Suppression of the Input Current Harmonics and Output Voltage Ripple Using the Novel Multiple-Input AC-DC Converter(Electronic Circuits)
スポンサーリンク
概要
- 論文の詳細を見る
This paper presents the novel method not only to suppress the input current harmonics but also to realize the low frequency output voltage ripple using the multiple-input ac-dc converter, which is considered from viewpoints of the relatively small power application and simple circuit configuration. The operation principle and control strategy of the proposed circuit are discussed. As a result, it is clarified that the new circuit has excellent performance characteristics such as high power factor over 0.99, low total harmonic current distortion factor less than 9.2% and low output voltage ripple of 40 mV.
- 社団法人電子情報通信学会の論文
- 2005-08-01
著者
-
Kurokawa Fujio
Nagasaki Univ. Nagasaki‐shi Jpn
-
Kurokawa F
Nagasaki Univ. Nagasaki‐shi Jpn
-
Kurokawa Fujio
Nagasaki Univ. Nagasaki Jpn
-
Ishizuka Yoichi
Graduate School Of Science And Technology Nagasaki University
-
Matsuo H
Graduate School Of Science And Technology Nagasaki University
-
Matsuo Hirofumi
Department Of Electrical And Electronic Engineering Faculty Of Engineering Nagasaki University
-
Matsuo Hirofumi
Graduate School Of Science And Technology Nagasaki University
-
KOBAYASHI Kimiyoshi
Graduate School of Science and Technology, Nagasaki University
-
KUROKAWA Fujio
Graduate School of Science and Technology, Nagasaki University
-
Kurokawa Fujio
Graduate School Of Science And Technology Nagasaki University
-
Kobayashi Kimiyoshi
Shindengen Electric Mfg. Co. Ltd
-
Kurokawa Fujio
Graduate School Of Eng. Nagasaki Univ.
関連論文
- Analysis of a Multi-Oscillated Current Resonant Type DC-DC Converter
- Study on an application of a dispersed power system (part 2) Power supply system topology (電子通信エネルギー技術)
- Study on an application of a dispersed power system (part 1) Fundamental consideration condition (電子通信エネルギー技術)
- Suppression of the Input Current Harmonics and Output Voltage Ripple Using the Novel Multiple-Input AC-DC Converter(Electronic Circuits)
- Performance Characteristics of Buck-Boost Type Two-Input DC-DC Converter with an Activer Voltage Clamp(The IEICE Transactions (publishedin Japanese) Vol. J 86-B, No.6(Communications))
- Control Strategies of the Multiple-Input DC-DC Converter
- Novel Digital Controller with Static Model Reference for Switching DC-DC Power Converters(Energy in Electronics Communications)
- Network of Plant Remote Monitoring System Using UDP/IP for Wind-Farms(Power System Architecture)(the 25th International Telecommunications Energy Conference(INTELEC'03))
- Static and Dynamic Characteristics of DC-DC Converter Using a Digital Filter
- Dynamic Characteristics of Digitally Controlled Multiple-Output DC-DC Converter
- Analysis of a Multi-Oscillated Current Resonant Type DC-DC Converter
- Analysis of Dynamic Characteristics for the Partially Resonant Active Filter with the DSP(Energy in Electronics Communications)
- Static Characteristics of the Digital PWM and/or PFM Controlled Switching DC-DC Converters(Energy in Electronics Communications)
- 1MHz High-Speed Digitally Controlled DC-DC Converter(the 25th International Telecommunications Energy Conference(INTELEC'03))
- Zero Voltage Transition Converter with the Function as an Active Filter(The IEICE Transactions (publishedin Japanese) Vol. J 86-B, No.6(Communications))
- Analysis of a Modified Half-Bridge Type Inverter for Improvement of Power Factor and Harmonic Distortion
- Optimization for Output Current Stability of Power Feeding Equipment for Submerged Optical Amplifires
- Basic Characteristics of New Developed Higher-Voltage Direct-Current Power-Feeding Prototype System
- DYNAMIC CHARACTERISTIC OF DIGITALLY CONTROLLED BOOST TYPE DC-DC CONVERTER
- A New Accurate Model for Waste Heat Recovery System Using Power Turbine Generator : A New Approach to Shipboard Energy System
- Smoke Detection Using Time Series Property of Texture Features
- Reduction in Ripple Current of Grid-Connected Inverter
- Digital PID Control Forward Type Multiple-Output DC-DC Converter
- High Efficiency Control Method for the Hall Thruster System through Constant Flow Rate Control by Power Supply Control
- Inductance Design Method for Boost Converter with Voltage Clamp Function