73 results on '"Yazdani, Amirnaser"'
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2. PART II: Applications: Chapter 13: Variable-Speed Wind-Power System: 13.2: CONSTANT-SPEED AND VARIABLE-SPEED WIND-POWER SYSTEMS.
3. PART II: Applications: Chapter 13: Variable-Speed Wind-Power System: 13.5: VARIABLE-SPEED WIND-POWER SYSTEM BASED ON DOUBLY-FED ASYNCHRONOUS MACHINE.
4. PART II: Applications: Chapter 13: Variable-Speed Wind-Power System: 13.4: MAXIMUM POWER EXTRACTION FROM A VARIABLE-SPEED WIND-POWER SYSTEM.
5. PART II: Applications: Chapter 12: Back-to-Back HVDC Conversion System: 12.4: HVDC SYSTEM CONTROL.
6. PART II: Applications: Chapter 12: Back-to-Back HVDC Conversion System: 12.3: HVDC SYSTEM MODEL.
7. PART II: Applications: Chapter 11: Static Compensator (STATCOM): 11.8: MODEL EVALUATION.
8. PART II: Applications: Chapter 11: Static Compensator (STATCOM): 11.4: DYNAMIC MODEL FOR PCC VOLTAGE CONTROL.
9. PART I: Fundamentals: Chapter 10: Variable-Frequency VSC System: 10.3: CONTROL OF VARIABLE-FREQUENCY VSC SYSTEM.
10. PART I: Fundamentals: Chapter 9: Controlled-Frequency VSC System: 9.4: VOLTAGE CONTROL.
11. PART I: Fundamentals: Chapter 9: Controlled-Frequency VSC System: 9.3: MODEL OF CONTROLLED-FREQUENCY VSC SYSTEM.
12. PART I: Fundamentals: Chapter 8: Grid-Imposed Frequency VSC System: Control in dq-Frame: 8.6: CONTROLLED DC-VOLTAGE POWER PORT.
13. PART I Fundamentals: Chapter 7: Grid-Imposed Frequency VSC System: Control in αβ-Frame: 7.5: CONTROLLED DC-VOLTAGE POWER PORT.
14. PART I: Fundamentals: Chapter 8: Grid-Imposed Frequency VSC System: Control in dq-Frame: 8.4: CURRENT-MODE CONTROL OF REAL-/REACTIVE-POWER CONTROLLER.
15. PART I: Fundamentals: Chapter 8: Grid-Imposed Frequency VSC System: Control in dq-Frame: 8.3: REAL-/REACTIVE-POWER CONTROLLER.
16. PART I Fundamentals: Chapter 7: Grid-Imposed Frequency VSC System: Control in αβ-Frame: 7.4: REAL-/REACTIVE-POWER CONTROLLER BASED ON THREE-LEVEL NPC.
17. PART I Fundamentals: Chapter 7: Grid-Imposed Frequency VSC System: Control in αβ-Frame: 7.3: REAL-/REACTIVE-POWER CONTROLLER.
18. PART I: Fundamentals: Chapter 4: Space Phasors and Two-Dimensional Frames: 4.5: αβ-FRAME REPRESENTATION AND CONTROL OF THREE-PHASE SIGNALS AND SYSTEMS.
19. PART I: Fundamentals: Chapter 6: Three-Level, Three-Phase, Neutral-Point Clamped, Voltage-Sourced Converter: 6.7: THREE-LEVEL NPC WITH CAPACITIVE DC-SIDE VOLTAGE DIVIDER.
20. PART I: Fundamentals: Chapter 6: Three-Level, Three-Phase, Neutral-Point Clamped, Voltage-Sourced Converter: 6.3: PWM SCHEME FOR THREE-LEVEL HALF-BRIDGE NPC.
21. PART I: Fundamentals: Chapter 6: Three-Level, Three-Phase, Neutral-Point Clamped, Voltage-Sourced Converter: 6.6: THREE-LEVEL NPC.
22. PART I: Fundamentals: Chapter 4: Space Phasors and Two-Dimensional Frames: 4.6: dq-FRAME REPRESENTATION AND CONTROL OF THREE-PHASE SYSTEMS.
23. PART I: Fundamentals: Chapter 5: Two-Level, Three-Phase Voltage-Sourced Converter: 5.2: TWO-LEVEL VOLTAGE-SOURCED CONVERTER.
