Infineon EasyPACK™ IGBT Module 600V-1200V 50A-400A, Low Loss & Easy Integration for Industrial Use
EasyPACK™ IGBT Module
The EasyPACK™ IGBT Module offers a voltage range of 600V-1200V and current range of 50A-400A, delivering high-performance power solutions with low switching losses and simplified design integration. Specifically engineered for industrial applications, these modules provide efficient and convenient power conversion capabilities.
Product Highlights
- Low Loss & High Efficiency: Features IGBT7/CoolSiC™ chips that reduce switching losses by 20% and support 175℃ junction temperature, enhancing energy efficiency for industrial and new energy systems.
- PressFIT Terminal for Easy Assembly: Eliminates soldering requirements with standard PressFIT crimping, saving installation time. Compact 1B/2B packaging reduces PCB area by 30% for simplified design integration.
- Wide Compatibility: 650V-1200V, 50A-400A range makes these modules ideal for inverters, UPS systems, charging piles, and on-board power applications (≤100kW), fitting industrial, automotive, and new energy scenarios.
- Certified High Reliability: IEC/AQG324/AEC-Q certified with integrated NTC sensors, offering anti-interference capabilities and durability suitable for harsh working environments, ensuring long-term stable operation.
- Cost-Effective Mass Production: Over 70 million units sold, making them the preferred entry-level solution for medium-low voltage applications, reducing time-to-market and lowering R&D and production costs.
Technical Specifications
| Parameter Category |
Parameter Details |
Value |
Unit |
| Voltage Range |
Collector-Emitter Voltage (VCES) |
600-1200 |
V |
| Current Range |
Rated Current (IC nom) |
50-400 |
A |
| Chip Technology |
IGBT Chip |
IGBT7 |
- |
| Packaging Technology |
Terminal Type |
PressFIT Crimping |
- |
| Insulation Class |
AC Insulation |
2.5kV/1min |
kV/min |
| Substrate Material |
Substrate Material |
Aluminum Oxide (Al₂O₃) |
- |
| Topology |
Optional Topology |
NPC2 (Neutral Point Clamped 2) |
- |
| Temperature Detection |
Temperature Sensor |
Integrated NTC |
- |
| Application Power |
Adaptable Power |
≤100kW |
kW |
Product Models Overview
| Product Model |
Package Type |
Core Technology |
Topology |
Rated Current |
Voltage Specification |
Key Features |
Applications |
| FS100R12W2T7_B11_A |
EasyPACK™ 2B |
IGBT7 - T7 |
Sixpack |
100A |
1200V |
VCE(sat) 1.5V, PressFIT crimping, low switching loss |
Industrial automation, small inverters, motor drives (≤100kW) |
| F4-50R07W1H3_B11A |
EasyPACK™ 1B |
IGBT HighSpeed 3 |
Fourpack |
50A |
650V |
VCE(sat) 1.5V, PressFIT terminals, high-frequency switching |
Small UPS, low-voltage inverters, DC power conversion |
| F4-75R07W1H3_B11A |
EasyPACK™ 1B |
IGBT HighSpeed 3 |
Fourpack |
75A |
650V |
VCE(sat) 1.5V, high efficiency, low inductance design |
Industrial automation, motor drives, UPS systems |
| FS50R07W1E3_B11A |
EasyPACK™ 1B |
IGBT3 - E3 |
Sixpack |
50A |
650V |
VCE(sat) 1.45V, PressFIT crimping, high stability |
Low-voltage inverters, small UPS, charging piles |
| FS75R07W2E3_B11A |
EasyPACK™ 2B |
IGBT3 - E3 |
Sixpack |
75A |
650V |
VCE(sat) 1.45V, standardized packaging, easy integration |
Industrial inverters, UPS systems, energy storage |
| F8-99MR07W1D7_B11/A |
EasyPACK 1B |
CoolMOS™ CFD7A |
Eightpack |
- |
650V |
PressFIT terminals, high power density, compact design |
Automotive electronics, EV auxiliary equipment |
| F4-35MR07W2D7S8_B13/A |
EasyPACK 1B |
CoolMOS™ CFD7A |
Fourpack |
- |
650V |
Shunts and capacitor integration, RoHS compliant |
Automotive electronics, DC-DC converters |
| F4-35MR07W1D7S8_B11/A |
EasyPACK 1B |
CoolMOS™ CFD7A |
Fourpack |
- |
650V |
Integrable with shunts and capacitor, low thermal resistance |
Automotive inverters, on-board power supplies |
| FF08MR12W1MA1_B11A |
Easy 1B |
CoolSiC™ G1 |
Half-bridge |
- |
1200V |
SiC material, low switching loss, 5.1kV DC insulation |
New energy vehicles, EV DC-DC converters |
| FS17MR12W2M1H_B11_A |
EasyPACK 2B |
CoolSiC™ G1 |
Sixpack |
50A (IDN) |
1200V |
2.5kV AC insulation, low inductance design |
EV charging piles, energy storage systems |
| F4-8MXTR12C2M2Q_H11 |
EasyPACK™ |
CoolSiC™ Trench MOSFET |
- |
75A (IDN) |
1200V |
3.0kV insulation, integrated NTC temperature sensor |
High-frequency switching, DC-DC converters |
Frequently Asked Questions
What is the main advantage of EasyPACK™ compared with traditional IGBT modules?
EasyPACK™ uses standardized packaging and PressFIT terminal technology, which simplifies the design and assembly process, and reduces the time and cost of product development and production. The IGBT7 chip reduces switching losses and improves energy efficiency.
Can EasyPACK™ be used in solar inverters?
Yes, EasyPACK™ is suitable for solar inverters with power up to 100kW, and can also be applied to three-level applications and other scenarios, providing reliable power conversion solutions for new energy systems.
How to choose between 650V and 1200V EasyPACK™ modules?
Choose 650V for low-voltage UPS and small inverters; choose 1200V for high-voltage charging piles and new energy storage systems.
What is the difference between EasyPACK™ 1B and 2B packages?
1B is smaller in size, suitable for compact equipment; 2B has stronger current-carrying capacity, more suitable for medium-power motor drives.
Why do some models not mark the rated current (Iₙₒₘ)?
These are MOSFET models, so this parameter is not required. Focus on VDSS and IDN/IDRM parameters, and refer to the datasheet for details.
Do PressFIT terminals require special tools?
Yes, use standard PressFIT crimping tools to ensure stable connection, no soldering required.
Can EasyPACK™ modules be installed in high-temperature environments?
Avoid direct exposure to environments above 150℃; if used in industrial high-temperature scenarios, add heat dissipation components.
How to check if the module is installed correctly?
Confirm that the PressFIT terminals are fully crimped and not loose; test the insulation performance before power-on.
Is EasyPACK™ compatible with ordinary inverters?
Yes, most models are suitable for small and medium-sized inverters (≤100kW), just prioritize matching voltage and current parameters.
Can it be used for electric vehicle charging piles?
Low-power models (50A-75A) are suitable for home charging piles; high-voltage 1200V models are suitable for public fast charging piles.
Can automotive-grade models be used for industrial equipment?
Yes, they have higher stability but also higher cost; choose according to your budget and usage environment.
How often should EasyPACK™ modules be maintained?
Clean dust every 3-6 months; check for loose terminals and overheating once a year.
What causes high switching loss of the module?
It is mainly due to mismatched voltage parameters or poor heat dissipation; adjust the parameters or add heat sinks to improve it.
Can EasyPACK™ directly replace old IGBT modules?
Check the package size, voltage and current; if the parameters match, direct replacement is available.