مالک است
فقط مشاهده
بارگذاری و ویرایش
اعضاء تنها می‌توانند آیتم‌ها موجود در این فولدر را مشاهده کنند.
اعضا می‌توانند آیتم‌هایِ موجود در این فولدر را مشاهده، افزوده، ویرایش و پاک کنند.

References for thesis

توسط mounota.mursheed 54,715 KB • 47 فایل

گزارش سوء استفاده
به صورت فایل زیپ دانلود کن
به حساب کاربری من اضافه شود
 
نام اندازه داده اضافه شد به حساب کاربری اضافه شود
[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
[16] 2010 Masatoshi Uno Masatoshi Uno Equalization chargers using capacitor-diode networks for series-connected energy storage cells.pdf
[16] 2010 Masatoshi Uno Masatoshi Uno Equalization chargers using capacitor-diode networks for series-connected energy storage cells.pdf
[15] 2013 Ryohei Fukui Double-tiered switched capacitor battery charge equalizer with chain structure.pdf
[15] 2013 Ryohei Fukui Double-tiered switched capacitor battery charge equalizer with chain structure.pdf
[14] 2005 Double-tiered capacitive shuttling method for balancing series-connected batteries.pdf
[14] 2005 Double-tiered capacitive shuttling method for balancing series-connected batteries.pdf
[13] 1998 Switched capacitor system for automatic battery equalization US 5710504A.pdf
[13] 1998 Switched capacitor system for automatic battery equalization US 5710504A.pdf

بررسي فايلهاي 30 office در فولدر References for thesis 4shared من

شرايط استفاده
قوانين
پشتیبانی
Do not sell my personal information
Do not share my personal information
Mobile Version
• پارسی
Deutsch
Русский
한국어
Bahasa Indonesia
Bahasa Melayu
Português (Brasil)
English
Italiano
Français
Español
中文
العربية
Tiếng Việt
ไทย
日本語
Polski
Türkçe
We Use Cookies. 4shared uses cookies and other tracking technologies to understand where our visitors are coming from and improve your browsing experience on our Website. By using our Website, you consent to our use of cookies and other tracking technologies. Change my preferences
I Agree