24. PART I: Fundamentals: Chapter 5: Two-Level, Three-Phase Voltage-Sourced Converter: 5.3: MODELS AND CONTROL OF TWO-LEVEL VSC.
25. PART I: Fundamentals: Chapter 4: Space Phasors and Two-Dimensional Frames: 4.2: SPACE-PHASOR REPRESENTATION OF A BALANCED THREE-PHASE FUNCTION.
26. PART I: Fundamentals: Chapter 4: Space Phasors and Two-Dimensional Frames: 4.3: SPACE-PHASOR REPRESENTATION OF THREE-PHASE SYSTEMS.
27. PART I: Fundamentals: Chapter 4: Space Phasors and Two-Dimensional Frames: 4.4: POWER IN THREE-WIRE THREE-PHASE SYSTEMS.
28. PART I: Fundamentals: Chapter 3: Control of Half-Bridge Converter: 3.5: SINUSOIDAL COMMAND FOLLOWING.
29. PART I: Fundamentals: Chapter 3: Control of Half-Bridge Converter: 3.3: CONTROL OF HALF-BRIDGE CONVERTER.
30. PART I: Fundamentals: Chapter 2: DC/AC Half-Bridge Converter: 2.5: CONVERTER AVERAGED MODEL.
31. PART I: Fundamentals: Chapter 3: Control of Half-Bridge Converter: 3.4: FEED-FORWARD COMPENSATION.
32. Chapter 1: Electronic Power Conversion: 1.7: BASIC CONFIGURATIONS.
33. PART I: Fundamentals: Chapter 2: DC/AC Half-Bridge Converter: 2.6: NONIDEAL HALF-BRIDGE CONVERTER.
34. PART I: Fundamentals: Chapter 2: DC/AC Half-Bridge Converter: 2.4: CONVERTER SWITCHED MODEL.
35. Chapter 1: Electronic Power Conversion: 1.4: POWER-ELECTRONIC SWITCHES.
36. PART II: Applications: Chapter 13: Variable-Speed Wind-Power System: 13.3: WIND TURBINE CHARACTERISTICS.
37. PART II: Applications: Chapter 12: Back-to-Back HVDC Conversion System: 12.2: HVDC SYSTEM STRUCTURE.
38. PART II: Applications: Chapter 11: Static Compensator (STATCOM): 11.6: STATCOM CONTROL.
39. PART I: Fundamentals: Chapter 10: Variable-Frequency VSC System: 10.2: STRUCTURE OF VARIABLE-FREQUENCY VSC SYSTEM.
40. PART I: Fundamentals: Chapter 8: Grid-Imposed Frequency VSC System: Control in dq-Frame: 8.5: REAL-/REACTIVE-POWER CONTROLLER BASED ON THREE-LEVEL NPC.
41. PART I: Fundamentals: Chapter 6: Three-Level, Three-Phase, Neutral-Point Clamped, Voltage-Sourced Converter: 6.2: THREE-LEVEL HALF-BRIDGE NPC.
42. PART I: Fundamentals: Chapter 2: DC/AC Half-Bridge Converter: 2.3: PRINCIPLES OF OPERATION.
43. PART I: Fundamentals: Chapter 3: Control of Half-Bridge Converter: 3.2: AC-SIDE CONTROL MODEL OF HALF-BRIDGE CONVERTER.
44. PART I: Fundamentals: Chapter 2: DC/AC Half-Bridge Converter: 2.2: CONVERTER STRUCTURE.
45. PART II: Applications: Chapter 11: Static Compensator (STATCOM): 11.5: APPROXIMATE MODEL OF PCC VOLTAGE DYNAMICS.
46. PART II: Applications: Chapter 11: Static Compensator (STATCOM): 11.3: STATCOM STRUCTURE.
47. PART II: Applications: Chapter 11: Static Compensator (STATCOM): 11.2: CONTROLLED DC-VOLTAGE POWER PORT.
48. PART I: Fundamentals: Chapter 9: Controlled-Frequency VSC System: 9.2: STRUCTURE OF CONTROLLED-FREQUENCY VSC SYSTEM.
49. PART I: Fundamentals: Chapter 8: Grid-Imposed Frequency VSC System: Control in dq-Frame: 8.2: STRUCTURE OF GRID-IMPOSED FREQUENCY VSC SYSTEM.
50. PART I: Fundamentals: Chapter 8: Grid-Imposed Frequency VSC System: Control in dq-Frame: 8.1: INTRODUCTION.
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