Dissertation > Excellent graduate degree dissertation topics show

Dual magnetic induction lamp electronic ballast design and implementation

Author: GaoYouChun
Tutor: WuYuXiang
School: South China University of Technology
Course: Control Theory and Control Engineering
Keywords: Double ring lamp Electronic ballasts Power factor correction Half-bridge resonant inverter
CLC: TM923.61
Type: Master's thesis
Year: 2011
Downloads: 100
Quote: 0
Read: Download Dissertation

Abstract


Related Dissertations

  1. The Design of 270W Fan Station Switching Power Supply,TN86
  2. The Research of a Novel High Efficiency PFC Circuit Based on One Cycle Control,TM46
  3. Study on a Boost Bridgeless PFC Circuit Based on One Cycle Control,TM46
  4. Critical Conduction (CRM) Voltage Mode Active Power Factor Correction XD7561 design,TM46
  5. Design of a Boost Active Power Factor Correction Controller XD8537 for Driving LED,TM46
  6. Design of a Transition Mode APFC Controller Based on BCD Process,TM46
  7. Study and Application of a Power Factor Correction Chip without Multiplier,TM46
  8. Research on Shunt PFC Technology Based on Direct Current Control Scheme,TM464
  9. Current harmonic injection type autotransformer Rectifier,TM461
  10. PFC AC grid -based aviation technology research,TM464
  11. 150W Metal Halide Electronic Ballast development,TM923.61
  12. Three-phase AC / DC power factor correction technology research,TM46
  13. Research on Constant-Current Driving Technology of High Power LED Use for Lighting,TM461.5
  14. The Mc33260-based Active Power Factor Correction Cuk Research and Design,TM46
  15. Power soft switching converter in research,TM46
  16. With power factor correction power switching power supply design,TM46
  17. One kind of half-bridge power electronic ballast CFL driver chip design,TM923.61
  18. Lamp power supply circuit optimum design studies,TM923.5
  19. Study on Digital Power Factor Correction Based on Predictive Current Control,TM46
  20. An Electrolytic Capacitor-less Driver for High Brightness LED,TN312.8

CLC: > Industrial Technology > Electrotechnical > Electrification,electrical energy application > Electrical lighting > Attachment > Ballast
© 2012 www.DissertationTopic.Net  Mobile