搜索资源列表
200309221430480375
- 本文主要介绍了基于MSP430F149单片机实现的步进电机通用控制器。该控制器可同时控制多台步进电机按曲线方式运行，包括加减速、定位及换向功能等。文中重点探讨了步进电机升降速曲线的设计方案及其实现方法。 -In this paper, based on the MSP430F149 single-chip stepper motor to achieve universal controller. The controller can
BA6845
- 基于Cortex-M3以及步进电机驱动器BA6845的两相步进电机驱动。采用中断方式控制加减速曲线，若想更改曲线数值，可在程序中直接修改生成公式-Cortex-M3-based stepper motor driver BA6845 and two-phase stepper motor driver. Control the acceleration and deceleration using interrupted curve,
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
bujinjiajiansukongzhi
- STM32的步进电机控制的加减速曲线编程-Of STM32 the stepper motor control plus deceleration curve programming
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,
SteppingMotor_PWM
- STM32F103为核心控制步进电机实现S曲线加减速(STM32F103 is the core control step motor to realize S curve plus deceleration)
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)
步进电机加减速曲线控制motor
- STM32步进电机加减速曲线控制motor(STM32 stepper motor plus deceleration curve control motor)