SiC DIPIPM/SiC DIPPFC
Existing package equipped with SiC MOSFET
Equipped with an SiC-MOSFET, this product reduces power loss and contributes to downsizing of systems.
Features
- Achieves reduced ON-resistance due to being equipped with SiC MOSFET and has over 70% less power loss compared to the conventional product*1(SiC DIPIPM)
- Realizes a low noise system by reducing recovery current
- Mitsubishi Electric's proprietary high Vth SiC-MOSFET technology eliminates the need for a minus-bias circuit for gate drive
- Equipped with an SiC chip, this product can support high-frequency switching (up to 40 kHz) and contributes to cost reduction by downsizing of peripheral equipment such as reactors and heatsinks (SiC DIPPFC)
- Performance is enhanced by simply switching to this product (SiC DIPIPM) with the same package and pin layout compatibility as the conventional product*1
- This package is identical to the Super Mini DIPIPM, therefore mounting is easy as a spacer for height adjustment is no longer required when sharing the inverter portion and heatsink (SiC DIPPFC)
- ※1：Mitsubishi Electric's Super Mini DIPIPM Series
DIPIPM, SLIMDIP, DIPIPM+, SOPIPM, DIPPFC and CSTBT are trademarks of MITSUBISHI ELECTRIC CORPORATION.
Applications
- Air-conditioner
- Small capacity inverter
- Small capacity servo
Lineup
SiC DIPIPM
| VDSS | ID (A) | Type name | Configuration |
|---|---|---|---|
| 600 | 15 | Three phase inverter with driver ICs | |
| 25 |
SiC DIPPFC
| VDSS | Ii (Arms) | Type name | Configuration |
|---|---|---|---|
| 600 | 30 | Two phase PFC with driver IC |
Featured Products
DIPIPM: Benefits of SiC MOSFET
A characteristic-tuned, low-noise SiC supports higher frequency and efficiency of systems
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Power loss comparison
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Reduces noise by reducing recovery current
DIPPFC: Improvement through adoption of a SiC chip
Reduces both DC loss and recovery loss ⇒ Improves system efficiency
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Static characteristics
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Power loss comparison
Documents
Corresponding Products
SLIMDIP
More compact and easy to use
Super mini DIPIPM
Small-capacity de facto standard package
Links to associated page
Power loss simulator
Simplified simulator to calculate power module losses and temperature rise.
FAQ
Answers to frequently asked questions.
Evaluation boards