Difference between revisions of "Temperature & Humidity Sensor"

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==Objective==
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==Outline==
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This mCookie sensor uses an AM2321 chip and the standard mCookie connector to give you the ability to quickly add high precision temperature measuring and humidity sensing to any Microduino project. The sensor has an on-board microprocessor delivering rapid response, high noise tolerance and excellent data quality.
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This tutorial will show you how to use Micorduino temperature & humidity sensor.  
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==Specification==
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*Electrical Specifications
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==Equipment==
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**Operation Voltage: 2.6~5V;
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*'''[[Microduino-CoreUSB]]'''
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**Output: Data over I2C bus protocol
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*'''[[Microduino-Temperature & Humidity Sensor]]'''
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*Technical Specifications
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*'''[[Microduino-Sensorhub]]'''
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**Resolution:
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*'''[[Microduino-OLED]]'''
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***0.1 Degrees Celsius (°C)
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***0.1 percent (%) Relative Humidity
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*Dimensions
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**Dimensions of the Sensor: 8mm*11mm
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**Dimensions of the Board: 20mm*10mm
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** Connector Interface: 4 Pin, 1.27mm-pitch
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*Communication Protocol
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**Interface: I2C
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**Pins: SDA (data), SCL (clock), VCC (power) and GND (ground)
  
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==Development==
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===Equipment===
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{|class="wikitable"
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|-
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|Module||Number||Function
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|-
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|[[mCookie-CoreUSB]]||1||Core board
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|-
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|[[mCookie-Hub]]||1||Sensor pin board
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|-
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|[[Microduino-Temp&Hum]]||1||Sound detection sensor
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|}
  
 
*Other Hardware Equipment  
 
*Other Hardware Equipment  
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**1x USB cable
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**One USB cable
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[[File:Temp-Hum.jpg|600px|center]]
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==Program==
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===Preparation===
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*Setup 1: Connect Microduino-Temp&Hum to the IIC port of the Hub.  
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[[file:mCookie-Temp&Hum-sensor.JPG|600px|center]]
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==Debugging==
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*Setup 2: Stack the CoreUSB, Hub and Sound together and then connect them to the computer with a USB cable.  
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[[file:mCookie-Sound-pc.JPG|600px|center]]
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Step 1: Connect Microduino Temperature & Humidity sensor to IIC pin of Microduino-SensorHub and Microduino-OLED to IIC pin of Microduino-SensorHub.  
 
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[[File:MicroduinoTemperatureSensor.png|600px|center|thumb]]
 
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Step 2: Connect the Microduino-CoreUSB to your PC with the USB cable and upload the code.
 
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[[File:MicroduinoTemperatureSensor1.png|600px|center|thumb]]
 
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Step 3: Power it on and it will show temperature value on OLED.
 
  
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[[File:MicroduinoTemperatureSensor2.png|600px|center|thumb]]
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===Experiment: Detect Temp&Hum Values ===
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*Open the Arduino IDE and copy the following code into IDE, or select from the examples built into the IDE:
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  File->Examples->_07_Sensor_Temp_Hum_AM2321->'read_simple'
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<source lang="cpp">
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#include <Wire.h>
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#include <AM2321.h>
  
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void setup() {
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  Serial.begin(9600);
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}
  
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Step 4: Try to change temperature and see changes on OLED.
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void loop() {
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[[File:MicroduinoTemperatureSensor3.png|600px|center|thumb]]
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  readByAM2321();
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  delay(500);
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}
  
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void readByAM2321()
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{
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  AM2321 am2321;
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  am2321.read();
  
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==Result==
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  Serial.print("(");
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  Serial.print(am2321.temperature/10.0);
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  Serial.print(", ");
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  Serial.print(am2321.humidity/10.0);
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  Serial.println(')');
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}
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</source>
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*Select the right board from Tools→Serial Port in Arduino IDE and download the program.
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[[file:uploadhum.JPG|500px|center]]
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*Open the serial monitor after download; The value displayed reflects the current temperature and humidity. 
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[[file:mCookie-Temp-Hum-reshum.JPG|500px|center]]
  
