搜索资源列表
接口课程设计1
- 是本人的大学接口课程设计,步进电机控制8255 键盘显示控制器1 -is my university courses Interface Design, 8255 stepper motor control of a keyboard and display controller
步进电机课程设计C语言版
- 在WAVE6000仿真器上仿真,采用自动控速和手动控速,连接:上面的LED灯为Ln,开关就是Kn。XA\XB\XC\XD就是步进电机的四相输入ABCD。
PWM_motor.PWM控制步进电机的设计
- PWM控制步进电机的设计,控制其正反转等,涵盖c语言设计,包括了proteus仿真原理图,可以直观显示!供大家参考!,PWM control of stepper motor design, control of its positive inversion, etc., covering the c language design, including proteus simulation schematic, you can visually show! For your reference
2
- 基于vhdl语言的电机设计,内含详细的设计过程和具体的实验现象。-Based on the VHDL language in electrical design, including the detailed design process and the specific experimental phenomena.
Tutorials
- 步进电机设计,用汇编语言来写程序,用proteus仿真-tutorials
Mathcad
- mathcad直流电机设计源文件,包含电机设计常见的参数计算过程。对于电机计算具有一定参考价值-mathcad DC motor design source file that contains common motor design parameters calculation. The motor has a certain reference value calculation
Stepper
- 基于单片机的步进电机控制系统,针对进行步进电机设计的初学者-Microcontroller-based stepper motor control system, designed for the beginner stepper motor
IR
- 来自著名公司半导体公司IR的基于FPGA的AC伺服电机设计-FPGA based AC Servomotor-Control Designs from IR
STM32F103C8T6 FOC电机控制代码
- 基于STM32F103C8T6单片机设计的直流无数电机,速度闭环,经过调试了的,没有问题,对初学者很有借鉴作用(STM32F103C8T6 microcontroller based design of DC numerous motors, speed closed loop, after debugging, no problem, very useful for beginners)
电机速度闭环控制(代码详细注释)
- 电机驱动闭环控制,仅用于闭环控制设计电路,大学生电子设计大赛资料(Motor driven closed loop control)
直流电机驱动(方案设计+芯片资料+原理图)
- 直流电机的论文,感觉很不错 单片机;光电转速传感器;转速测量;数据处理; 1602液晶显示器(dianjijdilgegjjijgigjigjdlgjdlgjklgkjfkjgkjgkjgklfjgkgjfkljg)
Silicon Labs 步进电机参考设计源码
- Silicon Labs 步进电机参考设计源码(Silicon Labs Stepper motor reference design source code)
单片机课程设计论文
- 利用89c52单片机实现步进电机正转反转加速停止的功能(Using 89C52 single chip microcomputer to realize the function of step motor reversing and acceleration stop)
频率 脉冲可控,驱动步进电机
- 利用stm32驱动步进电机的开发程序,STM32系列基于专为要求高性能、低成本、低功耗的嵌入式应用专门设计的ARM Cortex?-M0,M0+,M3, M4和M7内核(ST's product portfolio contains a comprehensive range of microcontrollers, from robust, low-cost 8-bit MCUs up to 32-bit ARM-based Cortex?-M0 and M0+, Cortex?-M3, Co
山东大学步进电机研究
- 对于步进电机的相关研究,STM32系列基于专为要求高性能、低成本、低功耗的嵌入式应用专门设计的ARM Cortex?-M0,M0+,M3, M4和M7内核(ST's product portfolio contains a comprehensive range of microcontrollers, from robust, low-cost 8-bit MCUs up to 32-bit ARM-based Cortex?-M0 and M0+, Cortex?-M3, Cortex?-M
AdLabPlus高频设计软件
- 高频设计辅助工具 电气工程软件,高级电机工程实验室。拥有20多个特性工具专为设计网络、传输线、变压器等设计。它也可以计算线圈和变压器和各种类型的过滤器以及运行噪音等。它可以计算RX和TX系统。AdLabPlus包括一个非常强大的Smith曲线图程序。(AdLabPlus contains AdLab/CSmith and features 5 new electrical engineering tools, for instance for designing active and pass
2016.12.7步进电机课设3.0
- 使用keil平台与C语言编写的51单片机程序,可以控制步进电机,可控制正反转,内含proteus仿真,验证通过。(The 51 single chip computer program used by keil platform and C language can control the step motor, control positive and reverse, contain proteus simulation, and verify through.)
2016.12-4上海电机学院电梯课程设计4.0
- 使用keil平台与C语言编写的51单片机程序,可以控制电机的转动,达到控制电梯的目的,经proteus仿真验证通过(The 51 single chip computer program written by the Keil platform and the C language can control the rotation of the motor and achieve the purpose of controlling the elevator. It is verified th
正反转可控的直流电机
- 正反转可控的直流电机设计,proteus+程序(DC motor design with positive and reverse control, proteus+ program.)
直流电机PID调速仿真
- 直流电机PID调速仿真研究直流电机控制原理,分析现有直流电机控制系统的优缺点; 2、设计基于单片机的直流电机调速系统,包括单片机系统、驱动系统、人机接口模块,、信号处理模块等,设计出电路原理图;(Dc motor PID control principle of dc motor speed control simulation, analysis the advantages and disadvantages of the existing dc motor control system;