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基于LPC2131的步进电机梯形加减速控制LP2131 Motor
- 基于LPC2131的步进电机S形加减速控制,包含整个工程文件，并附上word文档的连接电路图，和必要的说明，是很好的熟悉ARM嵌入式开发和步进电机控制的资料。-LPC2131 based on the stepper motor S-shaped acceleration and deceleration control, including the project files, word documents together with the connection circuit, and t
motor-s
- 步进电机加减速计算 说明输入步进电机的加减脉冲步数,就可计算出电机加减速的静态表(16进制输出)-motor s type download
motor
- 双轴步进电机同步动作，以XY坐标为目的地，同时具备自动加减速。-motor XY run, and add speed
pulseoutput
- 单片机at89s52输入脉冲,可以通过开关实现脉冲输出加减速-Single-chip at89s52 input pulse can switch the output pulse speed
LP2131_Motor
- 基于LPC2131的步进电机S形加减速控制,包含整个工程文件，并附上word文档的连接电路图，和必要的说明，是很好的熟悉ARM嵌入式开发和步进电机控制的资料。-LPC2131 based on the stepper motor S-shaped acceleration and deceleration control, including the project files, word documents together with the connection circuit, and t
microcontrollermotorcontrol
- AT89S52产生PWM直流电机调速 键控 加减速-PWM DC Motor Speed Keying acceleration and deceleration
controcar
- 利用L298n芯片实现了对直流电机的控制，从而实现了对小车的控制，可以实现小车的加减速，方向的转变。-Using L298n chip for DC motor, thereby achieving the control of the car, car' s acceleration and deceleration can be achieved, the direction of change.
control
- 该程序描述了运用FPGA进行控制的S形曲线和其他传统加减速控制曲线方法的控制曲线比较研究。-This program is compiled in matlab circumstance。Describing the approach of S-curve control method in FPGA in machine controlling.
3.3.2-DC_Motor
- 这是我们学校的DSP开发板5502上DSP控制直流电机的程序,工程文件齐全,保证可以用,可以实现直流电机运行,电机反向,电机刹车,加减速等功能.-This is our school s DSP development board DSP-controlled DC motor on the 5502 program, project documents are complete, to ensure that you can use, can run the DC motor, the mot
Motion_control
- 用verilog语言编写的步进电机加减速控制算法，可选择梯形曲线或S型曲线算法-Verilog language stepper motor acceleration and deceleration control algorithm, you can choose the trapezoidal curve or S-curve algorithm
S-curve-generation-tool
- 步进电机加减速S曲线生成工具,参数生成工具看你们有没有用罗-Step motor acceleration and deceleration S curve generation tool
code
- 步进电机S曲线加减速控制源码，使用定时器产生脉冲-S-curve acceleration and deceleration stepper motor control source, the use of the timer pulse
BujinMotor-S-Line
- STM32F103为核心控制步进电机实现S曲线加减速与直线加减速，驱动芯片为ULN2003,并用OLED进行显示，再加入了速度曲线的显示。还能实现加减速，正反转，速度保持。曲线数据使用数据表。-STM32F103 as the core control stepper motor S curve acceleration and deceleration and linear acceleration and deceleration, the driver chip ULN2003, and
stepmotor
- 带有S型曲线加减速的步进电机驱动程序，基于hal库，用stm32 cube mx生成工程。(With the S-curve acceleration and deceleration stepper motor driver, based on hal library, with stm32 cube mx generation project.)
Step motor plus deceleration driver
- 基于步进电机TB6560驱动器的步进电机S型加减速驱动程序(Step motor S type plus deceleration driver based on step motor TB6560 drive)
STM32F103的4轴步进电机加减速控制工程源码
- 用于控制步进电机加减速代码，S规划曲线，可用于研究(Control step motor plus deceleration code, S programming curve)
简易步进电机S加减速
- 驱动步进电机你值得拥有的，加油，来学习吧(Drive step motor drive)
简易步进电机S加减速
- 简易步进电机S加减速，Keil编程C代码(Simple Stepping Motor S Acceleration and Deceleration)
STM32F1步进电机S加减速源代码
- stm32单片机控制步进电机，控制步进电机加减速算法(Stepping motor controlled by single chip microcomputer)
简易步进电机S加减速
- 步进电机的加减速算法，内容非常详细，注释也比较清晰(Acceleration and deceleration algorithm of stepping motor)