Difference between revisions of "Sensor-Buzzer"

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{{Language|Microduino-Buzzer }}
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{{Language|Microduino-Buzzer}}
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{| style="width: 800px;"
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{| style="width: 80%;"
 
|-
 
|-
 
|
 
|
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[[File: Microduino-BUZZER.jpg|400px|thumb|right| Microduino-Buzzer]]
+
[[File: Microduino-BUZZER-v1.jpg|400px|thumb|right| Sensor-Buzzer]]
  
−
Microduino-Buzzer is passive just like a magnetic speaker. It needs voltage with different frequency and thus can make sound accordingly.  The sound becomes louder when the frequency gets higher. 
+
The product number of Sensor-Buzzer is: '''MSDO11'''
  
 +
Sensor-Buzzer is a passive buzzer. Like a magnetic speaker, it needs voltage with different frequency so that it can make sound accordingly.  The pitch becomes louder when the frequency gets higher. 
  
 +
==Introduction of Pins==
 +
{{ST_Pinout
 +
|st_name=Buzzer
 +
|pin3=Digital Output
 +
}}
  
−
 
+
==Features==
−
==Feature==
 
 
*Controllable sound frequency (eg: You can achieve the effect of piano spectrum with it. )
 
*Controllable sound frequency (eg: You can achieve the effect of piano spectrum with it. )
−
*Small size and beautiful
+
*Small size which is easy to install. 
  
 
==Specification==
 
==Specification==
−
*Operation voltage—3.3V~5V;
+
*Voltage
−
*1.27mm pitch and 4Pin interface;
+
**3.3V~5V working voltage
 +
 
 +
*Size
 +
**Size of the board: 23.5mm*13mm
 +
**1.27mm-spacing 4Pin interface connected with sensorhub.
 +
**The CAD drawing of the sensor: '''[[File:Sensor_CAD.zip]]'''
 +
 
 +
*Technical parameters
 +
**Drive with 2K~5K square wave
 +
**The sound frequency is controllable.
  
 +
*Connection
 +
**This sensor can be connected to the following interfaces of core: '''A0~A7''','''D2~D13'''
  
−
[[File: Microduino-Buzzer_rule1.jpg|600px|thumb|center]]
 
  
 
==Document==
 
==Document==
  
−
*Schematic：'''[[File: Microduino_ Buzzer.Zip]]'''
+
*Schematic diagram: '''[[File: Sensor-Buzzer.Zip]]'''
 +
 
 +
==Usage==
 +
 
 +
===Basic Functionality===
 +
The Buzzer Trinket is a simple trinket which emits sound when passed with a frequency. A Core module can control the frequency of the Buzzer output.
 +
{| class="wikitable"
 +
|+Buzzer Trinket State Table
 +
|-
 +
! Pin State
 +
! Buzzer State
 +
|-
 +
|No Frequency
 +
|No Buzzing
 +
|-
 +
|Frequency Present
 +
|Buzzing
 +
|}
 +
 
 +
===Programming===
 +
<tab name="Arduino for Microduino" style="width:100%;">
 +
==Introduction==
 +
The Buzzed Trinket is used as an output pin. Special functions on the Core module is used to generate a frequency signal to the Buzzer.
 +
==Key Functions==
 +
*Required Libraries: None
 +
*Key Functions:
 +
** '''tone(pin_number, frequency)''' - starts generating a frequency signal on the pin, will not stop until noTone(pin_number) is called '''([https://www.arduino.cc/en/Reference/Tone Read more])'''
 +
***'''pin_number''' - is the pin number that the trinket is connected to
 +
***'''frequency''' - a frequency value to generate on the pin
 +
** '''noTone(pin_number)''' - stops generating a frequency on the pin '''([https://www.arduino.cc/en/Reference/noTone Read more])'''
 +
***'''pin_number''' - is the pin number that the trinket is connected to
 +
** '''tone(pin_number, frequency, duration)''' - generates a frequency signal on the pin for a set amount of time '''([https://www.arduino.cc/en/Reference/Tone Read more])'''
 +
***'''pin_number''' - is the pin number that the trinket is connected to
 +
***'''frequency''' - a frequency value to generate on the pin
 +
***'''duration''' - the duration in milliseconds to generate the frequency signal
 +
 
 +
==Example==
 +
This is a simple example which:
 +
*Starts the Buzzer at a 440hz frequency.
 +
*Waits 1 second.
 +
*Turns off the Buzzer.
 +
*Wait 1 second.
 +
*Runs the Buzzer at a 294hz frequency for 2 seconds
 +
*Waits 5 seconds.
  
