搜索资源列表
app_avrGA8_source_code
- ATMEL AVR 单片机 ni-mh 电池充电控制原代码-ATMEL AVR ni-mh battery charge control source code
F94444 控制两种充电模式的源代码
- 用F9444分别控制 2节和4节镍氢电池充电
PRMCharger_V0.04.rar
- 智能充电参考程序 可以控制整个充电过程希望对大家有帮助,Intelligent Charging reference program can take control of the charging process for all of us want to help
MPPt
- (有电路图)基于模糊控制的太阳能MPPT充电控制器的研究与实现.-(With circuit) based on fuzzy control MPPT solar charge controller and its implementation.
taiyangneng
- 通过单片机采样电压AD值,控制太阳能板充电,有过流过载保护。-AD through the single-chip voltage sampling value, control charging solar panels, there are over-current overload protection.
abc
- 用at89s52单片机控制步进电机实现1/8细分,可用于太阳能充电电池集光板的设计-Using AT89S52 realize single-chip stepper motor control 1/8 Subdivision, solar rechargeable battery can be used to set the design of optical plate
62429
- mcu:ht46r64,功能:用RC充电放电实现温度检测,风扇控制,蜂鸣器报警,所有信息经LCD显示-mcu: ht46r64, features: The RC charge-discharge temperature detection, fan control, buzzer alarm, all of the information displayed by the LCD
44
- 智能充电器实例 功能:通过定时器定时从AD上读取数据,根据不同的电压选择不同的控制 充电方案,使用PWM控制输出脉宽来控制电流-Examples of smart charger functions: Timer timer through to read data from the AD, based on different choice of different voltage control charge programs, the use of PWM control
AT89C2051
- AT89C2051做控制电路定时器,可做电动车充电器充电时间控制,电饭锅等-AT89C2051 make control circuit timer, electric vehicle battery charger can charge time control, rice cooker, etc.
51_single-chip_based_on_th_realization_of_lead-aci
- 在蓄电池应用领域, 铅酸蓄电池以可靠、电容量大、维护简单等特点占有很大的市场。本文太阳能铅酸蓄电 池的充电方案采用了在单片机领域应用最广的51 单片机, 依靠adc 进行模拟量数据采集并在51 上采用软件实现pwm 算法 对12v 铅酸蓄电池进行( 三段精细) 充电控制, 得到良好的控制效果。基于51 单片机的铅酸蓄电池充电器的实现-Applications in batteries, lead-acid battery to a reliable, large capacity, si
UPS
- 这个是太阳能控制器的,控制软件, 里面有充电管理等内容,希望大家-This is a solar controller, control software, there are content management, charging, I hope we look at the
AVR
- 文 章分析了光伏阵列输出能量特点和蓄电池充电特点,提出了一种新的控制方法,并 设计出基于AVR单片机的光伏系统充电控制器。试验证明该控制器在充分利用光伏阵列能量 同时能提高蓄电池充电效率,较理想地实现了对光伏系统中储能蓄电池的充电控制。-ATh isp apera nalyzesth ee nergyo utputc haracteristico fP Va rraya ndt hec hargea nd discharge characteristic of batteries,
pi
- 光伏阵列,降压电路(buck),恒压充电控制(Photovoltaic array, step-down circuit (buck), constant voltage charge control)
模块化三电平有源滤波器控制策略与装置研究
- 设计了模块化三电平有源滤波器装置,完成了装置的结构设计和主电路参数设计,基于理论推导及仿真结果选择了直流侧电容参数、交流侧输出滤波器电感参数以及预充电电阻参数; 同时还完成了基于 DSP+FPGA 的控制板设计。(The paper design the device of modularized three-level active power filter, completed the structure design of the device and the design of main
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)
BatteryCharger18V
- IAR编程环境,应用于stm8系列单片机的18V电池充电控制程序(IAR programming environment, applied to stm8 Series MCU 18V battery charge control program)
电动汽车充电站对电网的影响及改善策略研究
- 电动汽车接入电网的影响和有序充电控制策略的研究,欢迎一起讨论(An overview of the impact of electric vehicle access to the grid and an orderly charging control strategy, welcome to discuss)
junhengdianlu2
- 蓄电池均衡充电控制,实现SOC均衡,但电路图不包含充电器,仅为均衡电路控制图(Battery balanced charging control)
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。
激光控制电路2
- 通过并口转8位模拟,经过三极管放大驱动激光管,并监控电压电流和激光管pd脚反馈信息,可通过2.8寸屏幕控制,仅供学习使用不可商用,有不足之处望指出互相学习。(Through parallel port to 8-bit simulation, the laser tube is driven by triode amplification, and the voltage, current and PD pin feedback information of laser tube are mon