搜索资源列表
how-solftware-stepper
- 介绍步进电机的原理驱动细分等技术及其应用-Introduced the technology and its application of the principle-driven segments, such as stepper motor
STEP_MOT
- 步进电机的DSP控制程序,通过DSP产生步进电机控制的脉冲，使步进电机转动，采用细分控制。-Step motor programmer based on TI DSP
dangbai
- 实现单摆，驱动步进电机，步进电机采用细分驱动器驱动-Pendulum realize
TBUJINDIANJIQh
- 这段程序是步进电机的细分驱动动程序，驱动芯片是A3972. -This process is the breakdown of stepper motor driver driver driver chip is the A3972.
Vsteepper_motH
- 步进电机 VHDL 控制，整步 半半步 细分 actel FPGA使用 -VHDL control of stepper motor, whole step, half half step segments actel FPGA use
STEPMOTOR64_INT
- 单片机细分控制步进电机程序，C语言编，提供给大家参考-Single-chip stepper motor subdivision control procedures C language series, available to everyone reference
Chip-stepper-motor
- 单片机控制步进电机细分程序，提供给大家学习，希望对大家有帮助-Chip stepper motor control procedures subdivision, for everyone to learn, and I hope for all of us to help
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!
SPWMStepMotor
- 中英文菜单A形球，步进电机驱动程序，包括细分程序。-Chinese and English menu, A-shaped ball, stepper motor drivers, including the breakdown of the program.
AN2974
- 步进电机细分驱动，快速衰减模式实现降低高频噪音-Stepping Motor Driver, fast decay modes reduce high-frequency noise
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.
SPI-429-249
- 用于步进电机细分驱动，MSP430F149配置TMC429，进而驱动TMC249，细分驱动-Subdivision driver for stepper motor, MSP430F149 configuration TMC429 turn drives TMC249 Subdivision Driver
4525A
- 步进电机高效驱动器，高细分，高电流，高电压-Efficient stepper motor drives, high segmentation, high current, high voltage
3128A
- 42步进电机驱动器，高细分，高电流，高电压，-42 stepper motor drives, high segmentation, high current, high voltage,
speeter-motor
- 本文讲述了细分驱动技术的原理，重点介绍了细分驱动控制系统的设计方法，设计了一套传统细分驱动系统的设计方案，在此基础上，本文进一步介绍了L297、L298两块芯片，采用这两块芯片构成步进电机的驱动电路，应用DAC0832实现D/A转换，采用精简指令集单片机AVR作为脉冲产生器，对步进电机的工作过程进行控制，最终组成电机细分数可选的驱动控制系统。-failed to translate
motor
- 基于89C52单片机的键盘控制步进电机,可以实现步进电机正转反转，加速。需要自配变压器及细分驱动器。-Based on the 89C52 microcontroller keyboard to control the stepper motor, stepper motors reverse, speed up. Need to be self-made transformer and subdivision driver.
ep1c6_24_step_moto
- 使用PWM方法来控制步进电机细分旋转，属于基础学习的小实验程序代码，欢迎大家下载。-PWM method is used to control the stepper motor rotation segments are based learning small experimental procedure code, welcome to download.
step-moto
- 步进电机 细分/非细分 verilog -Stepping Motor/Non subdivision verilog
lpl_stepper
- linux下基于S3C2440开发的步进电机驱动，一根信号线控制HB202M细分器即可实现步进电机速度和方向的控制-linux based S3C2440 development of stepper motor drive, a signal line control HB202M subdivision stepper motor controller can achieve the control of speed and direction