Power Module

Invertor Integrated Motor Powered by MODULE

  • power_module

Features

①Built-in Shindengen’s Power Module
Shindengen's power modules can achieve the same performance in a smaller area than MOSFETs implemented as discrete components, contributing to product miniaturization.

②Streamline Assembly Process
Power module solution can streamline mounting/assembly process and no insulation is required on each chips.

③High Heat Dissipation
Insulation layer and Cu substrate can achieve heat decentration and dissipation.

Concept Model for Automotive Mechatronics

Please feel free to contact us if you have any request for changing specification or adding optional feature.

SiC Power Module『MG074』

SiC VS Si

  • High Voltage & Low Loss
  • High Speed Operation
  • High Temp. Operation

Features

①High-Speed Switching & Low-Noise Performance
Low stray inductance by our proprietary packaging technology can improve switching　performance and suppress noise generation.

  • sic module

②Low Inductance Structure
Terminal and pattern layout inside the module can reduce stray inductance by 66% compared to using two discrete components.

SiC Module TO-247 4pin
Measured Value 7.24nH 21.48nH

③Reduction in Temperature Rise
Suitably distributed chip placement can suppress heat interference.

  • sic module

Motor Driven Transfer Power Module『MG031』

Features

①Compactness and High Integration
Integrating the driver section into a power module can not only reduce mounting area but also simplify part mounting process.

②Mounting Area Reduced by 60%, ECU Volume Reduced by 35%
Our power module contributed to achieving substantially smaller and lighter unit than that made of existing discrete MOSFETs by integrating them into the power module.

  • mg031

③Available for Automotive
Our power module has been used for Automotive EPSs, DC/DC converters, electronic braking, Electric bicycle and Industrial equipment, etc.

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