−
==Development==
+
'''Note''': Important lines of code are highlighted.
−
It can be used to make various kinds of sound through the buzzer.
+
 
−
==Application==
+
<syntaxhighlight lang="cpp" highlight="1,2,14,15,18,19,24,25">
−
*Hardware Needed: [[Microduino-Core]], [[Microduino-USBTTL]], [[Microduino-Sensorhub]], several dupont lines and USB cable; 
+
//Define the pin the buzzer is connected to
−
*Software:
+
const int BUZZER_PIN = 6;
−
**Make sure you did build Microduino development envrionment or you need to refer to: [[Microduino Getting start]]
+
 
−
*Program
+
void setup() {
−
<source lang="cpp">
+
  // put your setup code here, to run once:
−
#define buzzer_pin 6
+
 
−
void setup()
+
  //Initial serial communication port at 9600 baud
−
{
+
   Serial.begin(9600);
−
   pinMode(buzzer_pin,OUTPUT);
 
 
}
 
}
−
 
−
void loop()
 
−
{
 
−
  for(int i=200;i<=800;i++)  //Increase the frequency from 200HZ to 800HZ circularly.
 
−
  {
 
−
    tone(buzzer_pin,i);    //Output frequency in the port.
 
  
−
    delay(5);      //The frequency lasts for 5ms. 
+
void loop() {
−
   }
+
  // put your main code here, to run repeatedly:
−
   delay(1000);     //The highest frequency lasts for 1s.
+
 
−
   for(int i=800;i>=200;i--)
+
  //Start the Buzzer with a 440hz frequency
−
   {
+
   tone(BUZZER_PIN, 440);
−
    tone(buzzer_pin,i);
+
  //Wait 1 second
−
    delay(10); //The frequency lasts 10ms. 
+
   delay(1000);
−
  }
+
  //Turn off the Buzzer
 +
   noTone(BUZZER_PIN);
 +
 
 +
  //Wait 1 second
 +
  delay(1000);
 +
 
 +
  //Run the Buzzer with a 294hz frequency for 2000 milliseconds (2 seconds)
 +
   tone(BUZZER_PIN, 294, 2000);
 +
 
 +
  //Wait 5 seconds
 +
  delay(5000);
 
}
 
}
−
</source>
+
</syntaxhighlight>
−
*Stack all the modules and then connect the interface on the back of BUZZER to the D6 digital port of Sensorhub.  
+
Copy and paste the code above to the Arduino IDE or
 +
 
 +
Download the above example: n/a
 +
</tab>
 +
 
 +
===Program Download===
 +
*Download and unzip the program '''[[File:Sensor-Buzzer_Test.zip]]'''
 +
 
 +
===Programming===
 +
{{Upload
 +
|nameA=[[Microduino-Core]], [[Microduino-USBTTL]]
 +
|nameB=[[Microduino-USBTTL]]
 +
|boardName=Microduino/mCookie-Core(328p), Atmega328P@16M,5V
 +
|fileName=Sensor-Buzzer Test.ino
 +
}}
 +
 
 +
===Hardware Setup===
 +
*Referring to the following diagram, connect the Sensor-Buzzer to digital pin D6 of '''[[Microduino-Sensorhub]]'''.
 +
<br>
 +
[[file:Microduino-sensorhub_Shake.JPG|thumb|400px|left]]
 +
<br style="clear: left"/>
 +
 
 +
===Result===
 +
*After download, you can hear the alarming sound.
 +
 
 +
==Application==
 +
The buzzer can produce many weird sound. Maybe you can add some keys to it to compose a piece of wonderful music.
  
−
*Open IDE, copy the program to IDE, choose the right board, compile and download.
+
===Projects===
−
*You can hear the alarm after download.
+
* '''[[Buzzer]]'''
 +
* '''[[Touch Button]]'''
 +
* '''[[Usage of Light Sensor]]'''
 +
* '''[[PIR]]'''
 +
* '''[[Use of Joystick]]'''
  
 +
==Purchase==
 +
 +
==History==
 +
 +
==Gallery==
 +
{| border="0" cellpadding="10" width="100%"
 +
|-
 +
|width="50%" valign="top" align="left"|
 +
[[file: Microduino-Buzzer-F1.JPG|thumb|400px|center|Sensor-Buzzer Front]]
 +
|width="50%" valign="top" align="left"|
 +
[[file: Microduino-Buzzer -b1.JPG|thumb|400px|center|Sensor-Buzzer Back]]
 +
|}
 +
|}
  
 
==Purchase==
 
==Purchase==

Latest revision as of 20:15, 18 August 2017

Language: English  • 中文
Sensor-Buzzer

The product number of Sensor-Buzzer is: MSDO11

Sensor-Buzzer is a passive buzzer. Like a magnetic speaker, it needs voltage with different frequency so that it can make sound accordingly. The pitch becomes louder when the frequency gets higher.

