696 results on '"Lee, F.C."'
Search Results
2. A mixed-signal control for VRM applications
3. Overview of research activities at Center for Power Electronics Systems
4. Un-terminated, low-frequency terminal behavioral model of dc-dc converters.
5. DM EMI noise analysis for critical conduction mode PFC.
6. Non-linear, hybrid terminal behavioral modeling of a dc-based nanogrid system.
7. Multi-channel constant current (MC3) LED driver.
8. Multi-phase adaptive on-time PFC for better light load efficiency and EMI performance.
9. Classification and selection methodology for multi-element resonant converters.
10. Digital hybrid ripple-based constant on-time control for voltage regulator modules.
11. A high frequency core loss measurement method for arbitrary excitations.
12. Common mode EMI noise of AC-DC converters for low power applications.
13. LLC resonant converter burst mode control with constant burst time and optimal switching pattern.
14. LLC converters with automatic resonant frequency tracking based on synchronous rectifier (SR) gate driving signals.
15. A novel integrated multi-elements resonant converter.
16. Lithium-based energy storage management for DC distributed renewable energy system.
17. Small-signal model analysis and design of constant-on-time V2 control for low-ESR caps with external ramp compensation.
18. Multi-channel constant current (MC3) LLC resonant LED driver.
19. High frequency inductor design and comparison for high efficiency high density POLs with GaN device.
20. Magnetic characterization of low temperature co-fired ceramic (LTCC) ferrite materials for high frequency power converters.
21. High power density high efficiency dc/dc converter.
22. A new high frequency inductor loss measurement method.
23. A small signal model for V2 control with composite output capacitors based on describing function approach.
24. Un-terminated, low-frequency terminal-behavioral d-q model of three-phase converters.
25. A small signal model for average current mode control based on describing function approach.
26. High density low profile coupled inductor design for integrated Point-of-Load converter.
27. Modeling of digitally controlled voltage regulator modules.
28. Technology road map for high frequency integrated DC-DC converter.
29. Control scheme and transient performance of Sigma VR.
30. Transformer structure and its effects on common mode EMI noise in isolated power converters.
31. Investigation on transformer design of high frequency high efficiency dc-dc converters.
32. Characterization and performance comparison of digital V2-type constant on-time control for buck converters.
33. New core loss measurement method for high frequency magnetic materials.
34. Design oriented model for constant on-time V2 control.
35. Thermal modeling and management of the integrated HID ballast.
36. Soft-switching self-driven buck converter with three-switch cell structure.
37. Unified three-terminal switch model for current mode controls.
38. Digital implementation of driving scheme for synchronous rectification in LLC resonant converter.
39. Digital enhanced V2-type constant on-time control using inductor current ramp estimator for a buck converter with small ESR capacitors.
40. High frequency bus converter with integrated matrix transformers for CPU and telecommunications applications.
41. Common mode noise characteristics of resonant converters.
42. Novel techniques to suppress the common mode EMI noise caused by transformer parasitic capacitances in DC-DC converters.
43. Three level buck converter with control and soft startup.
44. High switching frequency, high efficiency CLL resonant converter with synchronous rectifier.
45. Self-driven schemes for 12V self-driven voltage regulator.
46. DM EMI noise prediction in constant on-time PFC.
47. Light load efficiency improvement for PFC.
48. Reducing common mode EMI noise in two-switch forward converter.
49. Technology roadmap for high frequency integrated DC-DC converter.
50. A kind of low leakage inductance planar transformer.
Catalog
Books, media, physical & digital resources
Discovery Service for Jio Institute Digital Library
For full access to our library's resources, please sign in.