搜索资源列表
servo
- its servoing motor control in matlab
robot
- 单片机 AT89c51 机器人 四个舵机 -SCM AT89c51 4 Servo Robot
servo_controller
- AVR R/C Servo controller. The archive containst schematics and firmware code.
AVR
- 利用AVR单片机控制舵机的资料和源代码，十分实用-Using AVR microcontroller controls the servo information and source code, very useful
nmclabview
- Stepper and Servo motor drivers for Motion control
CDServo
- CD 机芯伺服程序，可以针对各种机芯参考，经本人实际测试后发布-CD servo movement program, you can reference for a variety of movement, after I release the actual test
ex2_Servo
- servo motor design in matlab simulink
sh_hydraulic_system_with_servo_valve
- 伺服阀的详细数学模型，适合初学者研究，可以较方便更改-A detailed mathematical model of servo valve, suitable for beginners study, can be more convenient to change
AVRservo
- 该实验使用AVR单片机实验板实现伺服电机的控制。先让伺服电机以一个较慢的速度向一个方向旋转，然后再以较快的速度返回原位。控制伺服电机的脉冲宽度是0.5豪秒至1.5豪秒。-The experiment using AVR microcontroller development board to achieve servo motor control. Let the servo motor to a slower rotation spe
servofc
- Servo driver for ATMEL AVR.Drives R/C model servos using Timer1
dianji
- 直流伺服电机转速 PID控制系统仿真 利用MATLAB中的simulink 对直流伺服电机的转速进行仿真-DC servo motor speed PID control system simulation using MATLAB simulink in the speed DC servo motor simulation
Fuzzy-PID
- 将自适应模糊PID的控制方法应用于电液伺服控制系统中，通过使用MAⅡAB的 FuzzY工具箱对系统建模和仿真计算，并可根据仿真结果在线调整PID参数，对系统进行校 正．-The adaptive fuzzy PID control method is applied to electro-hydraulic servo control system, through the use of MA Ⅱ AB' s FuzzY
zldj
- 一种直流电机伺服系统的设计，其中包括了各种控制模块的VHDL语言-A kind of DC motor servo system design, including the various control modules of VHDL language
servo
- VB 与 伺服电机通讯程序 。-VB and servo motor communication program
servo
- Servo control program test
ddd
- 基于DSP_CPLD的多轴运动控制器平台设计及单轴伺服运动控制算法研究.nh-Multi-axis motion controller based on DSP_CPLD platform design and single-axis servo motion control algorithm. Nh
AVR-based_servo_controller_design
- 基于AVR的舵机控制器设计，主要介绍了舵机控制器的原理，和ARM实现方法-AVR-based servo controller design
at89s52
- 基于89s52单片机的多路舵机控制，可精确控制舵机的角度。-89s52 microcontroller based multi-servo control, can accurately control the steering angle.
pololu_controller_vb
- POLL SERVO CONTROLER
Servo_PID
- This code shows application PID algorithm for steering of the servo. Microcontroller ATmega16, servo TG9e and 2 range finders Sharp GP2Y0A21YK. Under indications of 2 range finders the corner between range finders and a