▍1. Display-the-picture--in-the-TFT
此文件为在TFT彩屏上显示图片,文字,和日期的工程程序压缩文件。(Show the picture in the TFT)
此文件为在TFT彩屏上显示图片,文字,和日期的工程程序压缩文件。(Show the picture in the TFT)
TJA1050can自收发测试程序,结果在数码管上显示。(TJA1050can Self sending and receiving test program.Results in the digital tube display. )
stm32pid运算,通过pwm占空比输出,可以控制温度,速度,倒立摆,平衡小车等。(stm32pid operation by pwm duty cycle output, it can control the temperature, velocity, pendulum, balance the car and so on. Make.)
普通IO口模拟串口,用于单片机串口数量不够的情况下,亲测通过。(Ordinary IO port analog serial port, for the number of SCM is not enough, the pro test.)
51单片机中模拟串口的源码,可以拟补单片机中没有串口的缺点(51 microcontroller serial analog source, it can not have intended to fill shortcomings microcontroller serial port)
MAX6675最全的资料,包含C51源程序,芯片介绍,技术文档等(MAX6675 the most complete information, including the C51 source code, chip introduction, technical documentation, etc.)
CLRC663 是高度集成的收发器芯片,用于 13.56 兆赫兹的非接触式通讯。CLRC663 收发器芯片支 持下列操作模式 • 读写模式支持 ISO/IEC 14443A/MIFARE • 读写模式支持 SO/IEC 14443IB • JIS X 6319-4 读写模式支持(等效于FeliCa 1 方案,请参阅章节 21.5) • 相应于 ISO/IEC 18092 的被动发起方模式 • 读写模式支持 ISO/IEC 15693 • 读写模式支持 ICODE EPC UID/EPC OTP • 读写模式支持 ISO/IEC 18000-3 mode 3/ EPC Class-1 HF CLRC663 能够透过内建发射器直接驱动外置天线与 ISO/IEC 14443A 或 MIFARE 卡片进行通信,而无 需附加有源电路。数字模块负责全部的 ISO/IEC 14443A 组帧和错误检测功能(奇偶校验和 CRC 循環 冗餘校驗)(The CLRC663 is a highly integrated transceiver IC for contactless communication at 13.56 MHz. This transceiver IC utilizes an outstanding modulation and demodulation concept completely integrated for different kinds of contactless communication methods and protocols at 13.56 MHz. The CLRC663 transceiver ICs support the following operating modes • read/write mode supporting ISO/IEC 14443A/MIFARE • read/write mode supporting ISO/IEC 14443B • read/write mode supporting JIS X 6319-4 (comparable with FeliCa 1 (see Section 30.5) scheme) • passive initiator mode according to ISO/IEC 18092 • read/write mode supporting ISO/IEC 15693 • read/write mode supporting ICODE EPC UID/ EPC OTP • read/write mode supporting ISO/IEC 18000-3 Mode 3 The CLRC663’s internal transmitter is able to drive a reader/writer antenna designed to communicate with ISO/IEC 14443A/MIFARE cards and transponders without additional active circuitry. The receiver module )
STC12C5A60S2串口接收程序,可以接收上位机发送的16进制串口数据,在接收到数据以后执行相应的动作(51单片机串口接收程序,通过接收串口16进制编码,执行相应的函数 51单片机串口接收程序,通过接收串口16进制编码,执行相应的函数 51 single-chip serial port to receive the program, through the serial port 16 to receive the code, the implementation of the corresponding function)
stm32的bootloader程序,基于Ymodem协议,通过Secure CRT串口实现IAP功能(stm32 the bootloader program, based on Xmodem protocol to implement IAP function via the serial port Securecrt)
本源码是本人工作之余码的,CC2540低功耗蓝牙的notify工作方式总结,这源码是很好的理解notify例子,代码中有注释,希望对大家有所帮助(The source code is my spare time, notify work CC2540 Bluetooth low energy summary, this source is well understood notify example, the code notes, we hope to help)
交通灯功能程序,包含了中断计数和小灯的变化分配,同时还有详细的注视信息(traffic light)
基于stm32 f103ze 的温度PID控制,内有结构体变量PID算法。( Based stm32 f103ze temperature PID control, there are structure variables PID algorithm.)
uCOS-II内核移植到STC单片机的全部源代码和应用软件,基于STC5A60S2(uCOS-II kernel ported to STC microcontroller full source code and application software)
基于STM32F407开发编程,实现四驱小车的移动控制。(The development of STM32F407 based programming, mobile control four-wheel drive car. )
使用到蜂鸣器、Lcd1602、ZLG7289和串口,键盘实现加法器,控制LCD1602和蜂鸣器音乐播放。借助串口调试助手,可以用电脑发送字符,替代键盘,完成上述三种功能。(To use the buzzer, Lcd1602, ZLG7289 and serial port, a keyboard adder, and a buzzer control LCD1602 music player. With serial debugging assistant, a computer can send characters, instead of the keyboard, the above three functions.)
STM32的程序,是在正点原子的mini开发板基础上自己编写的程序,包括超声波测距,PWM波输出,同时进行3路AD采集的程序,对想要学习stm32的同学非常有用(STM32 procedures in mini development board based on punctuality atoms have written procedures, including ultrasonic distance measurement, PWM wave output, simultaneous 3-way AD collection procedures, the students want to learn useful stm32)
用adc0809转换 lcd12864做显示 测量 电压 电阻 加上热敏电阻测温度 测二极管极性和导通电压 (With adc0809 conversion, lcd12864 do show resistance measuring voltage, plus the thermistor temperature measurement, the measured diode voltage polarity and conducting)