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Frequently Asked Questions

  1. Video: 1.1. HIL Device  
  2. Video: 1.2.Typhoon HIL Control Center  
  3. Video: 2.1. Schematic Editor  
  4. Video: 2.2. HIL SCADA  
  5. Video: 2.3.1 User-model interaction and data acquisition  
  6. Video: 2.3.2. Real vs Virtual HIL Device  
  7. Video: 2.4. Semi-automated testing in HIL SCADA  
  8. Video: 3.1 Model Mapping in Compiler Console  
  9. Video: 3.2 Problems & Solutions of Real-Time Model  
  10. Video: 3.2.1. Topological conflicts and model degeneration  
  11. Video: 3.3.1. Introduction to model partitioning  
  12. Video: 3.3.2.1. Electrical circuit partitioning  
  13. Video: 3.3.2.1.1. IT snubber parametrization  
  14. Video: 3.3.2.2. Signal processing circuit partitioning  
  15. Video: 3.3.3 Introduction to device partitioning  
  16. Video: 3.3.3.1 Electrical Circuit Device Partitioning  
  17. Video: 3.3.3.2. Signal Processing Device Partitioning  
  18. Video: 4.0.1. Creating a C-HIL setup  
  19. Video: 4.0.2. Analog Outputs  
  20. Video: 4.0.3. Analog Inputs  
  21. Video: 4.1 Converter Models  
  22. Video: 4.2 Converter Control  
  23. Video: 4.3.1. GDS oversampling  
  24. Video: 4.3.2. Switching delay  
  25. Video: 4.3.3. DTV detection  
  26. Video: 4.3.4. Power loss calculation  
  27. Video: 4.3.4.1. Thermal modeling application  
  28. Video: 4.3.5. Forward Voltage Drop  
  29. Video: 4.4.1.1. Battery Charger Dual Active Bridge (DAB) with a TI LAUNCHXL-F28379D Controller  
  30. Video: 4.4.2. Electric vehicle  
  31. Video: 4.4.3. NPC PV Inverter with UL1741 Grid Support Functions  
  32. Video: 5.1. Introduction to microgrid library  
  33. Video: 5.2. Distributed energy resources  
  34. Video: 5.2.1. Battery ESS  
  35. Video: 5.2.2. PV Power Plant  
  36. Video: 5.2.3. Diesel Genset  
  37. Video: 5.3 Create simple microgrid model in 10 minutes video  
  38. Video: 5.4.1. Microgrid control in islanded mode  
  39. Video: 5.5 Microgrid model optimization  
  40. Video: 6.1 Introduction  
  41. Video: 6.2 Python basics  
  42. Video: 6.2.1 Introduction to Python packages  
  43. Video: 6.3.1 Writing your first test  
  44. Video: 6.3.2 Test selection  
  45. Video: 6.3.3 Test parametrization  
  46. Video: 6.3.4 Fixtures  
  47. Video: 6.4.1 Introduction  
  48. Video: 6.4.2 Complete automated test workflow  
  49. Video: 6.4.3 Additional signal analysis  
  50. Video: 6.4.4 Report enhancement and customization  
  51. Video: 6.4.5 Other functionalities  
  52. Video: 7.1 Communication protocols introduction  
  53. Video: 7.2.1. Modbus introduction  
  54. Video: 7.2.2. Modbus device (server)  
  55. Video: 7.2.3. Modbus Client  
  56. Video: 7.2.3.1. Modbus Client in HIL SCADA  
  57. Video: 7.3. CAN bus  
  58. Video: 7.4. Multi-protocol gateway example  
  59. Video: 7.5.1. ETH VE Introduction  
  60. Video: 7.5.2. ETH VE setup example  
  61. Video: 7.6.1. Serial introduction  
  62. Video: 7.6.2. Serial SCADA widget with HIL UART example  
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Modeling Test automation

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