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You can get indoor temperature through the temperature sensor.  
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===Program Debugging ===
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*The program uses AM2321 temperature and humidity collection library and defines "#include <Wire.h>" and "#include <AM2321.h>" as driving files. 
 +
*The program uses two important libraries to communicate with the sensor. For any project/software that uses this sensor, the following libraries must be included:
 +
**For the AM2321 sensor: "#include <AM2321.h>"
 +
**For I2C Communication: "#include <Wire.h>"
 +
*“am2321.temperature/10.0”represents the calculated temperature value and " am2321.humidity/10.0" represents the calculated humidity value.
 +
==Application==
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The Microduino Temperature and Humidity sensor can be used in a range of applications including HVAC systems, dehumidifiers, home automation, data recording or in a weather station.
  
 
==Video==
 
==Video==
  
 
|}
 
|}

Latest revision as of 06:40, 30 September 2016

Outline

This mCookie sensor uses an AM2321 chip and the standard mCookie connector to give you the ability to quickly add high precision temperature measuring and humidity sensing to any Microduino project. The sensor has an on-board microprocessor delivering rapid response, high noise tolerance and excellent data quality.

Specification

  • Electrical Specifications
    • Operation Voltage: 2.6~5V;
    • Output: Data over I2C bus protocol
  • Technical Specifications
    • Resolution:
      • 0.1 Degrees Celsius (°C)
      • 0.1 percent (%) Relative Humidity
  • Dimensions
    • Dimensions of the Sensor: 8mm*11mm
    • Dimensions of the Board: 20mm*10mm
    • Connector Interface: 4 Pin, 1.27mm-pitch
  • Communication Protocol
    • Interface: I2C
    • Pins: SDA (data), SCL (clock), VCC (power) and GND (ground)

Development

Equipment

Module Number Function
mCookie-CoreUSB 1 Core board
mCookie-Hub 1 Sensor pin board
Microduino-Temp&Hum 1 Sound detection sensor
  • Other Hardware Equipment
    • One USB cable
Temp-Hum.jpg

Preparation

  • Setup 1: Connect Microduino-Temp&Hum to the IIC port of the Hub.
MCookie-Temp&Hum-sensor.JPG
  • Setup 2: Stack the CoreUSB, Hub and Sound together and then connect them to the computer with a USB cable.
MCookie-Sound-pc.JPG

Experiment: Detect Temp&Hum Values

  • Open the Arduino IDE and copy the following code into IDE, or select from the examples built into the IDE:
 File->Examples->_07_Sensor_Temp_Hum_AM2321->'read_simple'

#include <Wire.h>
#include <AM2321.h>

void setup() {
  Serial.begin(9600);
}

void loop() {
  readByAM2321();
  delay(500);
}

void readByAM2321()
{
  AM2321 am2321;
  am2321.read();

  Serial.print("(");
  Serial.print(am2321.temperature/10.0);
  Serial.print(", ");
  Serial.print(am2321.humidity/10.0);
  Serial.println(')');
}
  • Select the right board from Tools→Serial Port in Arduino IDE and download the program.
Uploadhum.JPG
  • Open the serial monitor after download; The value displayed reflects the current temperature and humidity.
MCookie-Temp-Hum-reshum.JPG

Program Debugging

  • The program uses AM2321 temperature and humidity collection library and defines "#include <Wire.h>" and "#include <AM2321.h>" as driving files.
  • The program uses two important libraries to communicate with the sensor. For any project/software that uses this sensor, the following libraries must be included:
    • For the AM2321 sensor: "#include <AM2321.h>"
    • For I2C Communication: "#include <Wire.h>"
  • “am2321.temperature/10.0”represents the calculated temperature value and " am2321.humidity/10.0" represents the calculated humidity value.

Application

The Microduino Temperature and Humidity sensor can be used in a range of applications including HVAC systems, dehumidifiers, home automation, data recording or in a weather station.

Video

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