- Infineon Technologies AG
- NEXT Mobility
- ICT and Industrial
- Smart Factories and Robotics
Product overview
Infineon's IGBTS (Insulated Gate BIPOLAR TRANSISTORS) support a wide voltage range from 600V to 6.5KV and combine low loss with high SWITCHES performance. They are used in a wide range of applications, including INVERTERS, industrial motor control, and renewable energy.
Our products are used by automobile manufacturers and industrial equipment manufacturers around the world and are backed by reliability and a proven track record.
Number of companies using the system: Over 500 globally
Awards: Power Electronics Award 2024
Supported standards: AEC-Q101, RoHS, REACH
List of main features and specifications
High-speed SWITCHES: Supports high-frequency drive with low loss
Low V CE(sat) design: minimizes power loss and simplifies thermal design
High voltage design: Supports up to 6.5KV
Automotive compatible products available: AEC-Q101 compliant, ideal for EV applications
Product group
Automotive products
Industrial and consumer products
For detailed technical information, please visit the Infineon website.
Benefits of implementation
| problems | solution |
|---|---|
| Thermal design is difficult | Low loss design suppresses heat generation |
| High voltage resistance required | Safe design compatible with up to 1700V |
| Space is limited | Small package reduces mounting area |
| Automotive quality is required | AEC-Q101 compliant to ensure reliability |
Use cases and implementation examples
Use case 1: In-vehicle INVERTERS (EV/HEV)
[Use case overview]
Insulated gate bipolar transistors (IGBTS) are key components in motor drive INVERTERS for electric vehicles (EVs) and hybrid vehicles (HEVs) that efficiently control high voltages and currents. In particular, there is a need to reduce SWITCHES losses and simplify thermal design.
[Major features]
High voltage design (up to 1200V): Can also handle increased battery voltage
Low V CE(sat) characteristics: Reduces power loss and cooling load
AEC-Q101 compliant: Reliability that meets automotive quality standards
Use Case 2: Industrial motor control (FA equipment)
[Use case overview]
In INVERTERS control of AC motors used in factory production lines and conveying equipment, IGBTS are required to have high-efficiency power conversion and a long lifespan.
[Major features]
High-speed SWITCHES performance: High-frequency drive improves motor responsiveness
Low loss design: Improved energy efficiency and reduced heat generation
Long life and high reliability: Ideal for 24-hour industrial applications
Use Case 3: Renewable energy (solar and wind power)
[Use case overview]
In power conditioners (PCS) for solar and wind power generation, IGBTS are important devices that determine the efficiency of DC to AC conversion.
[Major features]
High-efficiency conversion: Low losses maximize energy balance
High voltage and current resistance: Suitable for large-scale power generation facilities
Long-term reliability: Stable operation even in outdoor installation environments
IGBTS component information search
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