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Investigation of Semiconductor Equalizer Diodes for Secondary Battery Cells

机译：二次电池单元半导体均衡器二极管的研究

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Cell unbalance and its effect on battery performance is discussed. This cell unbalance results from overcharging and reverse charging (overdischarge) of individual cells. The effects of these problems on premature battery failure are included. Techniques for circumventing these problems are outlined. A technique employing a zener diode for charge and overcharge control is presented in detail. Coupled with this zener diode is a high forward conductance germanium diode for overdischarge protection. Test data obtained using this diode technique on a three cell sealed nickel-cadmium battery is presented, and this data is compared to similar cells operating under the same conditions. The advantages and disadvantages of the diode technique are discussed and compared with other techniques of cell control. Projected battery weights using the diode equalizer system are discussed. (Author)

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作者
Bishop, W. S.;
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年度 1965
页码 p.1-2
总页数 2
原文格式 PDF
正文语种 eng
中图分类
关键词
Alkaline cells ; Diodes(Semiconductor) ; Performance(Engineering) ; Batteries + Components ; Avalanche diodes ; Germanium ; Nickel ; Cadmium ; Battery chargers ; Storage batteries ; Control;

机译：碱性电池;二极管（半导体）;性能（工程）;电池+组件;雪崩二极管;锗;镍;镉;电池充电器;蓄电池;控制;

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1. Modular Equalization System Using Dual Phase-Shift-Controlled Capacitively Isolated Dual Active Bridge Converters to Equalize Cells and Modules in Series-Connected Lithium-Ion Batteries [J] . Masatoshi Uno, Koji Yoshino IEEE Transactions on Power Electronics . 2021,第3期

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2. Comments, with reply, on 'Passive equalization of semiconductor diode laser frequency modulation' by S.B. Alexander et al [J] . Dilwali S., Pandian G.S. Journal of Lightwave Technology . 1992,第7期

机译：S.B.对“半导体二极管激光器频率调制的无源均衡”作出评论并作出答复。亚历山大等
3. Passive equalization of semiconductor diode laser frequency modulation [J] . Alexander S.B., Welford D. Journal of Lightwave Technology . 1989,第1期

机译：半导体二极管激光调频的无源均衡
4. An Investigation of Cell Balancing and Equalization for Lithium-Ion Battery Packs [C] . Stephen W. Moore, P.F. Stevens The 21st Worldwide Battery, Hybrid and Fuel Cell Electric Vehicle Symposium amp; Exhibition (EVS 21) . 2005

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5. Modeling, design, and implementation of a novel battery cell equalizer for electric, hybrid electric, and plug-in hybrid electric vehicles . [D] . Cassani, Pablo. 2009

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6. Localized photovoltaic investigations on organic semiconductors and bulk heterojunction solar cells [O] . Jan Philipp Kollender, Jacek Gasiorowski, Niyazi Serdar Sariciftci, 2014

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7. A Crossed Pack-to-Cell Equalizer Based on Quasi-Resonant LC Converter with Adaptive Fuzzy Logic Equalization Control for Series-connected Lithium-Ion Battery Strings [O] . Shang Yunlong, Zhang Chenghui, Cui Naxin, 2015

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8. Passive Equalization of Semiconductor Diode Laser Frequency Modulation [R] . Alexander, S. B., Welford, D., Marquis, D. 1989

机译：半导体二极管激光调频的无源均衡

Investigation of Semiconductor Equalizer Diodes for Secondary Battery Cells

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