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References for thesis

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[XXXX to be used ]Switched capacitor with chain structure for cell-balancing of lithium-ion batteries.pdf
[XXXX to be used ]Switched capacitor with chain structure for cell-balancing of lithium-ion batteries.pdf
[42]Yuang-Shung Lee et al., 2005 Battery Equalization Using Bi-directional Cûk Converters in DCVM Operation.pdf
[42]Yuang-Shung Lee et al., 2005 Battery Equalization Using Bi-directional Cûk Converters in DCVM Operation.pdf
[41]Ye Yuanmao et al., 2012 Zero-Current Switching Switched-Capacitor Zero-Voltage-Gap Automatic Equalization System for Series Battery String.pdf
[41]Ye Yuanmao et al., 2012 Zero-Current Switching Switched-Capacitor Zero-Voltage-Gap Automatic Equalization System for Series Battery String.pdf
[40]Tae-hoon Kim et al., 2012 A high efficiency Zero Voltage-Zero Current Transition converter for battery cell equalization.pdf
[40]Tae-hoon Kim et al., 2012 A high efficiency Zero Voltage-Zero Current Transition converter for battery cell equalization.pdf
[39] Yuang-Shung Lee et al., 2006 Quasi-Resonant Zero-Current-Switching Bidirectional Converter for Battery Equalization Applications.pdf
[39] Yuang-Shung Lee et al., 2006 Quasi-Resonant Zero-Current-Switching Bidirectional Converter for Battery Equalization Applications.pdf
[38]Yuang-Shung Lee et al., 2005 ZCS Switched-Capacitor Bi-directional Quasi Resonant Converter.pdf
[38]Yuang-Shung Lee et al., 2005 ZCS Switched-Capacitor Bi-directional Quasi Resonant Converter.pdf
[37]Yuang-Shung Lee et al., 2005 Battery Equalization Using Bi-directional Cûk Converters in DCVM Operation.pdf
[37]Yuang-Shung Lee et al., 2005 Battery Equalization Using Bi-directional Cûk Converters in DCVM Operation.pdf
[35] Jin-Woong Kim et al., 2013 Cell balancing control using adjusted filters in flyback converter with single switch.pdf
[35] Jin-Woong Kim et al., 2013 Cell balancing control using adjusted filters in flyback converter with single switch.pdf
[34]Jun Xu et al., 2013 SOC Based Battery Cell Balancing with a Novel Topology and Reduced Component Count.pdf
[34]Jun Xu et al., 2013 SOC Based Battery Cell Balancing with a Novel Topology and Reduced Component Count.pdf
[33] Abusaleh M. Imtiaz et al., 2013 Time Shared Flyback Converter” Based regeneratjive cell balancing technique for series connected lition battery strings.pdf
[33] Abusaleh M. Imtiaz et al., 2013 Time Shared Flyback Converter” Based regeneratjive cell balancing technique for series connected lition battery strings.pdf
[32] Jong-Won Shin et al., 2010 Selective Flyback Balancing Circuit with Improved Balancing Speed for Series Connected.pdf
[32] Jong-Won Shin et al., 2010 Selective Flyback Balancing Circuit with Improved Balancing Speed for Series Connected.pdf
[30] Sang-Hyun et al., 2012 Park Single-Magnetic Cell-to-Cell Charge Equalization Converter With Reduced Number of Transformer Windings.pdf
[30] Sang-Hyun et al., 2012 Park Single-Magnetic Cell-to-Cell Charge Equalization Converter With Reduced Number of Transformer Windings.pdf
[29] Federico Baronti et al., 2013 High Ef fi ciency Digitally Controlled Charge Equalizer for Series-Connected Cells Based on Switching Converter and Super-Capacitor.pdf
[29] Federico Baronti et al., 2013 High Ef fi ciency Digitally Controlled Charge Equalizer for Series-Connected Cells Based on Switching Converter and Super-Capacitor.pdf
[28]Chol-Ho Kim et al., 2009 Chol-Ho Kim Individual Charge Equalization Converter with Parallel Primary winding of Transformer for SeriesConnected Lithium-Ion Battery .pdf
[28]Chol-Ho Kim et al., 2009 Chol-Ho Kim Individual Charge Equalization Converter with Parallel Primary winding of Transformer for SeriesConnected Lithium-Ion Battery .pdf
[27] Markus Einhorn et al., 2011A Current Equalization Method for Serially Connected Battery Cells Using a Single Power Converter for Each Cell.pdf
[27] Markus Einhorn et al., 2011A Current Equalization Method for Serially Connected Battery Cells Using a Single Power Converter for Each Cell.pdf
[26] Yuang-Shung et al., 2005 Intelligent Control Battery Equalization for Series Connected Lithium-Ion Battery Strings.pdf
[26] Yuang-Shung et al., 2005 Intelligent Control Battery Equalization for Series Connected Lithium-Ion Battery Strings.pdf
[25] Chang-Soon Lim et al, 2014A Modularized Equalization Method Based on Magnetizing Energy for a Series-Connected Lithium-Ion Battery String.pdf
[25] Chang-Soon Lim et al, 2014A Modularized Equalization Method Based on Magnetizing Energy for a Series-Connected Lithium-Ion Battery String.pdf
[25] Chang-Soon Lim et al, 2014 A Modularized Equalization Method Based on Magnetizing Energy for a Series-Connected Lithium-Ion Battery String.pdf
[25] Chang-Soon Lim et al, 2014 A Modularized Equalization Method Based on Magnetizing Energy for a Series-Connected Lithium-Ion Battery String.pdf
[24] Siqi Li et al., 2013 A High-Efficiency Active Battery-Balancing Circuit Using Multiwinding Transformer.pdf
[24] Siqi Li et al., 2013 A High-Efficiency Active Battery-Balancing Circuit Using Multiwinding Transformer.pdf
[23] Jaejung Yun et al., 2013 High Efficiency Active Cell Balancing Circuit with soft switchng tecnique for BE.pdf
[23] Jaejung Yun et al., 2013 High Efficiency Active Cell Balancing Circuit with soft switchng tecnique for BE.pdf
[22] Yi-Hsun Hsieh et al., 2013 A Novel High-Efficiency Compact-Size Low-Cost Balancing Method for Series-Connected Battery Applications.pdf
[22] Yi-Hsun Hsieh et al., 2013 A Novel High-Efficiency Compact-Size Low-Cost Balancing Method for Series-Connected Battery Applications.pdf
[21] Masatoshi Uno et al., 2012 Double-Switch Single-Transformer Cell Voltage Equalizer Using a HBridge InvVoltage Mul .pdf
[21] Masatoshi Uno et al., 2012 Double-Switch Single-Transformer Cell Voltage Equalizer Using a HBridge InvVoltage Mul .pdf
[20] Bo Dong et al., 2011 A new architecture for battery charge equalization.pdf
[20] Bo Dong et al., 2011 A new architecture for battery charge equalization.pdf
[19]Thanh Hai PHUNG et al., 2011Optimized structure for next-to-next balancing of series-connected lithium-ion cells.pdf
[19]Thanh Hai PHUNG et al., 2011Optimized structure for next-to-next balancing of series-connected lithium-ion cells.pdf
[18] Sang-Hyun Park et al., 2009 A New Buck-boost Type Battery Equalizer.pdf
[18] Sang-Hyun Park et al., 2009 A New Buck-boost Type Battery Equalizer.pdf
[17]Hong-Sun Park et al., 2009 Design of a Charge Equalizer Based on Battery Modularization.pdf
[17]Hong-Sun Park et al., 2009 Design of a Charge Equalizer Based on Battery Modularization.pdf

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