1. SMPS DESIGN GUIDE

2. SMPS DESIGN GUIDE

3. SMPS DESIGN GUIDE

4. SMPS DESIGN GUIDE

5. SWITCHMODE Power Supplies Reference Manual and Design Guide

6. SWITCHMODE Power Supplies Reference Manual and Design Guide

7. SWITCHMODE Power Supplies Reference Manual and Design Guide

8. SWITCHMODE Power Supplies Reference Manual and Design Guide

9. SWITCHMODE Power Supplies Reference Manual and Design Guide

10. SWITCHMODE Power Supplies Reference Manual and Design Guide

11. Power Factor Correction

12. Power Factor Correction

13. Quasi-Resonant Converters (LLC, LCL)
There are two quasi-resonant methods: zero current switching (ZCS) or zero voltage switching (ZVS). ZCS is a fixed on-time, variable off-time method of control.
LCL MODE

14. Quasi-Resonant Converters (CLL, LCL)
The ZVS is a fixed off-time, variable on-time method of control. Here the initial condition is when the power switch is on, and the familiar current ramp is flowing through the filter inductor
LCL MODE

15. Losses and Stresses within Switching Power Supplies

16. First-Pass Selection of Semiconductors

17. Other Design Considerations (Snubbers and Clamps)

19. AC/DC Power Supply A

20. AC/DC Power Supply A

21. DC-DC CONVERSION A

22. DC-DC CONVERSION B

23. Application: 80 W Power Factor Controller

24. Application: 80 W Power Factor ControllerB

25. Compact Power Factor Correction

26. Compact Power Factor CorrectionB

27. Low Wattage Constant – Current Constant – Voltage SMPS

28. Low Wattage Constant – Current Constant – Voltage SMPSB

29. Application: 70 W Wide Mains TV SMPS

30. Application: 70 W Wide Mains TV SMPSB

31. Application: 70 W Wide Mains TV SMPS

32. Application: 70 W Wide Mains TV SMPSB

33. Application: Low–Cost Offline IGBT Battery Charger

34. Application: Low–Cost Offline IGBT Battery Charger

35. Application: 110 W Output Flyback SMPS

36. Application: 110 W Output Flyback SMPS

37. Application: Universal 50–Watt Power Supply

38. Application: Universal 50–Watt Power SupplyB

39. Application: AC–DC Battery Charger – Constant Current with Voltage Limit

40. Application: AC–DC Battery Charger – Constant Current with Voltage Limit

42. Application Notes

45. Reference Books Relating to Switching Power Supply Design Baliga, B
Reference Books Relating to Switching Power Supply Design Baliga, B. Jayant, Power Semiconductor Devices, PWS Publishing Co., Boston, pages. Brown, Marty, Practical Switching Power Supply Design, Academic Press, Harcourt Brace Jovanovich, pages. Brown, Marty Power Supply Cookbook, EDN Series for Design Engineers, ON Semiconductor Series in Solid State Electronics, Butterworth–Heinmann, MA, pages Chrysiss, G. C., High Frequency Switching Power Supplies: Theory and Design, Second Edition, McGraw–Hill, pages Gottlieb, Irving M., Power Supplies, Switching Regulators, Inverters, and Converters, 2nd Edition, TAB Books, pages. Kassakian, John G., Martin F. Schlect, and George C. Verghese, Principles of Power Electronics, Addison–Wesley, pages. Lee, Yim–Shu, Computer–Aided Analysis and Design of Switch–Mode Power Supplies, Marcel Dekker, Inc., NY, 1993 Lenk, John D., Simplified Design of Switching Power Supplies, EDN Series for Design Engineers, Butterworth–Heinmann, MA, pages. McLyman, C. W. T., Designing Magnetic Components for High Frequency DC–DC Converters, KG Magnetics, San Marino, CA, pages, 146 figures, 32 tables Mitchell, Daniel, Small–Signal MathCAD Design Aids, e/j Bloom Associates, 115 Duran Drive, San Rafael, Ca 94903–2317, 415–492–8443, Computer disk included. Mohan, Ned, Tore M. Undeland, William P. Robbins, Power Electronics: Converter, Applications and Design, 2nd Edition, Wiley, pages Paice, Derek A., Power Electronic Converter Harmonics, Multipulse Methods for Clean Power, IEEE Press, pages. Whittington, H. W., Switched Mode Power Supplies: Design and Construction, 2nd Edition, Wiley, pages.

46. DC–DC Converters with Inductor

47. DC–DC Converters with Inductor

48. DC–DC Converters with Inductor

49. DC–DC Converters with Inductor

50. DC–DC Converters with Inductor

51. DC–DC Converters with Inductor

52. DC–DC Converters with Inductor

53. DC–DC Converters with Inductor

57. FLYBACK CONVERTER

58. FLYBACK CONVERTER

59. FLYBACK CONVERTER

60. FLYBACK CONVERTER

61. FLYBACK CONVERTER