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ES High Frequency Induction Heating Module Solution
- 1200V and 1700V IGBT and SiC power modules designed for high-frequency induction heating inverters, featuring optimized switching performance for resonant topologies and improved system efficiency.
- Half-bridge configurations compatible with common induction heating converter structures, enabling stable and controllable high-frequency power output.
- Multiple package options including 34mm, 62mm, and SOT227 to support different power levels and equipment designs.
- SiC solutions provide lower switching losses and higher operating frequency capability, helping increase heating efficiency and power density.
- Standardized module platform simplifies system integration and shortens equipment development cycles.
Introduction to the High Frequency Induction Heating Series
The product portfolio covers 1200V and 1700V IGBT and SiC power modules in half-bridge configurations, designed for high-frequency induction heating systems. Standard industrial packages including 34mm, 62mm, and SOT227 support different power levels and equipment layouts, enabling flexible system integration.
| Product model | Chip Types | Ic(A)@25℃ | Topology | Rated(V) | Packaging |
|---|---|---|---|---|---|
| HCS160FH120A2A | SiC | 160 | Half Bridge | 1200 | 62mm |
| HCG150FH120A11 | IGBT | 150 | Half Bridge | 1200 | 34mm |
| HCG100FH120A11 | IGBT | 100 | Half Bridge | 1200 | 34mm |
| HCG150FH120A21 | IGBT | 150 | Half Bridge | 1200 | 62mm |
| HCG500FH170A2RE1 | IGBT | 500 | Half Bridge | 1700 | 62mm |
Advanced Power Module Technology
From device performance to inverter topology compatibility, the modules are developed to meet the requirements of high-frequency induction heating systems.
Optimized for High-Frequency Operation
Power modules are designed to support stable switching behavior in resonant inverter circuits, enabling efficient and controllable high-frequency power output.
Balanced Dynamic Performance
Well-matched switching characteristics help reduce switching losses and electrical stress, allowing higher operating frequency and more compact equipment design.
Reduced System Thermal Burden
Lower power losses at the device level contribute to less heat generation, simplifying thermal management for induction heating power supplies.
Improved System Efficiency
High-efficiency power conversion helps increase energy utilization in the heating process and supports continuous industrial operation.
Power Your Next High-Frequency Induction Heating System
Get expert support for module selection, topology matching, and thermal design. Our engineering team will help you build a more efficient and reliable induction heating power supply.
Reliable Operation for Industrial Induction Heating Environments
Designed to meet the continuous operation and thermal management requirements of high-frequency induction heating power supplies.
Stable Performance Under Continuous Operation
Power modules support long-term high-frequency switching in industrial heating processes, ensuring consistent and controllable power output.
Thermal Design Friendly
Optimized loss characteristics help reduce heat generation at the device level and simplify the cooling design of the power supply system.
Adapted to Industrial Workshop Conditions
Robust package options and standardized module platforms enable reliable operation in typical factory environments.
High System Reliability
Stable electrical and thermal performance contributes to longer equipment service intervals and reduced maintenance requirements.
Why Choose HIITIO
HIITIO is an engineering-driven power semiconductor manufacturer focused on IGBT and SiC module solutions for high-frequency induction heating applications.
With in-house capabilities in module design, package platform development, thermal performance optimization, and application-oriented validation, HIITIO delivers power modules that support stable and efficient operation in industrial heating systems.
- IGBT & SiC Solutions
- Industrial Package Platform
- Flexible System Integration
- Application-Driven Design
Application Scenarios
Supporting multiple converter topologies in modern wind energy architectures.
Gear & shaft hardening
Bearing hardening
Shrink fitting
Tube & wire annealing
Common questions about HIITIO Wind Power IGBT Modules
How do I choose between an IGBT module and a SiC module for induction heating?
IGBT modules are widely used in medium-frequency and high-power systems where cost performance is important.
SiC modules are more suitable for higher switching frequency, higher efficiency, and compact system design.
What voltage classes are available for this application?
The current platform provides 1200V and 1700V power modules, which cover most high-frequency induction heating power supply designs.
Which converter topology are these modules designed for?
The modules are designed for half-bridge configurations commonly used in resonant induction heating inverters.
- 1200V/1700V/2300V Ultra-Low Dynamic/Static Loss 1GBT, Boosting Efficiency in Wind Power Converters and Other MW-Level Power Systems
- Operates reliably in -50°C extreme cold environments, with long-term junction temperatures up to 175°C, enabling higher system overloads
- Exceptional resistance to moisture, sulfidation, and salt fog for high-reliability applications like offshore wind power
- Superior power cycling capability extends converter system lifespan and reduces maintenance costs
- High-performance, high-reliability 1200V/1700V/2300V SiC MOSFET products. Combined with sintering technology, they extend device lifespan and improve system efficiency.
What package types are available?
Standard industrial packages include:
-
34mm
-
62mm
-
SOT227
These options allow flexible mechanical and thermal design.
What are the main benefits of SiC in high-frequency induction heating systems?
SiC devices enable higher switching frequency, lower switching losses, and improved power density, which helps reduce the size of passive components and cooling systems.
Can these modules support continuous industrial operation?
The module platform is designed for industrial power conversion applications and supports stable operation under continuous working conditions with proper thermal design.
How do I select the correct current rating for my system?
The selection depends on system power, DC bus voltage, switching frequency, cooling condition, and overload requirements.
Technical support is available for application-based selection.
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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Start Your Induction Heating Project with the Right Power Module
Tell us your switching frequency, power range, and topology. We will recommend the most suitable IGBT or SiC module for your application.
HIITIO is a global provider of power semiconductor solutions, focusing on IGBT and SiC power modules for high-frequency induction heating and industrial power conversion applications. With strong in-house engineering capabilities in module design, package platform development, thermal optimization, and application-oriented validation, we deliver high-reliability power modules that support stable and efficient operation in demanding industrial systems.
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