资源列表
ICL7135c
- ICL7135c语言程序 要结合着ICL7135的手册时序来理解-ICL7135c ICL7135 language program in conjunction with the manual to understand the timing
AVR-SimplePLC
- 基于AVR 单片机的SimplePLC控制电动机星三角启动运行 proteus仿真-basic AVR SimplePLC motor of proteus
samplingPWM(1)
- 医用电动轮椅的1ms定时中断数据采集->计算速度给定->换算占空比->PWM输出-Medical electric wheelchair 1ms timer interrupt data collection-> calculate the speed reference-> conversion duty cycle-> PWM output
ten-days-study-of-mcs51-in-proteus
- 10天学会51与C配套仿真开发板 proteus 仿真电路板-Society 51 and C 10 days, supporting simulation development Simulation circuit board proteus
LCD1602
- 有关LCD1602液晶显示的程序，可以用-LCD1602 LCD display on the program, you can use
C8051F-serals-C
- C8051F系列单片机开发与C语言编程.这些程序应用到其它Cygnal C8051Fxxx系列单片机，要确保各个操作寄存器的名称、地址、和各个控制位相一致，否则需要修改。-C8051F MCU development and C programming language. These procedures apply to other Cygnal C8051Fxxx MCU, to ensure that all operating registers the name, address, a
mega64_2841A
- LED2841的单片计算机驱动方案，详细的给出了以单片计算机AVRMEGA64的驱动方案。-LED2841 single-chip computer-driven program, a detailed single-chip computer AVRMEGA8 given to the driver program.
samplingPWM(3)
- 1ms定时中断数据采集->计算速度给定->换算占空比->PWM输出-1ms timer interrupt data collection-> calculate the speed reference-> conversion duty cycle-> PWM output
samplingPWM(2)
- 1ms定时中断手柄、速度档、电流采样数据采集->计算速度给定->换算占空比->PWM输出-1ms timer interrupt controller, the speed profile, current sampling data collection-> calculate the speed reference-> conversion duty cycle-> PWM output
samplingPWM(4)
- 1ms定时中断数据采集,ITN1外部中断遥控 计算速度给定 换算占空比->PWM输出-1ms timer interrupt data acquisition, ITN1 external interrupt remote control computing speed for a given conversion duty cycle-> PWM output
samplingPWM(5)
- 1ms定时中断数据采集,ITN1外部中断遥控 计算速度给定 换算占空比->PWM输出-1ms timer interrupt data acquisition, ITN1 external interrupt remote control computing speed for a given conversion duty cycle-> PWM output
samplingPWM()
- 1ms定时中断数据采集->左右轮给定速度计算,时间常数计算给定->换算占空比->PWM输出-1ms timer interrupt data collection-> left and right wheels for a given rate, the time constants given-> conversion duty cycle-> PWM output