资源列表
仿真和程序
- 51单片机和16*16点阵仿真,实现汉字左右滚动显示,并实现阳和阴两种显示模式。(51 microcontroller and 16*16 lattice simulation, realize the Chinese characters scroll around the display, and the realization of the Yin and yang two display modes.)
仿真和程序
- 51单片机和数字电路实现6个16×16点阵仿真,滚动显示中文。(51 MCU and digital circuit to achieve 6 16 * 16 dot matrix simulation, rolling display Chinese.)
STM32+ESP8266+SHELL
- STM32加ESP8266模块,实现UDP透传模式通信,可以通过SHELL命令,获取采集电压和时间信息。在UDP调试工具输入“getcfg”可以获取配置信息 包括单次测量模式 循环测量模式 循环时间间隔设定等等相关参数设置。(STM32 and ESP8266 module are used to achieve UDP transmission mode communication, and the acquisition voltage and time information can b
基于51单片机TC77温度采集1602
- 51单片机模拟SPI接口读取TC77温度模块,并在LCD1602显示其温度(51 single-chip microcomputer analog SPI interface reads the TC77 temperature module and displays its temperature in LCD1602)
TL7107+LM35仿真
- TL7107 LM35 protues仿真 精度+/-0.2度 实现温度采集(TL7107 LM35 Protues simulation precision +/-0.2 degree realization of temperature acquisition)
基于单片机的家庭安防系统
- 提供安防系统电路原理图和仿真功能,通过MCP3204 采集烟雾浓度、入侵压力信息、红外信息,送入CPU进行处理和判断,当超出界限值时,系统报警,并通过串口发送消息给GSM,提示用户。(Provide the schematic diagram and simulation function of the security system, collect smoke concentration, intrusion pressure information and infrared informa
RS232
- UART协议实现Verolog源码,可在FPGA上综合(UART Verolog source code)
Temp 2
- //温度test #include <dht.h> dht DHT11; #define PIN_DHT11 10 void setup() { Serial.begin(9600); } void loop() { DHT11.read(PIN_DHT11); Serial.print("Humidity (%): "); Serial.println((f
STC15F100-series-chinese
- STC15资料手册,介绍STC15系列单片机(STC15 datasheet,Introduction of STC15 Series Singlechip)
HMC5883L中文规格书
- 霍尼韦尔 HMC5883L 是一种表面贴装的高集成模块,并带有数字接口的弱磁 传感器芯片,应用于低成本罗盘和磁场检测领域(Honeywell HMC5883L is a highly integrated surface mounted module with a weak magnetic field with a digital interface. Sensor chips for low cost compass and magnetic field detection)
加密算法
- 基于MFRC522射频识别传感器的加密算法的设计和应用(Design and application of encryption algorithm based on MFRC522 RFID sensor)
参考DEMO源代码
- 利用51单片机读取数据并将其应用到实际中的代码和教程(Code and tutorials that use 51 singlechip to read data and apply it to reality)