本文简单介绍了线型调制器谐振式逆变充电电路的工作原理。
The paper introduces simply the operational principle of the resonant invert charging circuit of line-type modulator.
其中充电电路、储能电容、放电电路依次连接，构成一个回路；
The high-voltage pulse generating circuit comprises a charging circuit and a discharging circuit.
如果电源、充电电路出现故障，蓄电池能量不足，就失去便携功能。
It will lose the portable function if the charge circuit is wrong and the storage battery has no enough energy.
通过对混合动力汽车充电电路的分析，引入了蓄电池等效内阻的概念。
The conception of storage battery equivalent resistance is introduced in this paper by analyzing the charge circuit in hybrid electric vehicle (HEV) system.
该电源采用可控硅开关，开关频率大于10千赫的开关型恒流充电电路。
SCR is used for the switch in the supply that is a switch-type char-ged circuit of continuous current.
电源断电或充电电路出现短路、过流、过热时，充电器上的充电指示灯均不亮。
A short circuit, over current and over heat are short circuit, over current and over heat, and the charging indicator light on the charger is not bright.
也有许多汽车使用电流表，电流表能使驾驶员更加了解充电电路中所发生的情况。
However, an ammeter is used on many CARS. It provides a better idea to the driver of what is happening in the charging circuit.
也有许多汽车使用电流表，电流表能使驾驶员更加了解充电电路中所发生的情况。
However, an ammeter is used on many cars. It provides abetter idea to the driver of what is happening in the charging circuit.
硬件设计部分还介绍了充电电路的结构、各功能单元的工作原理以及辅助电源的设计。
The charging circuit structure, the principle of various functions unit as well as the design of assistant power supplier are also introduced.
电路包括存储阵列、译码电路、敏感放大器、数据输入输出电路，预充电电路等部分。
The whole circuit includes memory array, decode, sense amplifier, data in - out circuit and pre - charge circuit.
给出了大功率不间断电源(ups)的充电电路系统结构，设计出模糊自整定PID控制器。
This paper presents the basic structure of High-power UPS charging system and describes the design of a self-tuning PID controller.
锂电池充电电路的好坏不但关系着锂电池的寿命和使用效率，而且还关系着锂电池的安全问题。
The quality of charge circuit strongly related to the life-time and the effectiveness of iron battery, it also related to the safety of battery.
阐述了西门子移动X线机充电电路的基本功能和工作过程，并分析和排除了该部分产生的故障。
Describes the basal principle, function and work process of charging circuit in SIEMENS mobile X-ray machine.
本文以新型无接触能量传输系统为背景研究了一种适合于给小型家用电器充电的无接触式的充电电路。
This paper presents a novel non-contact charging circuit which is suitable for pocket electric appliance's charging after the drawback of the novel non-contact power transfer system.
此外，损害可能发生的预充电电路如果试图这样因为充电电阻将保持电路的直流总线，和充电没有完成。
Additionally, damage may occur to the precharge circuitry if this is attempted because the precharge resistor will remain in circuit with the DC bus, and precharge never completes.
文章介绍了应用超级电容作为手机电池的总体思路并重点介绍了其充电电路、升压电路和控制电路的设计。
The paper introduces the comprehensive idea of applying SuperCap in Mobile-telephone power and underlined the design of charge circuit, rising voltage circuit and control circuit.
由于电容在充电过程中，其电压不断改变，其等效负载也在较大的范围内变化，因而对充电电路的负载特性提出了较高要求。
Because the capacitor voltage always changes in the course of charging, and the equivalent load also changes in a large range, the load characters of charging circuit are required strictly.
本文主要根据锂电池的特性，设计了磷酸铁锂电池的充电电路和保护电路，并通过实验验证了本文设计的充电电路的正确性。
This paper designed the charge circuit and protection circuit of phosphoric acid iron battery, and verified the effectiveness of the charge circuit.
本文主要介绍了采用UCC3975的3/4节锂离子电池充电电路和有关保护电路的工作原理和锂离子电池充电的主要特性。
This paper has mainly introduced the UCC3975s application in 3/4 cell lithium-ion batteries in charging and its protection. Also has introduced the lithium-ion cells charge property.
用当前占主流地位的西门子s7- 200系列PLC进行编程，实现合成回路动作过程的时序控制、精度控制以及充电电路的控制等。
S7-200 series PLC of SIEMENS company is used in order to achieve the aim of controlling the time-sequence, precision and charge circuit.
但由于达到神经电位阈值所需的磁刺激脉冲能量较大，对电源功耗的要求限制了磁刺激的高频应用，本文研制了一种用于高频磁刺激仪的双向充电电路，用以降低功率消耗。
The objective of this paper is to present a novel design of the bidirectional charging circuit used in the high frequency magnetic stimulator to lower the electric power consumption.
电池放电时，正极释放出的锂离子快速运动回到负极，充电过程中在负极由锂离子携带的电子被释放出来，从而为外部电路提供电力。
As they do so, the electrons that were paired with them in the anode during the charging process are released. These electrons power an external circuit.
如果人们在白天充电，那时电路负荷最高，电力公司可能不得不建造高峰期天然气电站。
If people charge during the day, when electric load is highest, power companies may have to build peaking natural gas plants.
在锂电池充电时，锂离子从正极向负极移动，而在锂电池放电时，锂离子从负极向正极回流，为连接在锂电池的外接电路提供电流。
When the thing is discharged, the ions flow back and in the process cause a current to flow in an external circuit attached to the battery.
当电池充电时，电子被迫从外电路的阴极流向阳极，离子则回到阳极。
During recharging, electrons are forced round the circuit in the opposite direction, and the ions, perforce, return whence they came.
双重保护：灯具内部电路设计具有防止充电，短路保护装置功能。
Double protect: it has design to avoid charge's electric circuit and short circuit protection function in the lamps and lanterns.
双重保护：灯具内部电路设计具有防止充电，短路保护装置功能。
Double protect: it has design to avoid charge's electric circuit and short circuit protection function in the lamps and lanterns.
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