资源列表
UCOSII
- UCOSII 移植 STM32F767ZI -UCOSII transplantation STM32F767ZI
UCOSIII
- UCOS3 移植 STM32F767ZI - UCOS3 transplantation STM32F767ZI
1
- 例6-1 UCOS3任务创建和删除 stm32f767zi-Example UCOS3 6-1 task creation and deletion
2
- 例6-1 UCOSIII任务创建和删除 stm32f767zi-Example UCOSIII 6-1 task creation and deletion
3
- 例7-1 UCOSIII空闲任务钩子函数的使用-The use of UCOSIII 7-1 idle task hook function
led
- 8个发光二极管D1~D8分别接在单片机P1.0-P1.7端口上,一个开关接在P3.0上。 要求输出端口输出“0”时,发光二极管亮。 开关闭合时,开始按P0.0+P0.7、P0.1+P0.6、P0.2+P0.5、P0.3+P0.4的顺序依次点亮LED,再按P0.3+P0.4、P0.2+P0.5、P0.1+P0.6、P0.0+P0.7的顺序点亮LED,重复循环。开关断开时,立刻停止点亮指示灯。 开关断开时,立刻停止点亮指示灯。 -Eight light-emitting diodes
button
- 采用并行口实现数字0~9、A~F、L、U、P、n总共20个键盘-Parallel port Digital 0 ~ 9, A ~ F, L, U, P, n A total of 20 keyboard
scankey
- 实现了矩阵键盘的功能,使用的是AVR单片机,在这基础上实现了IO口扫描,进行键值的读取-Realized the function of matrix keyboard, using AVR microcontroller, on the basis of the realized the IO port scanning, read the key value
counter
- 通过P1.0端口以1HZ的频率输出信号,使用该信号点亮一个LED指示灯, 并将信号接入到INT1,统计中断的次数。 将中断的次数通过两个七段数码管采用十进制显示出来。当超过99次后,清零并 重新计数。 -By P1.0 port to the output signal frequency 1HZ using an LED indicator lights that signal, and the signal access to INT1, the number of statis
temperatureCtrl
- 采用DS18B20温度传感器,采集温度信息并显示在12306液晶显示屏上,精确到小数点后一位,使用的AVR单片机-Using DS18B20 temperature sensor, temperature information collected and displayed in the 12306 LCD screen, accurate to one decimal places, using AVR microcontroller
Frequency-meter
- 通过AVR单片机实现了频率计的功能,和大家共享-Through the AVR microcontroller realized the function of frequency meter, and Shared
lcd12864
- 实现了12864的液晶显示,以自己的方法来实现的,和大家共勉-12864 liquid crystal display (LCD), in their own way to implement, and anlyzes