Is Maxwell 2D Eddy Current Solver Computing Induced or Overall Magnetic Field?

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SUMMARY

The Maxwell SV software utilizes the eddy current solver to compute the induced magnetic field within a solenoid coil when an AC source of 167 kHz is applied. Users have confirmed that the H field mapping reflects the induced magnetic field due to eddy currents rather than the overall magnetic field intensity. Additionally, issues with the color key in the post processor have been reported, where colors appear mixed or blacked out, with a potential workaround involving running the software in a Windows 2000 virtual machine.

PREREQUISITES
  • Familiarity with Maxwell SV software
  • Understanding of eddy current theory
  • Knowledge of AC circuit analysis at 167 kHz
  • Experience with Windows compatibility settings
NEXT STEPS
  • Research the functionality of the eddy current solver in Maxwell SV
  • Learn about troubleshooting color display issues in simulation software
  • Explore the implications of induced magnetic fields in AC circuits
  • Investigate the use of virtual machines for running legacy software
USEFUL FOR

Electrical engineers, simulation software users, and anyone involved in modeling magnetic fields and troubleshooting software display issues.

Jedi1234
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Hello,

I am using Maxwell SV to model the magnetic field inside a solenoid coil. I am currently using the eddy current solver as I have an AC source (167 kHz). When I map the H field in the post processor is the software computing induced magnetic field due to eddy currents in the conductor or the overall magnetic field intensity?

My other question is somewhat unrelated. I was having problems with my color key in the post processor which appears completely black or with some of the colors blacked out. Has anyone else had this problem?

Thank you very much
 
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Hi - I am not solving for Eddy currents and the colour index is not showing black BUT most of the colours are mixed and unusable. Has anyone else seen this? I would like to try setting my PC to 256 colours in case that helps but my current video card will not go lower than 16 bit colour.
 
Update: the color key works properly running the program in a Windows 2000 virtual machine on my normal XP PC. It is even likely that the solution could be generated under XP and the solved files mirrored across into the Win2k virtual machine.

Setting the program to compatibility mode for Win2k and (separately) setting compatability mode to 256 colour under XP did NOT work to fix the colour key.
 

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