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microstepping
- 用C编写的MICROCHIP单片机和国半驱动芯片(LMD18245)组成的带细分步进电机驱动器方案.-prepared by the SCM and MICROCHIP's semi-Driver IC (LMD18245) component Subdivision with the stepper motor actuator program.
dj4
- 51单片机控制步进电机，细分为2，一步为0.9度，走一圈需要400个脉冲，半径为33mm，一圈走0.10362m走20圈需要8000个脉冲。加速为4000个，减速为4000个，定时器0为60ms时周期为7.8s 为40ms时周期为5.2s-51 single-chip stepper motor control, subdivision 2, a step of 0.9 degrees, walk around 400 pulses required radius 33mm, around 20
AT89s52_motor
- 以AT89S52单片机为核心，利用细分技术控制步进电机实现平稳、精确移动-AT89S52 microcontroller to the core, stepper motor control using subdivision smooth, precise movement
AT89C52_stepmotor_xifen
- AT89C52的步进电动机恒流斩波细分驱动电路,用单片机控制步进电机很方便-AT89C52 the stepper motor-driven constant-current chopper circuit subdivision with single-chip stepper motor control is convenient
AHD80X
- 细分驱动器资料，用于高精度步进电机控制。 -Subdivision drive information for high-precision stepper motor control.
danpianjibujindianji
- 步进电机步距角细分的单片机控制系统设计和研究,主要是设计方案-Subdivision step angle stepper motor microcontroller control system design and study of the design
step
- 这是一个描述步进电机细分算法很好的例子，大家可以下下来看看。-This is a stepper motor subdivision algorithm described a good example, we can look at the next down.
lmd
- 用C编写的MICROCHIP单片机和国半驱动芯片(LMD18245)组成的带细分步进电机驱动器方案-Written by C MICROCHIP driver chip microcontroller and National Semiconductor (LMD18245) consisting of stepper motor drive with subdivision plan
ourdev_603668MNBQGC
- 用ULN2803驱动步进电机，两路IO口加7414，用单片机定时器来细分-Using ULN2803 to drive the stepper motor, two IO and 7414, MCU timer to subdivision
2803-drive-motor-subdivision
- 51单片机驱动2803算法 用keil编译-51 single-chip driver 2803 algorithm using keil compiler
stepper-motor
- 步进电机驱动程序：用软件实现仪表步进电机的驱动，采用细分的方法实现电机的控制！-Stepper motor driver: software instrumentation stepper motor drive, motor control method by subdivision!
AVR-_step_motol
- 使用AVR单片机实现步进电机控制，采用单片机的CTC模式，在比较匹配中断中修改寄存器值，实现细分。-AVR Microcontroller stepper motor control, microcontroller CTC mode, the compare match interrupt modify the the register values subdivision.
motor
- 使用51单片机+L297+L298实现步进电机细分为你、正反转控制。-To use the 51 SCM+L297+L298 Stepping Motor Subdivision for you, Reversible control.
thb6064ah
- 一个thb6064ah的C语言源码，支持正反转，64步进电机细分，希望有用吧-A thb6064ah the C language source code, support rotating, 64 stepper motor subdivision, hope it useful
2012tijiguangdaba
- 2012年ti激光打靶题目，实现了自动打靶，自动报靶，键盘控制打靶，显示打靶光斑，包含isd4004，nrf24l01，ILI9320，细分器控制步进电机，ov7670，al4228等程序-2012 ti laser shooting subject, to achieve the automatic targeting, automatic target, keyboard control shooting, shooting spot display, including isd4004,
Button-control-motor-speed
- stm32通用定时器2产生pwm信号控制步进电机32细分按键调速，适合初学者，库函数是V2.0的-Gm stm32 timer 2 to produce PWM signal control stepping motor speed 32 subdivision buttons, suitable for beginners, is V2.0 library functions
stemotor
- 步进电机细分控制器，硬件采用TMS320F2815，软件是在CCS3.3平台上的C语言。-Step motor subdivision controller,based on the tms320f2815 and CCS3.3
c51_cstepmoto(128step)_l6219
- C51单片机实现128细分步进电机驱动程序,l6219驱动IC，6219是一个有两极的集成电路，它能控制和驱动具有两极步进电机的绕组， 还可以双向控制两个直流电机。L6219可以非常方便地与微处理器连接成控制步进电机的系统， 其电压范围可以从10V~46V，输出的电流可达到750mA，峰值电流高达1A。因为内部具有保护二极管及PWM电流控制， 所以在可靠性和稳定性方面提供了保障。单片机实现时将0~360℃作细分，一个步距角度是1.8℃，首先根据矢量合成图建立相应的向量表， 程序再
DMXPstm32f103PmotoP128step
- 基于DMX+stm32线性加速算法控制步进电机，128细分-Based DMX+ stm32 linear acceleration algorithm to control stepper motors, 128 subdivision
Motor1.8
- 步进电机,细分表生成器,还有S型,三角型加速表生成功能,-Stepper motor, subdivision table builder, as well as S-type, triangle-type accelerometer generation,