Advanced IGBT technology for industrial drives, welding, renewable energy and automotive applications
MacMic IGBT modules feature advanced trench field-stop technology delivering superior performance and reliability in power conversion applications. Our comprehensive portfolio includes modules with voltage ratings from 600V to 3300V and current ratings from 5A to 1800A.
With three primary series - GV, GS, and HM - MacMic offers optimized solutions for diverse applications. For specific application needs, explore our industrial inverter solutions, welding applications, or renewable energy systems:
600V - 3300V
5A - 1800A
Trench Field-Stop
Industrial, Automotive, Renewable Energy
Latest generation IGBTs with ultra-low saturation voltage and optimized for industrial applications.
General-purpose IGBTs with excellent robustness and reliability for diverse applications.
High-performance IGBTs optimized for high-frequency applications with fast switching.
| Model | Series | Voltage (Vces) | Current (Ic) | Package | Topology | Applications | Actions |
|---|---|---|---|---|---|---|---|
| MMG10J65D | GV | 650V | 10A | TO-247 | Single IGBT | Power supplies, chargers | Datasheet |
| MMG25J65D | GV | 650V | 25A | TO-247 | Single IGBT | Power supplies, chargers | Datasheet |
| MMG50J65D | GV | 650V | 50A | TO-247 | Single IGBT | Power supplies, chargers | Datasheet |
| MMG75J65D | GV | 650V | 75A | TO-247 | Single IGBT | Power supplies, chargers | Datasheet |
| MMG100J65D | GV | 650V | 100A | TO-247 | Single IGBT | Power supplies, chargers | Datasheet |
| MMG75S120B6HN | GV | 1200V | 75A | Industrial Package | 6-in-1 IGBT | Industrial drives, welding | Datasheet |
| MMG100S120B6HN | GV | 1200V | 100A | Industrial Package | 6-in-1 IGBT | Industrial drives, welding | Datasheet |
| MMG150S120B6HN | GV | 1200V | 150A | Industrial Package | 6-in-1 IGBT | Industrial drives, welding | Datasheet |
Choosing the right IGBT for your application requires careful consideration of several factors:
Select an IGBT with a voltage rating at least 20% higher than your maximum operating voltage to account for voltage spikes and ensure reliable operation. For assistance with voltage selection, see our application notes.
Consider both continuous and peak current requirements. Account for derating based on operating temperature and switching frequency. For help determining current needs, see our design tools.
Higher switching frequencies require IGBTs with lower switching losses. For high-frequency applications, consider HM series IGBTs. See our induction heating solutions for high-frequency examples.
Ensure adequate cooling to maintain junction temperature within safe limits. Consider thermal resistance and package options. For thermal design guidance, check our thermal management guides.
Practical guides for implementing MacMic IGBTs in various applications including industrial drives, welding, and renewable energy.
View NotesComplete technical specifications for all IGBT models. Also see our discrete IGBTs and SiC devices for related power semiconductors.
Download DatasheetsMacMic IGBTs vs. competitive solutions from Infineer, Semikron, and others. Compare with FRED diodes for complete power module solutions.
Compare SolutionsThe GV series features the latest technology with ultra-low saturation voltage, ideal for industrial applications. The GS series offers general-purpose performance with excellent robustness. The HM series is optimized for high-frequency applications with fast switching characteristics, suitable for induction heating.
Select an IGBT with a voltage rating that is at least 20% higher than your maximum operating voltage to account for voltage spikes during switching. For example, if your application operates at 600V, select an IGBT with at least a 750V rating. For guidance, see our selection guides.
Key parameters include voltage rating (Vces), current rating (Ic), switching speed (ton, toff), saturation voltage (Vce(sat)), thermal resistance (Rth), and package type. The specific requirements will depend on your application's power level, switching frequency, and thermal constraints. See our design tools for parameter calculations.
Yes, MacMic offers automotive-grade IGBTs qualified to AEC-Q101 standards for use in electric vehicle traction inverters, onboard chargers, and DC/DC converters. For automotive solutions, see our NEV controllers page. Contact our automotive applications team for specific requirements.
Our technical experts are ready to assist with product selection, design support, and custom solutions. Explore our related products including FRED diodes, SiC devices, and discrete IGBTs.
