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High Voltage IGBT Module
HIITIO High Voltage IGBT Modules range up to 6500V, supporting up to 3600A, ideal for traction drives, motor control, smart grids, and high-reliability inverters. Featuring AISiC baseplates, AIN substrates, and high thermal cycling capability, low Vce(sat), and 10μs short-circuit withstand, our modules ensure efficient heat dissipation and exceptional reliability for demanding industrial applications.
Image | Part Number | Type | Package | Circuit Diagram | Blocking Voltage (V) | Current (A) | RDS(on) (mΩ) | Specifications |
|---|---|---|---|---|---|---|---|---|
 | IGBT | H1 | 3300 | 1000 | ||||
 | IGBT | H | 3300 | 1500 | ||||
 | IGBT | E/E2: 190×140×38 | Chopper | 3300 | 1000 | |||
 | IGBT | N/F/D: 140×130×38 | Single Switch | 3300 | 1000 | |||
 | IGBT | A/A2: 190×140×48 | Single Switch | 4500 | 1200 | |||
 | IGBT | DFN8*8 | Single Switch | 6500 | 750 | |||
 | IGBT | E/E2: 190×140×38 | Single Switch | 4500 | 1200 | |||
 | IGBT | E/E2: 190×140×38 | Single Switch | 3300 | 1500 | |||
| IGBT | E/E2: 190×140×38 | Single Switch | 3300 | 1500 | |||
| IGBT | F/D: 140×130×38 | Single Switch | 1700 | 1600 | |||
 | IGBT | N/F/D: 140×130×38 | Single Switch | 3300 | 1600 | |||
| IGBT | E/E2: 190×140×38 | Single Switch | 2400 | 1700 | |||
 | IGBT | P: 140×73×38 | Single Switch | 6500 | 250 | |||
 | IGBT | P: 140×73×38 | Half Bridge | 3300 | 250 | |||
| IGBT | E/E2: 190×140×38 | Single Switch | 1700 | 3600 | |||
| IGBT | X1: 144×100×40 | Half Bridge | 3300 | 450 | |||
 | IGBT | G: 160×130×38 | Double switch | 3300 | 500 | |||
| IGBT | A/A2: 190×140×48 | Single Switch | 6500 | 750 | |||
 | IGBT | X: 140×130×48 | Half Bridge | 6500 | 750 | |||
 | IGBT | X: 140×130×48 | Single Switch | 4500 | 800 |
What Is a High Voltage IGBT Module?
High Voltage IGBT Modules are power semiconductor devices designed to handle high blocking voltages and large current levels in power conversion systems.
A High Voltage IGBT Module integrates multiple IGBT chips and freewheeling diodes into a single insulated package, enabling efficient switching in medium- and high-voltage applications. These modules are typically rated from 1700V up to 6500V and support current levels ranging from hundreds to several thousand amperes. They are widely used in traction drives, industrial motor control, renewable energy inverters, and grid-related equipment where high electrical stress and long-term reliability are required.
Key Electrical and Thermal Features
Designed to balance electrical performance, thermal stability, and mechanical robustness for long-term industrial operation.
High Blocking Voltage and Current Capability
Designed to support high blocking voltage and current levels required for reliable switching in medium- and high-voltage power systems.
Low Conduction Loss and Optimized Switching Behavior
Optimized IGBT chip design helps reduce conduction losses while maintaining predictable switching behavior under high electrical stress.
Thermal Management with AlSiC Baseplate
AlSiC baseplate design enhances heat spreading and supports stable thermal performance under continuous high-power operation.
Electrical Insulation Using AlN Ceramic Substrates
AlN ceramic substrates provide high electrical insulation strength and stable thermal conductivity for high-voltage applications.
Short-Circuit Withstand Capability for System Protection
Designed short-circuit withstand capability allows protection circuits sufficient response time during abnormal operating conditions.
Thermal Stability and Power Cycling Performance
Stable thermal behavior supports reliable operation under repetitive load changes and long-term power cycling conditions.
Short-Circuit Capability and Operational Reliability
High short-circuit withstand capability enhances system protection and operational safety in fault conditions.
Short-Circuit Withstand Capability for Fault Protection
Contribution to System-Level Operational Reliability
Interaction with Gate Drivers and Protection Systems
Reliability Under Repetitive Electrical Stress
Technical Advantages of HIITIO High Voltage IGBT Modules
Superior thermal stability, enhanced reliability, compact design, and application versatility reduce system inefficiencies and improve uptime.
HIITIO High Voltage IGBT Modules are designed to support stable electrical performance across a wide range of operating conditions. Efficient thermal paths help manage heat during continuous switching, while robust internal structures enhance tolerance to thermal cycling. Low conduction and switching losses contribute to improved overall system efficiency. Modular configurations further enable flexible integration into different system architectures.
- Efficient heat dissipation during continuous operation
- Improved tolerance to thermal cycling
- Reduced power loss for higher system efficiency
- Strong mechanical integrity under electrical and thermal stress
- Flexible integration across multiple system designs
Quality Assurance
Manufactured with rigorous quality control and industrial testing to ensure consistent performance and long operational lifetime.
All HIITIO High Voltage IGBT Modules are manufactured under controlled production processes with defined quality management procedures. Each module undergoes electrical and thermal testing to verify compliance with specified performance parameters. Reliability evaluations are conducted to ensure stable operation under high voltage, high current, and temperature variation conditions. This structured quality approach helps deliver consistent product performance for industrial and energy applications.
- Industrial-grade electrical and thermal testing
- Performance verification under demanding conditions
- Conformance to established power electronics standards
Get a Quotation for High Voltage IGBT Modules!
Contact us for pricing, lead time information, and module selection guidance based on your voltage, current, and application requirements.
HIITIO combines a broad high-voltage IGBT product portfolio with practical application experience in power electronics. Customers benefit from clear product positioning, stable supply capability, and technical support throughout the project lifecycle. Customization options are available to address specific electrical or mechanical requirements, while responsive quotation and engineering support help reduce development time and project risk.
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