搜索资源列表
stm8s
- 基于STM8S检测外部电路 实现充放电保护(Realize charging and discharging protection)
C8051F005system
- 基于C8051F005控制的蓄电池充放电系统设计,特别适合电池研发的朋友(The design of battery charging and discharging system based on C8051F005 control is especially suitable for battery research and development)
Battery_Charging_Discharding_model
- 电池充放电MATLAB模型()
dcdc
- 蓄电池的充放电控制策略,希望有点帮助哦。。。。。。。。(Charge and discharge control strategy of storage battery.Oh, I hope it helps)
QC3.0_DEMO
- 移动电源程序,QC3.0协议,完整的移动电源模块,带充放电,保护功能(Power bank soft ,with QC3.0 communication)
GPR程序
- 基于高斯过程回归的锂电池充放电性能的预测(Prediction of Charge and Discharge Performance of Lithium Batteries Based on Gaussian Process Regression)
tida00449
- TI MSP430+BQ76930锂电池充放电管理代码(BMS code by using TI MSP430+BQ76930)
LIGHT-SUN-RX803
- 太阳能路灯控制器二进制烧写代码,应用于太阳能路灯控制系统锂电池充放电控制。(Binary burning code for solar street lamp controller)
when_juicy_cup_encounter_STC15W401AS
- 对直流果汁机控制程序,含温控,过流检测,低电压检测。充放电控制。(this is bland control)
Stm8_Driver_BQ24295
- 用于STM8系列芯片的BQ24295芯片驱动代码,用于控制单节锂电池的充放电管理,使用了“STM8S_StdPeriph_Lib_V2.2.0”库函数用于IO配置,使用了虚拟I2C和虚拟SPI端口控制(code be used to drive bq24295 on stm8, can control one li-on battery charge and discharge, the code based on "STM8S_StdPeriph_Lib_V2.2.0" l
Version1
- 2串电池供电的水果榨汁机,具有PWM软启动控制电机,电池充放电保护,(2 series battery powered fruit juicer, with PWM soft start control motor, battery charging and discharging protection,)
Lab05-2_Captouch
- 利用MSP430F6638 中的比较器B 来判断触摸按键的充放电,通过CPU 时钟算出电容的振荡频率,再判断是否有按键被触摸,如果有按键触摸则相应的LED 转换当前的状态。(Using the comparator B in MSP430F6638 to determine the charge and discharge of the touch button, calculate the oscillation frequency of the capacitor through the C
simulation
- 带有充放电不确定性的鲁棒自适应电池电荷估计仿真程序(matlab simunlink, estimation)
电容
- 充电量与放电量,显示所充电的电量最大与放电量所达到的最小,并且可以显示波形图(Charge and discharge, show the maximum amount of charge and the minimum discharge amount, and can display the waveform diagram)
sch100317
- 本高压脉冲式电子围栏设计主要采用高频脉冲,进行开关式充放电使得磁环次级的电压升高,用4倍压电路再次升高电压,次电路可以得到5KV-10KV电压,是人的触感强烈,但是不会伤害人体。(The high voltage pulse type electronic fence design mainly adopts high frequency pulse, to switch type charging and discharging the circular and the secondary v
储能电机车充电电源的研究_齐丛生
- 本课题运用现代开关电源技术研制了一台矿用大功率充电电源。针对蓄电 池在充电过程中的电极极化及析气现象,从铅酸蓄电池充放电机理出发,参考 国内外现有充电理论及充电方法,设计了充电电源的变电流间歇充电策略,以 达到给蓄电池快速充电的目的(In this subject, a high power charging power supply for mine is developed by using modern switching power technology. Power storag
STC15F104W利用RC充放电使用IO口测量外部电压
- 普通IO口用RC器件做AD转换 实现串行通信(Common IO port using RC device for AD conversion to realize serial communication)
33753169DCDC_Battery
- 电池充放电不隔离拓扑,功能还不错,适合入门者(The battery charge and discharge isolation topology, good features, suitable for beginners)
+LiBatteryElements
- 一款基于matlab的电池仿真模型。可用于simulink仿真电池充放电特性。(matlab battery modle)
zc_control
- 控制针床进行充放电设备电池采集,对电池进行充放电测试。(Control of battery charging and discharging device for collecting needle)