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123
- 运用VHDL语言，使用FPGA技术，实现四相步进电机的细分步进控制驱动，让电机运行更加稳定，可以实现横转矩。-Using VHDL language, using the FPGA technology, four-phase stepper motor driver stepper control, so that motor run more stable, horizontal torque can be achieved
test
- 利用NJU3771+NJM39610芯片组实现步进电机的速度控制 采用32细分 实现16级的速度控制-NJU3771+ NJM39610 chipset using the stepping motor speed control to achieve a 32 segment 16 of the speed control
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
3972
- A3972步进电机驱动芯片程序 附16细分表 -A3972 stepper motor driver chip program of 16 sub-tables
step
- 步进电机细分驱动系统可以实现使用或不使用细分，电机正反转控制-Subdivision stepper motor drive system can be achieved with or without breakdown, motor reversing control
setp
- 步进电机原理及使用说明与步进电机细分驱动设计-Principle and the use of stepper motor and stepper motor that drives the design breakdown
MSP430F1612_StepMotor
- TI单片机MSP430F1612控制步进电机源码,细分控制-TI MCU stepper motor control source code, the fine control
free-pendulum
- 11年电子设计大赛-基于自由摆的平板运动控制系统-基础部分+发挥部分1（偏差1cm）+发挥部分2（滞后较严重） 使用加速度传感器mxc6202测量倾角，16细分步进电机驱动控制器，42BYG250-48步进电机对平板控制 atmega128平台，GNU GCC编译通过-2011 Electronic Design Competition- plat control system based on free pendulum- a fundamental part to play part
step_motor
- ATmega16控制步进电机，软件细分算法实现-ATmega16 stepper motor control, the software sub-algorithm
1111
- 2011全国电子设计大赛B题源程序，使用的是加速度传感器，步进电机和细分电路-2011 National Electronic Design Competition Problem B source, using acceleration sensors, stepper motors and sub-circuit
stepper
- 步进马达的细分驱动 3A 16细分.带线路图和目标代码CPU是ATmega48-Stepper motor drive 3A 16 sub-segments. With line diagrams and object code CPU is ATmega48
step
- 本程序是关于步进电机细分驱动的程序,里面有电机自适应细分的子部分-this procedure is about stepping motor which is dirved by subdividition.
xifenqudong
- 基于LMD18245的两相步进电机细分驱动器的研究-Breakdown of two-phase stepper motor drive
lmliangxiangxifenqudong
- 基于LMD18245的两相步进电机细分驱动器的研究-Breakdown of two-phase stepper motor drive
aaa
- 本文介绍了两相四拍混合式步进电机的工作原理及其磁网络模型，推 导了步进电机的动态方程。分析了两种细分驱动方法:等电流法和电流 矢量法恒幅均匀旋转法，提出了基于单片机控制的PWM电流矢量恒幅 均匀旋转的细分驱动技术，实现了步进电机32细分驱动。-so much,so nice.
stepmoto_pwm_test
- 笙泉单机2路PWM控制步进电机，步进电机细分-Megawin single 2 way PWM control of stepper motor, stepper motor subdivision
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
SteppingMotorDriverSourceCode
- 两相步进马达驱动器源代码。1，上电自产生脉冲驱动马达自转；2，外部脉冲驱动可细分。STM32F103芯片，开发环境keil uvision4.-Two-phase stepper motor driver source code. 1, power-on self-generated pulse drive motor rotation external pulse drive can be broken down, speed is adjustable. The STM32F103 chi
Stepping_motor_driver-
- 步进电机驱动16细分线路。附Protues仿真,及分析资料。-Stepping motor driver
stm32StepMotorDriver
- stm32发脉冲控制步进马达运行,可细分，低速可调，适用于两相步进马达运动控制，液体搅拌器-stm32 send pulses to control the operation of the stepping motor can be broken down, low-speed adjustable, applicable to two-phase stepper motor motion control, liquid mixers