Tcs3200 Color Recognition Sensor Module For Mcu Arduino

SPECIFICATIONS:

   Operating Voltage(VDC)   :3 to 5

   Best Detection Range(mm) :100

OVERVIEW:

   -Operating Voltage: 3V-5V

   -High-resolution conversion of light intensity to frequency.

   -Chip pins all has drawn for standard 100.

   -Put the needle (2.54 mm).

   -Mil-convenient for bitmap board.

   -Programmable color and full-scale output frequency.

   -Communicate directly with a micro-controller.

   -Low-profile surface mount package.

PACKAGE INCLUDES:

 1 PCS x Tcs3200 Color Recognition Sensor Module

 https://ams.com/tcs3200

/* SOURCE CODE TAKEN FROM BELOW LINK

https://create.arduino.cc/projecthub/SurtrTech/color-detection-using-tcs3200-230-84a663

This code works with GY-31 TCS3200 TCS230 color sensor module

 * It select a photodiode set and read its value (Red Set/Blue set/Green set) and displays it on the Serial monitor

 * Refer to www.surtrtech.com for more details

 */

#define s0 8       //Module pins wiring

#define s1 9

#define s2 10

#define s3 11

#define out 12

int data=0;        //This is where we're going to stock our values

void setup() 

{

   pinMode(s0,OUTPUT);    //pin modes

   pinMode(s1,OUTPUT);

   pinMode(s2,OUTPUT);

   pinMode(s3,OUTPUT);

   pinMode(out,INPUT);

   Serial.begin(9600);   //intialize the serial monitor baud rate

   digitalWrite(s0,HIGH); //Putting S0/S1 on HIGH/HIGH levels means the output frequency scalling is at 100% (recommended)

   digitalWrite(s1,HIGH); //LOW/LOW is off HIGH/LOW is 20% and LOW/HIGH is  2%

}

void loop()                  //Every 2s we select a photodiodes set and read its data

{

   digitalWrite(s2,LOW);        //S2/S3 levels define which set of photodiodes we are using LOW/LOW is for RED LOW/HIGH is for Blue and HIGH/HIGH is for green

   digitalWrite(s3,LOW);

   Serial.print("Red value= "); 

   GetData();                   //Executing GetData function to get the value

   digitalWrite(s2,LOW);

   digitalWrite(s3,HIGH);

   Serial.print("Blue value= ");

   GetData();

   digitalWrite(s2,HIGH);

   digitalWrite(s3,HIGH);

   Serial.print("Green value= ");

   GetData();

   Serial.println();

   delay(2000);

}

void GetData(){

   data=pulseIn(out,LOW);       //here we wait until "out" go LOW, we start measuring the duration and stops when "out" is HIGH again

   Serial.print(data);          //it's a time duration measured, which is related to frequency as the sensor gives a frequency depending on the color

   Serial.print("\t");          //The higher the frequency the lower the duration

   delay(20);

}

15 days