Introduction of Pins

Sensor backpin.png

Buzzer
General Pin Out Sensor / Trinket's Pin Out
PIN1 (GND) GND
PIN2 (VCC) VCC
PIN3 (SIGNAL-A) Digital Output
PIN4 (SIGNAL-B) Not Connected
  • General Pin Out is the standard pin out of a Sensor / Trinket connector.
  • Sensor / Trinket's Pin Out is this specific Sensor / Trinket's wiring in relation to the General Pin Out.
  • SIGNAL-A / SIGNAL-B are signals that could be digital input, digital output, analog input or analog output. Or special signals such as serial communication (SoftwareSerial, IIC (I2C), etc) or other special signals.
  • Not Connected refers to the Pin not being used for this particular Sensor / Trinket.
  • Read more about the hub module.

Features

  • Controllable sound frequency (eg: You can achieve the effect of piano spectrum with it. )
  • Small size which is easy to install.

Specification

  • Voltage
    • 3.3V~5V working voltage
  • Size
    • Size of the board: 23.5mm*13mm
    • 1.27mm-spacing 4Pin interface connected with sensorhub.
    • The CAD drawing of the sensor: File:Sensor CAD.zip
  • Technical parameters
    • Drive with 2K~5K square wave
    • The sound frequency is controllable.
  • Connection
    • This sensor can be connected to the following interfaces of core: A0~A7,D2~D13


Document

Usage

Basic Functionality

The Buzzer Trinket is a simple trinket which emits sound when passed with a frequency. A Core module can control the frequency of the Buzzer output.

Buzzer Trinket State Table
Pin State Buzzer State
No Frequency No Buzzing
Frequency Present Buzzing

Programming

Introduction

The Buzzed Trinket is used as an output pin. Special functions on the Core module is used to generate a frequency signal to the Buzzer.

Key Functions

  • Required Libraries: None
  • Key Functions:
    • tone(pin_number, frequency) - starts generating a frequency signal on the pin, will not stop until noTone(pin_number) is called (Read more)
      • pin_number - is the pin number that the trinket is connected to
      • frequency - a frequency value to generate on the pin
    • noTone(pin_number) - stops generating a frequency on the pin (Read more)
      • pin_number - is the pin number that the trinket is connected to
    • tone(pin_number, frequency, duration) - generates a frequency signal on the pin for a set amount of time (Read more)
      • pin_number - is the pin number that the trinket is connected to
      • frequency - a frequency value to generate on the pin
      • duration - the duration in milliseconds to generate the frequency signal

Example

This is a simple example which:

  • Starts the Buzzer at a 440hz frequency.
  • Waits 1 second.
  • Turns off the Buzzer.
  • Wait 1 second.
  • Runs the Buzzer at a 294hz frequency for 2 seconds
  • Waits 5 seconds.

Note: Important lines of code are highlighted. 

//Define the pin the buzzer is connected to
const int BUZZER_PIN = 6;

void setup() {
  // put your setup code here, to run once:

  //Initial serial communication port at 9600 baud
  Serial.begin(9600);
}

void loop() {
  // put your main code here, to run repeatedly:

  //Start the Buzzer with a 440hz frequency
  tone(BUZZER_PIN, 440);
  //Wait 1 second
  delay(1000);
  //Turn off the Buzzer
  noTone(BUZZER_PIN);

  //Wait 1 second
  delay(1000);

  //Run the Buzzer with a 294hz frequency for 2000 milliseconds (2 seconds)
  tone(BUZZER_PIN, 294, 2000);

  //Wait 5 seconds
  delay(5000);
}

Copy and paste the code above to the Arduino IDE or

Download the above example: n/a

Program Download

Programming

  • Follow the Software Getting Started Guide.
  • Select the Board, Processor and Port.
  • Click [File]->[Open], browse to the project program address, and click "Sensor-Buzzer Test.ino" to open the program.
  • After confirming all these items are correct, click "→" to download the program to the development board.

Hardware Setup

  • Referring to the following diagram, connect the Sensor-Buzzer to digital pin D6 of Microduino-Sensorhub.


Microduino-sensorhub Shake.JPG


Result

  • After download, you can hear the alarming sound.

Application

The buzzer can produce many weird sound. Maybe you can add some keys to it to compose a piece of wonderful music.

Projects

Purchase

History

Gallery

File:Microduino-Buzzer-F1.JPG
Sensor-Buzzer Front
File:Microduino-Buzzer -b1.JPG
Sensor-Buzzer Back

Purchase

History

Image

  • Front
Microduino-Cube-Station Front
  • Back
Microduino-Cube-Station Back
|}
Retrieved from "https://wiki.microduinoinc.com/index.php?title=Sensor-Buzzer&oldid=21619"