It provides a compact, cost-effective platform with reduced parasitic inductance, facilitating higher switching frequencies without excessive voltage overshoot.
Key Parameter Overview
Decoding the Specs for Enhanced Switching Performance
Understanding the electrical boundaries of the FS30R06W1E3 is vital for ensuring long-term reliability in high-frequency environments. This Infineon module is characterized by its low saturation voltage and high short-circuit ruggedness, which are critical for protecting the system during fault conditions.
| Parameter | Symbol | Value | Unit |
|---|---|---|---|
| Collector-Emitter Voltage | Vces | 600 | V |
| DC Collector Current (Tc=80°C) | Ic nom | 30 | A |
| Saturation Voltage (Tj=125°C) | Vcesat | 1.45 | V |
| Max. Junction Temperature | Tvj max | 175 | °C |
| Integrated Thermistor | NTC | Yes | - |
The Vcesat of 1.45V acts like a well-paved highway for current, reducing the "friction" or energy wasted as heat during conduction. This low value directly contributes to higher system efficiency. Furthermore, the Tvj max of 175°C provides a substantial safety margin, allowing the module to handle transient thermal overloads that might otherwise lead to catastrophic failure.
Download the FS30R06W1E3 datasheet for detailed specifications and performance curves.
Application Scenarios & Value
Achieving System-Level Benefits in Compact Motion Control Systems
The FS30R06W1E3 excels in environments where space and thermal management are at a premium. A common engineering challenge involves designing a Variable Frequency Drive (VFD) for small motor control where the enclosure must be sealed. The integrated NTC in this module allows the control circuit to monitor real-time temperature, preventing thermal runaway while maintaining peak performance. This level of integration supports compliance with IEC 61800-3 standards for industrial drives.
In high-precision Servo Drive applications, the low switching losses of the TRENCHSTOP™ IGBT3 chip enable the use of higher PWM carrier frequencies. This results in smoother motor operation and reduced acoustic noise. While this 30A module is ideal for low-to-medium loads, systems requiring higher current handling for larger motors should consider the FS50R06W1E3, which offers 50A capacity in a similar package. Conversely, for designs requiring a built-in rectifier and brake chopper, the FP30R06W1E3 provides an integrated PIM solution.
Further insights into optimizing these modules can be found in our technical guide on Thermal Management for IGBT Modules.
FAQ
How does the Vce(sat) of 1.45V impact the selection of a heatsink?
A lower Vce(sat) directly reduces conduction losses. For the FS30R06W1E3, this efficiency gain allows for a smaller heatsink volume, enabling higher power density in compact UPS or Inverter designs without exceeding thermal limits.
What is the advantage of the Sixpack configuration in the EasyPACK 1B housing?
The Sixpack topology provides the full 3-phase bridge in one unit. Combined with the EasyPACK 1B design, it minimizes the internal stray inductance, which reduces voltage spikes during fast switching transients and simplifies the Gate Drive layout.
Can the FS30R06W1E3 be used in high-frequency PFC stages?
Yes, its optimized TRENCHSTOP™ technology is designed for balanced switching and conduction, making it suitable for PFC stages where frequencies between 10kHz and 20kHz are common. For more details on high-frequency selection, refer to our IGBT Selection Beyond Vce(sat).
Technical & Design Deep Dive
A Closer Look at TRENCHSTOP™ IGBT3 and EmCon3 Diode Synergy
The core of the FS30R06W1E3 performance lies in the field-stop trench architecture of the IGBT. Unlike traditional planar structures, the trench gate design increases the carrier density in the drift region while reducing the chip thickness. This results in a superior trade-off between switching speed and conduction loss. The integrated EmCon3 (Emitter Controlled) diode is specifically matched to these IGBT characteristics, offering soft recovery behavior that reduces EMI emissions during diode commutation.
Think of the NTC thermistor as a built-in thermometer for the module's "engine." By placing the sensor on the same ceramic substrate as the power chips, it provides much more accurate feedback than an external sensor mounted on the heatsink. This allows engineers to implement more aggressive Thermal Management strategies, pushing the module closer to its functional limits safely. For a deeper understanding of these technologies, explore our resource on Deconstructing IGBT Technology.
Industry Insights & Strategic Advantage
Meeting the Efficiency Demands of Industry 4.0
As the global manufacturing sector moves toward Industry 4.0, the demand for high-efficiency, intelligent motor control is surging. The FS30R06W1E3 supports this trend by providing a reliable, standardized platform for energy-efficient drives. Government regulations regarding the energy consumption of industrial equipment are becoming stricter; using TRENCHSTOP™ modules helps manufacturers meet these requirements by reducing the Total Cost of Ownership (TCO) through energy savings and reduced cooling costs.
Strategically, the EasyPACK family represents a modular approach to power design. By maintaining a consistent footprint while improving the internal silicon generations, Infineon allows OEMs to upgrade system performance without redesigning the entire physical layout. This "future-proofing" is essential in the current fast-paced market where development cycles for new power electronics are constantly shrinking. More on market trends can be found in our 2025-2026 Global IGBT Market Outlook.
Technical data confirms that for low-power automation where reliability is non-negotiable, the FS30R06W1E3 delivers the necessary performance metrics to ensure long-term stability.
