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- 650V/750V/1200V/1700V ultra-low on-off power loss 1GBT, improving the power density of the device and facilitating system miniaturization
- Improved Easy1B, Easy2B, EconoPIM2H power integration modules as well as Easy1B, Easy2B, EconoPIM2H standard half-bridge packages, facilitating system design and cost control
- Enhanced micro-groove and carrier lifetime control technology, resulting in a 50%+ increase in chip power density, and a 40%+ improvement in device outflow compared to IGBT
- Long-term operating junction temperature up to 175°C, allowing for higher system overload of 175°C
- The excellent current sharing design and extremely low loss of the Easy1B, Easy2B modules reduce system heat dissipation costs and facilitate parallel connection and system power expansion
Introduction to the Motor Control Module Series
Products that adopt micro-groove field cutoff IGBT chips and improve the Easy1B, Easy2B, and EconoPIM2H packages can cover the entire range from 650V to 1700V, and can meet the application requirements of all fields of industrial frequency conversion and servo systems.
CIB：Rectifier + braking + inverter
4-in-1
| Product model | chip Types | Ic(A)@25℃ | Topology | Rated(V) | Packaging |
|---|---|---|---|---|---|
| HCG900FH120D3ME7 | IGBT | 900 | Half Bridge | 1200 | Econo Dual 3A |
| HCG800FH170D3RE1 | IGBT | 800 | Half Bridge | 1700 | Econo Dual 3A |
| HCG600FH170D3RE2 | IGBT | 600 | Half Bridge | 1700 | Econo Dual 3A |
| HCG450FH120D3E1E | IGBT | 450 | Half Bridge | 1200 | Econo Dual 3A |
| HCG300FH170D3RE1 | IGBT | 300 | Half Bridge | 1700 | Econo Dual 3A |
| HCG100FH170A11 | IGBT | 100 | Half Bridge | 1700 | 34mm |
| HCG75FH170A11 | IGBT | 75 | Half Bridge | 1700 | 34mm |
| HCG500FH170A2RE1 | IGBT | 500 | Half Bridge | 1700 | 62mm |
| HCG400FH120A2RB | IGBT | 400 | Half Bridge | 1200 | 62mm |
| HCG100FT120M2D | IGBT | 100 | Three phase | 1200 | EconoPIM2H |
| HCG075FT120M2E1 | IGBT | 75 | Three phase | 1200 | EconoPIM2H |
| HCG050FT120M2P3 | IGBT | 50 | PIM | 1200 | EconoPIM2H |
| HCG075FT120M2P3 | IGBT | 75 | PIM | 1200 | EconoPIM2H |
| HCG035FT120M2P | IGBT | 35 | Three phase | 1200 | EconoPIM2H |
| HCG150FF170M3E1 | IGBT | 150 | Full-Bridge | 1700 | EconoPIM3H |
| HCG50FP120M3SN | IGBT | 50 | PIM | 1200 | EconoPIM3H |
| HCG150FT120M3B | IGBT | 150 | Three phase | 1200 | EconoPIM3H |
Key Features
From semiconductor structure to system topology, every detail is optimized for photovoltaic operating conditions.
Wide Voltage and Current Range
Supports voltage levels of 650V/750V/1200V/1700V and current capacities from 35A to 800A, catering to diverse needs from small devices to large industrial applications.
High Efficiency and Low Losses
Integrates trench field-stop IGBT technology to achieve lower Vce(sat) and switching losses, improving overall system efficiency and extending equipment lifespan.
Built-in Protection Functions
Modules include integrated rectifier, braking, and inverter circuits with NTC thermistor monitoring, providing overcurrent, overvoltage, and overtemperature protection for enhanced system safety and reliability.
Easy Parallel Expansion
Designed for multi-module parallel operation, enabling output current increases of 40% and higher, ideal for high-power applications like electric vehicle drives and wind power systems.
Power Your Next-Generation Motor Drive System
Our engineering team helps you accelerate design cycles, optimize thermal performance, and achieve superior system performance in demanding industrial environments.
Unlock Superior Product Advantages
Highlighting cost efficiency, reliability, and eco-friendly innovations for optimal motor control performance.
Cost-Effective
Low-loss design reduces thermal management costs and supports parallel expansion, lowering overall system expenses.
High Reliability
Built-in multiple protections ensure stable operation in extreme conditions, reducing failure rates.
Easy Integration
Compact packaging and compatible interfaces shorten development cycles and accelerate time-to-market.
Leading Power Density
Ideal for space-limited applications, providing high power output, supporting green applications for sustainable development.
Why Choose HIITIO
With strong in-house capabilities covering chip selection, module packaging, thermal optimization, and reliability validation, HIITIO delivers products (such as the Motor Control Module Series) utilizing trench field-stop SiC/IGBT technology, supporting voltage ranges from 650V to 1700V and current capacities from 35A to 800A, engineered for long-term operation under harsh electrical and environmental conditions.
- Chip selection expertise
- Module packaging innovation
- Thermal optimization technology
- Reliability verification
Application Scenarios
Power modules enabling efficient, precise, and reliable motor drive performance across diverse industrial automation and motion control applications.
Industrial Motor Drives
Servo Systems
CNC Machine Tools
Elevators & Lifting Systems
Common questions about HIITIO Wind Power IGBT Modules
What voltage classes are available for the motor control IGBT module series?
The standard portfolio covers 650V, 750V, 1200V, and 1700V. The appropriate voltage class depends on the DC bus voltage, motor power rating, and system safety margin.
Which applications are these modules typically used for?
They are widely used in industrial motor drives, servo systems, robotics, CNC machines, elevators, and HVAC inverters where high efficiency, compact size, and reliable operation are required.
What are the key benefits compared with discrete IGBT solutions?
IGBT modules provide higher power density, optimized thermal performance, lower parasitic inductance, simplified assembly, and improved system reliability.
What cooling methods are supported?
The modules are designed for standard heatsink mounting with thermal interface materials. The cooling performance depends on the heatsink design and system operating conditions.
How do these modules perform under wide temperature conditions?
The modules are designed for operation down to –50°C ambient temperature, with a maximum junction temperature of up to 175°C, ensuring stable performance under extreme climate conditions.
Can these modules be paralleled for higher current?
Yes, parallel operation is possible when proper electrical layout, symmetrical busbar design, and gate drive conditions are ensured.
How can I request datasheets, samples, or technical support?
You can contact HIITIO directly through the inquiry form to request datasheets, samples, or engineering support for your wind power project.
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From standard industrial drives to high-performance servo systems, HIITIO provides reliable IGBT module solutions with fast delivery, stable quality, and global technical support.
HIITIO is a global supplier of power semiconductor solutions, focused on high-performance IGBT modules for renewable energy and industrial drive applications. With strong in-house R&D, comprehensive reliability testing, and advanced manufacturing platforms, we deliver power modules that ensure efficiency, durability, and long-term operational stability in demanding systems.
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