资源列表
zigbeePcc2530PDS18B20bk
- cc2530读取ds18b20温度并通过zigbee传输-Cc2530 reads ds18b20 temperature and transmits via zigbee
yuc
- 51 single-chip breathing light 51单片机呼吸灯-51 microcontroller 51 single- chip breathing light lamp to breathe
Sidcse-chip
- Single-chip heart-shaped lights program-Single- chip heart- shaped towns program
intvrrupt
- 本代码为51单片机按键中断控制,仅供51单片机初学者参考,-This code is a key interrupt control 51 single-chip microcomputer and can only be 51 singlechip beginners reference,
thvjugrcode
- 此代码为单片机通过定时器控制数码管多态显示,仅供初学者参考-The code for the MCU through the timer control polymorphic digital tube display, only for beginners reference
a1602yuds18b20
- 实现单片机与a1602与ds18b20联系，实时检测环境温度在液晶屏上显示-MCU and a1602 with DS18B20, real-time detection of ambient temperature on the LCD screen display
FIFO_control
- 一个32*8FIFO控制器代码，涉及输入输出时的地址变化及参数应用。-A 32* 8FIFO controller code, involving the input and output address changes and parameter applications.
led
- led灯闪烁他可以很快的使用中断系统时钟，来控制LED灯的山灭，此功能还能够控制数码管的显示数字-led lampe blink
Motor-speed-PID
- PID调速电机测试程序。使用AT89C51实现。主要展示离散PID控制电机的使用方法。-PID speed motor testing program. Use AT89C51 achieve. The main display discrete PID control method using a motor.
ctl
- 自动控制原理-超前滞后矫正实例。先根据波特图、响应等计算控制参数，再在AVR单片机中实现对系统的控制。使用前需对计算机控制系统离散传递函数的实现有所了解-Automatic control theory- lead-lag correction instance. Bode diagram according to the control parameters in response to peer computing, and then realize the system control A
SJ
- 本设计以AT89S52单片机为核心充分利用硬件资源设计的一种频率计，该频率计首先将被测信号放大整形处理，变成满足单片机I/O口接受的TTL/ CMOS 兼容信号从单片机的T1输入口输入直接累加脉冲数，将单片机内部定时器定时为1S，这时累加的脉冲数即为被测信号的频率。最后经单片机处理送至lcd液晶显示屏显示。-This design with AT89S52 MCU as the core design make full use of the hardware resources of a ki
bssic
- C programming language, basic questions