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Documents OptiMOS™︎ in Low-Voltage Drives - Faster, Smaller and More Efficient
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  • Author Author: ophilpott
  • Date Created: 21 Feb 2011 10:25 AM Date Created
  • Last Updated Last Updated: 7 Oct 2021 8:32 AM
  • Views 626 views
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OptiMOS™︎ in Low-Voltage Drives - Faster, Smaller and More Efficient

ImageToday high power density and high efficiency are the major driving factors in  applications like motor control. Moving from TO-220 to SuperSO8 reduces space consumption by 90% and enables a huge power density increase. With 3 times lower parasitic inductance than TO-220, SuperSO8 offers optimal switching performance and the highest levels of system efficiency. Furthermore, spikes in the system can be reduced due to very low parasitics. This minimizes design effort. Reduced switching noise and improved EMI make SuperSO8 an ideal package for high-performance applications.

 

With up to 100A current capability per device, SuperSO8 is ideal for high-current applications such as motor drives. The large contact area between the lead frame and the board ensures a low thermal resistance. 2 SuperSO8 devices can replace one standard D²PAK with equivalent thermal and electric behavior but a 50% reduction in footprint. Our devices offer the industry's lowest RDS(on) and gate chargeacross the entire voltage range from 25V up to 250V. These benchmark products in SuperSO8 bring the highest efficiency and power density levels to your system.

 

 

FeaturesApplications

 

  • Minimal device paralleling required
  • System cost improvement
  • Lowest board space consumption
  • Easy design-in
  • Highest efficiency and power density
  • Halogen-free
  • Battery driven vehicles
  • Cordless electric tools
  • Electric toys
  • Industrial machines

 

Image

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  • superso8
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