This new miner lamp is using new technology , new material and new technical art . it can reduce 2 / 3 of charge capacity and this process just need 1 / 3 of other normal ones 该产品是新技术、新材料、新工艺的新型矿灯，使用中的电流在充电过程只需普通矿灯的三分之一充电电量，节省三分之二充电电量。
The li - ion or li - polymer battery ic use cc / cv charging mode which includes the 3 charging stages : the trickle charging , large constant current charging and constant voltage charging 本文设计的锂电池充电器芯片采用了恒流恒压的充电方法,并在此基础上将充电过程分为三个阶段:预充电、恒流充电和恒压充电。
The effect of the dust charging process becomes significant when the charging time is longer than either the pulse period or the ion response time ( measured by the inverse of the ion plasma frequency ) 因为尘埃粒子的充电时间长于离子响应时间或者负脉冲时间，尘埃粒子的充电过程对鞘层的形成将有很大影响。
For safe and full charge , after the charging is finished , charger will change into trickle charge process automatically and the trickle charge rate can be chosen according to battery ’ s self discharge amount 充足电后,为了补充电池因自放电而损失的电量,充电器将自动转入涓流充电过程,涓流充电速率可根据电池自放电的程度来选择。
Besides , the battery under and over temperature protection module , battery status detection module , and power status detection module are also added in the system to allow the intelligent control of the charging process 此外本文还增加了电池温度保护功能、电池状态检测功能、电源状态检测功能等,实现了对充电过程的智能化控制。
To shorten charging time and improve charging efficiency , the circuit can change the charging electric current automatically according to real time voltage of the battery , and dispel the polarization phenomenon by narrowing pulse discharge in the whole course 该电路可根据蓄电池端电压自动改变充电电流大小，并通过全程窄脉冲放电消除了充电过程中的极化现象，缩短了充电时间，提高了充电效率。
Results of analysis indicate the self - charge ability of active vsi power filters without additional equipment under start - up process and their ability of maintaining the average voltage on dc capacitor in steady state 分析结果表明，无需附加任何充电环节或装置，电压逆变器型有源电力滤波器就能自动完成对储能电容器的初始充电过程，然后自动过渡到稳定工作状态，并在稳态中维持储能电容器上的电压平均值不变。
The adoption of a fuzzy neural network control strategy that features satisfactory ability of self - learning and nonlinear approaching . the charging current traces dynamically the battery - dependent acceptable curves to maintain the charging process under optimal status -采用具有良好自学习能力和非线性逼近能力的模糊神经网络控制策略，使充电电流动态跟踪离散的可接受充电曲线，使充电过程始终在最佳状态下进行。
With a study in depth on the charging process the author reached the following understanding : the ideal charging current at a specific moment is dependent on the amount of active material on the battery plates and the reactive environment , that is to say , the charging current should follow a j . a . mas proposed acceptable curve or optimal curve ; the polarization is unavoidable but controllable in charging and discharging 笔者主持的原煤炭部优秀青年基金项目《轻型智能充电装置研究》即代表这种关注。笔者通过对充电过程的分析得到如下理解： -任何时刻的理想充电电流取决于当时极板上的活性物质的多少及其周围反应环境，充电电流的变化应遵循马斯( j
The chemic structure , performance and charging method of li - ion and li - polymer battery are studied in this thesis . and different impacts on the performance of battery via different charging ways and process are analyzed in detail , based on which , an intelligent charger ic for li - ion or li - polymer battery is designed 本文从锂电池的结构原理着手,通过对锂电池性能及常用充电方法的研究,分析了充电过程及充电方法对锂电池性能的影响,并在此基础上设计了一款智能锂离子和锂聚合物电池的充电器芯片。
