搜索资源列表
STM32-IO-I2-C-SHT11
- 完整的I2C温湿度传感器sht11、sht75读写程序，可单独放在程序中运行，分时操作，结果从函数中获取-Complete I2C temperature and humidity sensors sht11, sht75 literacy program, the program can be run on a separate, time-sharing operation, the results obtained from the function
wendhidu
- 该软件是一个串口通信的上位软件，能够和单片机通信，获取当前的温湿度值，简单，使用，可靠，对于初学者很有借鉴价值-The software is a PC serial communications software, and be able to single-chip communications, access to the current temperature and humidity value, easy to use, reliable and useful reference f
TinyOS_Project
- 基于WSN的应用程序，使用的操作系统是TinyOS，完成的主要功能是感知节点对温湿度传感器信息的获取，通过无线发送到Sink节点，使用的MCU是Atmega1281，射频芯片是AT86RF230-WSN-based applications, the operating system is TinyOS, completed main function is to sense temperature and humidity sensor node access to information,
Electronic_calendar
- 文件包内有两个文件：1.单片机下位机程序，包含温湿度传感器SHT11的接口程序、液晶显示程序、按键扫描程序、串口通讯程序；2.VC6.0上位机应用程序，通过串口通讯获取温湿度信息，并且绘制温湿度曲线，实现可视化-Package contains two files: 1. Microcontroller lower computer program, including temperature and humidity sensor SHT11 the interface program, LC
CPPBuilder_I2C_AM2311
- Ginkgo USB转I2C的C++ Builder版本的测试源码，程序读写控制AM2311温湿度传感器模块，获取环境的温湿度。-Ginkgo USB to I2C of C++ Builder version of the test source code, the program read and write control temperature and humidity sensor module AM2311, access to environmental temperature a
CalendarPwet-and-temp-display
- 一个万年历，通过232串口可是实现用下位机来调整上位机（万年历）的日期。此外，还可以通过2304传感器来获取环境温湿度值，并显示在上位机上面-A calendar, the date by 232 but implemented by the next crew to adjust the PC (calendar) of. In addition, you can also get the 2304 environmental temperature and humidity sensor v
1111
- 智能家居控制系统，完成对家用电器的控制，获取数据采集控制温湿度等-Intelligent home control systems, complete control of home appliances, access to data acquisition and control of temperature and humidity, etc.
Arduino-for-AM2301-andLCD1602
- 这是在Arduino平台运行的程序，可以实现从AM2301温湿度传感器上获取温度和湿度信息，并且在LCD1602上显示。硬件连接方式在文档中有说明。-This is the code for Arduino. The acquisition of temperature and humidity AM2301 come true. And the temperature and humidity show in LCD1602. The method of connection of hard
Fuhome.net-remove1.2
- Fuhome手机微信远程控制单片机,继电器w5500+stm32+dht12温湿度传感器.w5500+stm32+dht12温湿度传感器，一经连接路由器可自动获取/固定 IP，进而可以使用 手机、微信、浏览器进行控制设备自带继电器、查看温湿度传感器的测量值。 本终端 PCB 原理图+源码开源，以方便大家进行扩展和完善-Fuhome mobile micro-channel remote control microcontroller, relay w5500+ stm32+ dht12 temp
zcl_sample
- zstack home 1.2.2a 应用层实现HTD21温湿度传感器获取数据报告给网关-Zstack home 1.2.2 a protocol stack application layer gateway HTD21 temperature and humidity sensors data report
stm32-DHT11
- stm32 操纵DHT11温湿度传感器获取数据-Stm32 manipulates DHT11 temperature and humidity sensor to obtain data
SHT30
- SHT30驱动,直接调用初始化函数，读取温湿度函数即可获取温湿度信息，只需按照自己硬件修改底层硬件接口代码-SHT30 driver
Controller_NJDots_V1.0
- 实现了在STM32f103平台上的红外人感中断，温湿度获取(The infrared human sense interrupt and temperature and humidity acquisition on the STM32f103 platform are realized)
DHT11
- 通过获取DHT11的数据，，显示在1602液晶显示上面，设置温湿度预设报警值，通过按键调节报警值，，使得温湿度的范围都住在控制的范围内，，否则报警(By acquiring the DHT11 data, and display on the LCD 1602, set the temperature and humidity preset alarm value, adjust the button, the alarm value, range of temperature and humi
AirSample_S
- 可用于获取温度湿度数据(通用温湿度计)，空气采样控制(Can be used to obtain temperature and humidity data (universal temperature hygrometer), air sampling control)
DHT11驱动函数
- 温湿度传感器DHT11的驱动函数，包含获取温度，及湿度函数(The driving function of the temperature and humidity sensor DHT11)
温度传感器解析
- 用于市面是卖的温湿度传感器数据解析。获取温度和湿度值(It is used for data analysis of temperature and humidity sensors sold on the market. Get the value of temperature and humidity)
温湿度查询
- 主要对接服务器端数据，获取温湿度传感器的值，使用了socket编程(Main docking server data, get the temperature and humidity sensor value, the use of socket programming)
12864+stm32+dht11
- stm32单片机实时获取温湿度的值并且通过12864显示屏显示的程序(STM32 single-chip real-time acquisition of temperature and humidity values and through the 12864 display program.)
温度监测系统
- DS18B20作为温度获取的传感器，4为数码管显示，led灯模拟报警。1、按键1模拟模式选择2、调节温度上限3、调节温度下限4、确认（自动判断当前是否报警）(DS18B20 is used as the sensor of temperature acquisition, 4 is digital tube display, LED lamp analog alarm. 1. Press key 1 to select the simulation mode; 2. Adjust the upp