充电控制电路,charging control circuit
1)charging control circuit充电控制电路
英文短句/例句
1.Design and analysis of control circuit of battery charging on-line蓄电池在线充电控制电路的设计与分析
2.Debugging and Troubleshooting Techniques of CINRAD/SA Control Circuit for Return ChargeCINRAD/SA雷达回扫充电控制电路调试技巧及故障处理
3.Time-Contnoling of Electric Bicycle Charger and Realization;电动自行车充电时间控制电路的实现
4.The charger adopts chip controlled charging, with constant current and constan charging, overcharge protection, short circuit protection and indications for charging status.充电器采用芯片控制充电，具有恒流充电、充保护、路保护、电状态指示。
5.Control and Improvement of Circuit of Charge Indicator on AC Generator交流发电机充电指示灯电路的控制及改进
6.The charger adopts chip controlled charging,with constant current and constan charging,overcharge protection,short circuit protection and indications for charging status.充电器采用芯片控制充电，具有恒流充电、过充保护、短路保护、充电状态指示。
7.Design of A Solar Power Controller for LED Lamp System太阳能LED路灯充放电控制器的设计
8.The Circuit Analysis of Various Functional Charger and the Realization of Programming Control;多功能充电器电路分析及其编程控制的实现
9.Rechargeable Battery Capacity Test Circuit Design;基于单片机控制的充电电池容量测试电路的设计
10.NEW FAST CHARGING SYSTEM CONTROLLED BY BATTERY CHARGING CURRENT ACCEPTANCE一种新型快速充电体制的研究:以充电电流接受力控制的充电
11.IC logic control集成电路逻辑电磁控制
12.plitude-controlled clamp电压振幅箝位控制电路
13.MEASURE THE RESISTANCE OF THE HORN RELAY CONTROL CKT.测量了继电器控制电路。
bined electric lock and circuit controller组合电锁与电路控制器
15.polarized signal control line circuit信号控制极化线路电路
16.REPAIR THE OPEN 2-4 SOLENOID CONTROL CIRCUIT.修理２－４电磁控制电路电阻开路故障。＊
17.Research to the Charge System and Its Controller for Electric Vehicles电动汽车充电系统及其控制器的研究
18.Study on Battery Charge with Fuzzy Controlling Technique蓄电池充电的混合模糊控制方法研究
相关短句/例句
charge and discharge control circuit充放电控制电路
1.The article introduces a newcharge and discharge control circuit with which the batteries remain supplying 2 hours after the power is cut off according to the requirements of safety rules and regulations.本文介绍了一种新颖的充放电控制电路,它能在断电后使蓄电池在安全规程要求下可靠供电2h。
3)charging controlled loop充电控制环路
4)charge control充电控制
1.Application of pressure module incharge control of nickel hydrogen cell;压力模块在氢镍电池充电控制中的应用
2.Study oncharge control methods for space nickel hydrogen battery空间氢镍蓄电池充电控制方法研究
3.Cell component design and selection considerations, and batteries design considerations,charge control considerations and manufacturing issues that appeared after nickel-hydrogen batteries technology becoming the major energy technology for geosynchronous and low-earth-orbiting satellites were discussed in details.综述了近年来空间用氢镍电池在设计、开发和应用过程中遇到的一些最常见问题,并着重分析了电池部件的设计及选择、单体电池和电池组的设计、充电控制、以及氢镍电池成为同步轨道和低地球轨道卫星用主要贮能技术后出现的制造问题,提出了决定氢镍电池寿命和可靠性的主要因素。
5)charge controller充电控制器
1.Solar cellcharge controller for lead acid battery;太阳电池-铅酸蓄电池充电控制器的研究
2.In response to the charge features of photovoltaic system,one type ofcharge controller is designed,which is based on DSP.针对光伏电池—蓄电池能源系统充电的特点,设计了一种基于DSP的充电控制器。
3.Based on lithium battery′s peculiarities,in connection with the defects of the common chargers found in the market,the paper explores the design and application of a new type of intelligentcharge controller under the control of single-chip computer.根据锂电池充电的特点,结合市面上常用充电器本身存在的缺点探讨一种新型的采用单片机控制的智能型充电控制器的设计与应用,该装置具有智能控制充电进程,智能判断充电终止状态,有效防止锂电池的欠充或过充,具有高效安全的充电控制和保护功能。
6)control of power releasing & charging充放电控制
延伸阅读
充电分子式：CAS号：性质：蓄电池从外电路接受电能，转化为电池的化学能的工作过程。蓄电池在其能量经放电消耗后，通过充电恢复，又能重新放电，构成充放循环。一般用直流电流(也有用不对称交流电流或脉冲电流)充电。不同情况下，采用不同的充电方法如恒流充电、恒电压充电、浮充电、涓流充电、急充电或这些方法的组合式充电等。
