Arduino Basée À 3 Voies De Circulation Contrôleur De Lumière

We all know about Arduino. It is one of the most popular open source micro controller board which is highly useful for doing DIY projects. This Arduino based 3-Way Traffic Light Controller is a simple Arduino DIY project which is useful to understand the working of traffic lights which we see around us. We have covered a more simpler version of traffic lights in this traffic light circuit.  Here have demonstrated it for 3 sides or ways. Now let’s get into the project…

Arduino Based 3-Way Traffic Light Controller

Components Required:

  1. 3*Red LED Lights
  2. 3*Green LED Lights
  3. 3*Yellow LED Lights
  4. 3*220ohm Resistors
  5. Breadboard
  6. Male To Male Connectors
  7. Arduino Uno With Ide Cable

Circuit Explanation:

The circuit Diagram for Arduino Traffic Light Controller project is given below:

It’s pretty simple and can be easily built on bread board as explained in below steps:

  1. Connect the LEDs in the order as Red, Green, and Yellow in the breadboard.
  2. Place the negative terminal of the LEDs in common and connect the 220ohm resistor in series.
  3. Connect the connector wires accordingly.
  4. Connect the other end of the wire to the Arduino Uno in the consecutive pins(2,3,4…10)
  5. Power up the breadboard using the Arduino 5v and GND pin.

Program and Working Explanation:

The Arduino Traffic Light Controller Project code is not complex and is easily comprehensible. We have shown a demonstration of traffic lights for a three-way road, with LEDs lighting up on all three sides in a specific order, just like real traffic lights. At one point, there may be two Red lights on one of the sides and a Green light on the other side. Yellow light will glow for 1 second during the transition from the red light to the green light, with the red light glowing for 5 seconds, followed by the yellow light for 1 second before the green light comes on.

Arduino Based 3-Way Traffic Light Controller schematic

In the program, first we have declared pins (2,3…10) as output in void setup() for 9 LEDs (three on each side i.e. forward, right and left side).

   void setup() {
  // configure the output pins
  pinMode(2,OUTPUT);
  pinMode(3,OUTPUT);
  pinMode(4,OUTPUT);
  pinMode(5,OUTPUT);
  pinMode(6,OUTPUT);
  pinMode(7,OUTPUT);
  pinMode(8,OUTPUT);
  pinMode(9,OUTPUT);
  pinMode(10,OUTPUT);
}

Then in void loop() function we have written the code for traffic lights to be turned on and off in sequence as mentioned above.

void loop() 
{

  digitalWrite(2,1); //enables the 1st set of signals
  digitalWrite(7,1);
  digitalWrite(10,1);
  digitalWrite(4,0);
  digitalWrite(3,0);  
  digitalWrite(6,0);
  digitalWrite(8,0);
  digitalWrite(9,0);
  digitalWrite(5,0);
  delay(5000);
  ..... ....
  ..... ....

The Arduino Traffic Light Controller Project code is not complex and is easily comprehensible. We have shown a demonstration of traffic lights for a three-way road, with LEDs lighting up on all three sides in a specific order, just like real traffic lights. At one point, there may be two Red lights on one of the sides and a Green light on the other side. Yellow light will glow for 1 second during the transition from the red light to the green light, with the red light glowing for 5 seconds, followed by the yellow light for 1 second before the green light comes on.

L' complete Arduino code and Video for this Arduino Traffic Light Project is given below.

Code

void setup() {
  // configure the output pins
  pinMode(2,OUTPUT);
  pinMode(3,OUTPUT);
  pinMode(4,OUTPUT);
  pinMode(5,OUTPUT);
  pinMode(6,OUTPUT);
  pinMode(7,OUTPUT);
  pinMode(8,OUTPUT);
  pinMode(9,OUTPUT);
  pinMode(10,OUTPUT);
}
void loop()
{
  digitalWrite(2,1); //enables the 1st set of signals
  digitalWrite(7,1);
  digitalWrite(10,1);
  digitalWrite(4,0);
  digitalWrite(3,0);
  digitalWrite(6,0);
  digitalWrite(8,0);
  digitalWrite(9,0);
  digitalWrite(5,0);
  delay(5000);
  digitalWrite(3,1); //enables the yellow lights
  digitalWrite(6,1);
  digitalWrite(2,0);
  digitalWrite(7,0);
  delay(1000);
  digitalWrite(4,1); //enables the 2nd set of signals
  digitalWrite(5,1);
  digitalWrite(10,1);
  digitalWrite(2,0);
  digitalWrite(3,0);
  digitalWrite(6,0);
  digitalWrite(8,0);
  digitalWrite(9,0);
  digitalWrite(7,0);
  delay(5000);
  digitalWrite(9,1); //enables the yellow lights
  digitalWrite(6,1);
  digitalWrite(10,0);
  digitalWrite(5,0);
  digitalWrite(4,0);
  delay(1000);
  digitalWrite(8,1); //enables the 3rd set of signals
  digitalWrite(4,1);
  digitalWrite(7,1);
  digitalWrite(2,0);
  digitalWrite(3,0);
  digitalWrite(5,0);
  digitalWrite(6,0);
  digitalWrite(9,0);
  digitalWrite(10,0);
  delay(5000);
  digitalWrite(9,1); //enables the yellow lights
  digitalWrite(3,1);
  digitalWrite(7,0);
  digitalWrite(8,0);
  digitalWrite(4,0);
  delay(1000);
}

Video

Source: Arduino Basée À 3 Voies De Circulation Contrôleur De Lumière


A Propos De L'Auteur

Ibrar Ayyub

Je suis expérimenté, rédacteur technique, titulaire d'une Maîtrise en informatique de BZU Multan, Pakistan à l'Université. Avec un arrière-plan couvrant diverses industries, notamment en matière de domotique et de l'ingénierie, j'ai perfectionné mes compétences dans la rédaction claire et concise du contenu. Compétent en tirant parti de l'infographie et des diagrammes, je m'efforce de simplifier des concepts complexes pour les lecteurs. Ma force réside dans une recherche approfondie et de présenter l'information de façon structurée et logique format.

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