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CN3052A-CN3052B
- 一种实用的锂电池充电电路 ，可以实现高效简捷的对单节锂电池充电-a practical lithium battery charging circuit, can achieve a simple and efficient single-section of the lithium battery charge
tl494_AC_DC.rar
- TL494开关电源充电电路原理图解释和检修方法，可用于实验电源和电动车充电电路,Introduce to TL494 AC-DC Circuit
exm_5_1
- RC充电电路仿真模型，可以看到曲线变化，初学者可以参考-RC charging circuit simulation model, we can see that curve of change, learners can refer to
VA7205_1001_CNNEW
- 基於VA7205的充电电路設計. 具电压,电流和温度監控功能.-VA7205-based design of the charging circuit. A voltage, current and temperature monitoring functions.
6N137_BATTCharger
- 锂电电池充电电路和源代码。不带低电压检测-Lithium battery electric circuit and the source code. Non-low-voltage detection
projects
- 用DXP开发的充电电池过放与过充的保护电路-DXP with rechargeable batteries have been developed and have been put in charge protection circuits
charg
- 使用充电器电路集锦，对实用的充电电路进行讲解，非常全面-Highlights the use of the charger circuit of the charging circuit to carry out practical explanations, very comprehensive
power-li
- 一个锂电充电电路，刚开始应用，已生产多款设备，目前还没有发现什么问题。注意，只能管理一节锂电。-A lithium battery charging circuit, the beginning of application, has produced a variety of equipment, there is not currently a problem. Note that only manage a lithium battery.
Powersupplycircuit
- 实用电源电路设计，主要讲解了稳压电源，开关电源，逆变及充电电源的经典电路设计。-Practical power circuit design, the main explanation of the power supply, switching power supply, power inverter and charging circuit design classic.
Clock V4.0
- 一款锂电池供电简易时钟，含锂电池充电电路，数码管驱动电路。采用STM8单片机，功耗4ma。(A simple lithium battery powered clock, including lithium battery charging circuit, digital tube drive circuit. Using STM8 microcontroller, power consumption 4ma.)
串联锂电池组的分断式均衡与充电控制
- 串联锂电池组的分断式均衡与充电控制，描述了电路结构及其原理(The split type equalization and charge control of series lithium batteries, and describes the circuit structure and its principle)
充电盒
- MCU外加简单的电路即可完成对耳机充电功能。 多重保护 充/放电电池端的过压、过流保护，放电转换效率高(The MCU has a simple circuit to recharge the earphones. Multiple protection Overvoltage and overcurrent protection at charge / discharge battery end, high discharge conversion efficiency)
电池充电电路
- 一种可充电镍氢电池恒流恒压充电电路原理图。(A rechargeable nickel hydrogen battery constant current and constant voltage charging circuit.)
基于LTC4070的锂离子电池充电电路设计
- 面向锂离子/聚合物电池、易于使用和纤巧的并联电池充电器系统IC LTC4070。该器件以其 450nA 的工作电流，用以前不能使用的非常低电流、断续或连续充电电源，对电池进行充电和保护。增加一个外部 PMOS 并联器件后，LTC4070 的充电电流可以从 50mA 提高(IC LTC 4070 for lithium ion polymer battery, easy to use and flexible parallel battery charger system. The device
锂电池BOOST 充电电路程序IAR格式
- STM8S103寄存器版本BOOST升压电路程序，亲测可用，包含按键和数码管显示以及PWM和ADC采集！(STM8S103 register version BOOST step-up circuit program, pro test available, including buttons and digital display, as well as PWM and ADC acquisition!)
太阳能充电模块资料
- 太阳能控制器充电电路全套资料，含ProTel原理图、PCB，原代码程序，工艺流程等(Solar controller charging circuit full set of data, including ProTel schematic, PCB, original code program, process flow, etc.)
25w太阳能充电电路
- 25w太阳能充电电路可以实现太阳能充电的人门学习(25W solar charging circuit)
48V电动车充电高清电路图与原理详解
- 阐述开关电源充电器原理，输入电压220V，输出电压48V，单管式开关电源，基于UC3842和LM358，带短路保护(Describes the principle of switching power charger, input voltage 220V, output voltage 48V, single tube switching power supply, based on UC3842 and LM358, with short circuit protection)
智能无线充电系统
- 基于现在中国市场上还没有真正的无线充电的产品，我们利用电磁感应的基本原理结合模拟数字基础理论设计制作了智能无线充电系统。此作品内部应用电流控制型脉宽调制集成电路来驱动场效应管从而产生高频振荡脉冲，通过电磁感应向外界传送能量，通过接收电路把磁场能转化成电能从而实现对用电设备的充电（此作品以手机电池充电为例）。其系统经济实用，市场前景极其广阔。
充电模块电路分析
- 充电桩充电模块常见结构、原理以及市场调研(Common structure, principle and Market Research of charging module of charging post)