搜索资源列表
Smart-car-SCM-
- 简易射门机器人 本设计采用了STC89C52单片机作为电动车的检测和控制核心，通过光电探头检测路面黑色寻迹线，使小车按预定轨道行驶，由光电传感器检测乒乓球位置，并进行射门。智能小车单片机程序及报告-The design uses a simple shot robot STC89C52 microcontroller core monitoring and control of electric vehicles as detected
diandongchecank1
- 电动车控制器程序，包含平时电动车的基本功能，转把，无刷电机控制等等功能供参考-Electric vehicle controller program, contains the basic functions, usually electric vehicle turn, brushless motor control function for reference
6_6G
- 一款单片机控制的电动车的PCB源文件，很有参考价值，已经量产应用。-A microprocessor controlled electric cars PCB source of great reference value, volume production applications.
TwoPbalancedPcar
- 平衡车代码.基于sh88f2051单片机，实现双轮自平衡电动车的平衡控制-two balance car code
stm32jichu
- 基于stm32的简易智能电动车设计（E题），内含stm32对各种传感器的控制。-Simple smart electric car design (E title) stm32 based, containing a variety of sensors to control stm32.
mega8-001
- 基于mega8单片机做的控制板程序，控制一块GSM模块工作，用来做电动车监控-The control board based on MEGA8 microcontroller program, a GSM control module, used to make electric vehicle monitoring
adae
- 基于STM32的 电动车跷跷板控制系统 -The control system of the electric vehicle seesaw
tn25charege48v12ah
- 实用于48v12Ah电动车铅酸蓄电池充电控制 采用四段式：预充-恒流-恒压-浮充 有温度补偿控制和过程参数串行输出。-Practical battery charge control in 48v12Ah electric vehicle lead-acid using four sections: pre-charge- constant current- constant voltage- float temperature c
ZiXingCheQuDong
- 电动车双闭环程序，采用双闭环方式控制电机，以得到最好的转速性能，并且可以 限制电机的最大电流。 是电动自行车驱动开发者的重要参考资料。-EV dual closed-loop program, dual closed loop motor control, in order to get the best speed performance, and can Limiting the maximum current of the
A-robot-design
- 跷跷板机器人设计报告本设计跷跷板机器人采用AT89C51系列单片机作为控制及数据处理的核心，通过红外反射对管采集信息是小车在跷跷板上寻迹前进，采用倾角传感器SCA60C进行角度检测得知小车的平衡状态，从而控制L298N驱动步进电机实现电机的正反转,并由此完成小车的前进、后退与转向，直到小车在跷跷板上达到平衡。此外本设计还采用LCD显示屏对小车的行驶时间及状态进行显示。小车可以在跷跷板上自动寻找平衡点，实时显示电动车行驶时间及平衡位置还可
qiaoqiaoban
- 基于51的 电动车跷跷板控制系统，想要做电赛的同学快点来下载-National undergraduate electronic design contest electric source on the seesaw
DianDongChe
- STC89c51 12M晶振，编写的电动车定时器，用于设置充电时间，两个按钮与一个数码管。可以控制充电时间1~9小时。-STC89c51 12 m crystals, written in electric timer, used to set the charging time, two buttons and a digital tube. Can control the charging time 1 ~ 9 hours.
mx
- 电动车再生制动能量simulink仿真，可自行设置转矩、额定转速等。但随设置的改变仍需调节SVPWM控制参数。-Electric vehicle regenerative braking energy simulink simulation, you can set your own torque, rated speed. But still need to adjust the settings change with SVPWM
Research-on-Vehicle
- 纯电动车整车控制策略及控制器的研究_姜海斌-Research on Vehicle Control Strategy and Controller of Electric Vehicle
i3test4
- 电动车整车模型，永磁电机弱磁控制， 采用udds路况-BEV model,PMSM weakening flux field control
main
- 基于PIC16F877的电动车双闭环程序，采用双闭环方式控制电机, 可供相关设计人员参考(Based on the double closed loop procedure of electric car of PIC16F877, a double closed loop control motor is adopted to provide reference for relevant designers)
工程
- 一个关于电动车充电的嵌入式项目，核心功能部分，f103控制。(An embedded project on charging electric vehicles.)