Klaus Krischan

Engineering

1. Experimental Determination 100%
2. Power Loss 83%
3. Steel 82%
4. Bridges 77%
5. Soft-Switching 72%
6. Specific Power 66%
7. Permanent Magnet Synchronous Motor 66%
8. Electric Drives 66%
9. Home Appliance 66%
10. DC-to-DC Converter 66%
11. Switching Frequency 66%
12. Power Transformer 55%
13. Switching Loss 50%
14. Minimization 50%
15. Inductor 50%
16. Motor Drive 44%
17. Electric Drive System 44%
18. Harmonics 40%
19. Design 38%
20. Motor 36%
21. Link Capacitor 33%
22. Load Condition 33%
23. Electrical Steel 33%
24. Light Load 33%
25. Voltage Regulator 33%
26. Topology Control 33%
27. Suction Valve 33%
28. Flyback Converter 33%
29. Capacitance 33%
30. Automotive Engineering 33%
31. Secondary Side 33%
32. Optimization 33%
33. Isolators 33%
34. Strain 33%
35. Dynamic Response 33%
36. Skew Angle 33%
37. High Voltage 33%
38. Reduction 33%
39. Energy Storage 33%
40. Zero Voltage Switching 33%
41. Control Design 33%
42. Efficiency 31%
43. Transformer 28%
44. Measurement System 28%
45. Measurement 28%
46. Partial Load 27%
47. Propagation Delay 25%
48. Mode Operation 25%
49. Application 23%
50. Models 23%