搜索资源列表
Servo-Motor-Contor
- msp430对舵机控制的源程序，能实现精确角度转动，并且转动稳定，适合含有舵机控制系统的应用.-msp430 for servo control of the source, to achieve precise angle rotation, and rotation stability, suitable for applications with servo control system.
2440test
- 用触摸屏操作全站仪的使用，你们有全站仪的四中实现功能，悬高测量，线高测量，角度偏心测量和龙门板标识-Touch-screen operation with the use of Total Station, Total Station you have to achieve the four functions of REM, the high line measurement, angle measurement and Longmen eccentric plate logo
step
- 用51单片机实现步进电机的角度控制，可以任意设置角度，通过键盘输入，确认后电机做出相应的动作。-51 MCU with the angle of stepper motor control, arbitrarily set the angle, through keyboard input, confirmation motor action accordingly.
shuangzujiqiren
- 由六个舵机组成的双足机器人，通过单片机实现产生多路PWM信号，对每个舵机的角度位置进行控制，模拟人的行走，达到在平面行走及做不同动作的目的。-Composed of six servo biped robot, through the MCU multi-channel PWM signal generated for each position to control the angle of the steering gear to simulate human walking, to wal
HowToSelectARMChip
- 应用角度考虑选型 多内核的ARM芯片选型 国内常用ARM芯片供应商-Application point of view of selection of multi-core ARM chips ARM chips commonly used in selection of domestic suppliers
Source_Code_Debugging_of_Embedded_Application_Syst
- 详细介绍Proteus嵌入式系统仿真平台的源码调试技术.它融合、发展了传统的源码调试技术,并从工程角度实现了调试过程.用实例阐述Proteus源码调试的三种方法,着重叙述它与第三方IDE联合仿真中的源码调试技术和特有的条件断点、硬件断点调试.结果表明Proteus源码调试技术是开发嵌入式应用系统的高效、高速的先进技术,值得推广应用.-Details Proteus source simulation platform for embedded systems debugging techniqu
c8051f005-SPI-SCA100T
- 使用c8051f005通过SPI读取SCA100T角度值的程序-Use c8051f005 read through the SPI program SCA100T angle value
main
- 通过电位器的两端接地和+5v中间抽头接adc，根据adc读取的值在数码管上显示旋转的角度。-Grounded at both ends of the potentiometer and the+5 v intermediate tap connected to adc, adc read according to the value of the digital display on the angle of rotation.
MMA7361
- 通过c8051f340开发三维的加速度测试角度。检测当前位置。-Through the development of three-dimensional acceleration test c8051f340 angle. Detect the current position.
SCA60C_Dirver_Code
- 基于MSP430 的SCA60C角度传感器驱动，同个液晶显示当前角度。精确度高。-MSP430-based SCA60C angle sensor-driven, with a liquid crystal display the current angle. High accuracy.
downloads
- AVR倒立摆控制程序，使用光电角度编码器。-AVR inverted pendulum control procedures, the use of photoelectric angle encoder.
jiaoduzhuanganqi
- 角度转感器的基本控制方法！部分代码如下： #include"lcd1602.h" #include"delay.h" #include"adxl345.h" void main() { uchar devid delay(500) //上电延时 init() //初始化 DisplayOneChar(0,0, A ) DisplayOneChar(1,0, : ) Init_ADXL345() //初始化AD
The-steering-gear-test-procedure
- 开机时舵机角度自动转为0度，通过实验板上的独立按键调节舵机的角度转动,并且在实验板上数码管上显示出相应的角度，本实验仅演示5个角度的控制,若想实验任意角度控制请大家自行编程实验。-Boot Angle automatic steering gear to 0 degrees, through the experiment of independent board the Angle of steering gear buttons adjust rotation, and the board d
duojikongzhi
- 控制舵机转动的角度，调整转向，方便灵活控制舵机-Control the angle of rotation of the steering gear, adjust the steering to facilitate flexible control of the steering gear
P1020857
- 开快点 解决房价覅地点及精度等级道具等等很多的机会的角度讲-what fuck are you? yes you are the bitch.
Annular-inverted-pendulum
- 这是用飞思卡尔单片机MC9S12XS128实现的一级倒立摆，里面有详细的解释，基本都有注解。 机械上包括：一个直流电机，一个电位器检测摆杆角度，一个两相编码器反馈转角。 软件上采用了四倍化编码器，将原来编码器的1000线，变成了4000线，倒立摆的控制周期定位了10ms，可改，该实验达到了平衡控制的目的，但是并没有完成上甩，需要用手把摆杆放直，然后启动单片机，实验时，单片机在30度内平衡控制，由于所选的电机虚位大，所以控制时抖的厉害。-Freescale microcontrolle
PWM
- MSp430PWM源程序舵机控制，舵机四个角度控制-MSp430PWM source code, source code MSp430PWM MSp430PWM source,
The-windsurfing-control-system
- 单片机控制电机转速来控制帆板角度，可以通过帆板角度反馈调节电机转速-Microcontroller to control the motor speed to control the windsurfing angle , motor speed feedback regulation by windsurfing angle
运动姿态控制系统
- 该装置主要由STC系列单片机、角度传感器、MG996舵机组成，主控单元接收角度传感器的角度信息，进行解算，并实时控制双向自由度舵机，调整运行车辆平台，使车辆始终保持水平。(The device is mainly composed of STC MCU, MG996, steering angle sensor, a main control unit receives the information of the angle sensor, solution, and real-time co
利用摇杆来控制双舵机角度程序-arduino
- 利用摇杆来控制双舵机角度程序-arduino，本程序通过利用arduino实现自主操控的二轴云台，可以以应用在小车上。无人机上等。