搜索资源列表
battery
- 锂电池用变电流间歇充电法充电,在matlab/simulink中实现仿真-Charging simulation of variable current intermittent charging method for lithium batter
FM01BTS
- FM01BTS、 FM01BTD 是一款低功耗并具有高性能的电源管理 IC,主要针对锂电池充电器而设计,与简单低成 本的 RCC 电路相比省去碳膜电阻一个、绦纶电容一个、 IN4148 二极管一个、 SS8050 三极管一个、稳压管一个, 最大程度的节约了系统成本,除了为用户提供高性价比的 AC/DC 电源系统应用以外,而且 IC 内部高度集成了欠压 锁定,过压保护,过温保护,限流保护,开短路保护等功能,使得 IC 的工作寿命大大延长。-CURRENT MODE PWM CONTRO
PNVG
- 磷酸铁锂电池的simulink模型,用来监测电池的运行状态-Lithium iron phosphate simulink model to monitor the operating status of the battery
电源极性自动转换
- 电源极性自动转换,双向,可用于充电器或接到用电器,实现锂电池的随意接
VoltageMeasurement
- 锂电池电压测量和条码管理系统,电池生产线上应用-Lithium battery voltage measurement and bar code management system
ml_central_ssc_Li_cell
- 锂电池matlab模型,适用物理对象建模- multi-temperature lithium battery model
taiyangneng
- 实现太阳能电池板稳定输出5v电压,并实现充电给3.7v锂电池-To achieve stable output of solar panels 5v voltage, and to achieve charging
1
- 智能锂电池充电器源代码,可以实现充控制 温度报警等功能-Smart lithium battery charger source code, you can achieve charge control temperature alarm and other functions
657
- 基于51单片机的太阳能风能路灯控制器设计,本系统采用STC89C52单片机+太阳能电池板电路+风机电路+充电保护电路+升压电路+锂电池电路+电源电路设计而成。-Based on the 51 single-chip solar wind energy street lamp controller design, the system uses STC89C52 single-chip+ solar panel circuit+ fan circuit+ charge protection cir
chargerall
- 搭建了一个基于锂电池看的SOC 模型 原理清晰(Set up a model of SOC based on lithium battery to see clear principles)
探照灯控制
- 单片机控制的LED手电,这个有锂电池保护电路和升压(MCU controlled LED flashlight)
bq24196
- TI最新优化充电IC,充电电流大,可以I2c通讯,对锂电池充电做管理。(TI latest optimization charging IC, charging current, you can I2c communication, lithium battery charging to do management.)
Android_BMS_Combined_Test
- Arduino 与 TI锂电池保护芯片 BQ76PL536A之间的通讯控制测试程序, 包括用A柔道队弄对BQ76PL536A寄存器读写和CRC校验(Arduino and BQ76PL536A communication control test procedures, including register read and write and CRC checksum)
model23
- 模拟电动汽车充电阶段时,利用光伏锂电池对其充电的影响(Charging stage of electric vehicle)
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)
gridregression
- 支持向量机,python+libsvm对锂电池的劣化程度进行预测(Support vector machines and python+libsvm for life prediction of lithium batteries)
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)
卡尔曼滤波估测电池SOC
- 利用卡尔曼滤波估计锂离子电池的SOC状态,可以达到良好的效果,误差很小。(Using Kalman filter to estimate SOC state of lithium-ion battery and it can achieve good results with little error.)
EG1503_datasheet
- 实现锂电池充电功能,并保护锂电池,延长电池寿命(Realizing the charging function of lithium battery)
HealthyAgedBatteryRobynJackey.zip
- 锂离子电池模型,等效电路模型,参数辨识。(Electric vehicles are receiving considerable attention because they offer a more efficient and sustainable transportation alternative compared to conventional fossil-fuel powered vehicles.)