Arduino驱动TCS230 颜色传感器模块

TCS230 颜色传感器模块基本介绍
- 板载TCS3200颜色传感器.
- 支持3V-5V电压输入
- 芯片的引脚全部已经引出，插针为标准100mil(2.54mm)，方便用于点阵板
- PCB尺寸：31.6(mm)x24.4(mm)

Arduino驱动TCS230 颜色传感器模块程序代码 (可双击代码全选程序内容)

/*
Arduino Uno TCS230 
Color Recongnition Sensor 
V 1.0
Created 2014
by 太极创客
http://www.taichi-maker.com

使用Arduino Uno R3驱动TCS230 颜色识别传感器模块。
程序运行后，传感器将识别的颜色RGB信息反馈给Arduino. 
Arduino将通过红，蓝，绿三个LED显示所识别到的颜色。

Arduino连接设置
TCS230 Arduino
----------- --------
 VCC 5V
 GND GND
 s0 8
 s1 9
 s2 12
 s3 11
 OUT 10
 OE GND
 
红色Led 连接到Arduino D2引脚 
蓝色Led 连接到Arduino D3引脚
绿色Led 连接到Arduino D4引脚

获得TCS230颜色识别传感器模块和Arduino的更多信息
请参阅太极创客网站：http://www.taichi-maker.com

*/

//TCS230连接设置 
const int s0 = 8; 
const int s1 = 9; 
const int s2 = 12; 
const int s3 = 11; 
const int out = 10; 

// LED连接设置
int redLed = 2; 
int greenLed = 3; 
int blueLed = 4;
// Variables 
int red = 0; 
int green = 0; 
int blue = 0; 
 
void setup() 
{ 
 Serial.begin(9600); 
 pinMode(s0, OUTPUT); 
 pinMode(s1, OUTPUT); 
 pinMode(s2, OUTPUT); 
 pinMode(s3, OUTPUT); 
 pinMode(out, INPUT); 
 pinMode(redLed, OUTPUT); 
 pinMode(greenLed, OUTPUT); 
 pinMode(blueLed, OUTPUT); 
 digitalWrite(s0, HIGH); 
 digitalWrite(s1, HIGH); 
} 
 
void loop() 
{ 
 color(); 
 Serial.print("R Intensity:"); 
 Serial.print(red, DEC); 
 Serial.print(" G Intensity: "); 
 Serial.print(green, DEC); 
 Serial.print(" B Intensity : "); 
 Serial.print(blue, DEC); 
 //Serial.println(); 

 if (red < blue && red < green && red < 20)
 { 
 Serial.println(" - (Red Color)"); 
 digitalWrite(redLed, HIGH); //点亮红色LED
 digitalWrite(greenLed, LOW); 
 digitalWrite(blueLed, LOW); 
 } 

 else if (blue < red && blue < green) 
 { 
 Serial.println(" - (Blue Color)"); 
 digitalWrite(redLed, LOW); 
 digitalWrite(greenLed, LOW); 
 digitalWrite(blueLed, HIGH); // 点亮蓝色LED 
 } 

 else if (green < red && green < blue) 
 { 
 Serial.println(" - (Green Color)"); 
 digitalWrite(redLed, LOW); 
 digitalWrite(greenLed, HIGH); // 点亮绿色LED
 digitalWrite(blueLed, LOW); 
 } 
 else{
 Serial.println(); 
 }
 delay(300); 
 digitalWrite(redLed, LOW); 
 digitalWrite(greenLed, LOW); 
 digitalWrite(blueLed, LOW); 
 } 
 
void color() 
{ 
 digitalWrite(s2, LOW); 
 digitalWrite(s3, LOW); 
 //count OUT, pRed, RED 
 red = pulseIn(out, digitalRead(out) == HIGH ? LOW : HIGH); 
 digitalWrite(s3, HIGH); 
 //count OUT, pBLUE, BLUE 
 blue = pulseIn(out, digitalRead(out) == HIGH ? LOW : HIGH); 
 digitalWrite(s2, HIGH); 
 //count OUT, pGreen, GREEN 
 green = pulseIn(out, digitalRead(out) == HIGH ? LOW : HIGH); 
}

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Arduino Uno TCS230

Color Recongnition Sensor

V 1.0

Created 2014

by 太极创客

http://www.taichi-maker.com

使用Arduino Uno R3驱动TCS230 颜色识别传感器模块。

程序运行后，传感器将识别的颜色RGB信息反馈给Arduino.

Arduino将通过红，蓝，绿三个LED显示所识别到的颜色。

Arduino连接设置

TCS230 Arduino

----------- --------

VCC 5V

GND GND

s0 8

s1 9

s2 12

s3 11

OUT 10

OE GND

红色Led 连接到Arduino D2引脚

蓝色Led 连接到Arduino D3引脚

绿色Led 连接到Arduino D4引脚

获得TCS230颜色识别传感器模块和Arduino的更多信息

请参阅太极创客网站：http://www.taichi-maker.com

//TCS230连接设置

const int s0 = 8;

const int s1 = 9;

const int s2 = 12;

const int s3 = 11;

const int out = 10;

// LED连接设置

int redLed = 2;

int greenLed = 3;

int blueLed = 4;

// Variables

int red = 0;

int green = 0;

int blue = 0;

void setup()

{

Serial.begin(9600);

pinMode(s0, OUTPUT);

pinMode(s1, OUTPUT);

pinMode(s2, OUTPUT);

pinMode(s3, OUTPUT);

pinMode(out, INPUT);

pinMode(redLed, OUTPUT);

pinMode(greenLed, OUTPUT);

pinMode(blueLed, OUTPUT);

digitalWrite(s0, HIGH);

digitalWrite(s1, HIGH);

}

void loop()

{

color();

Serial.print("R Intensity:");

Serial.print(red, DEC);

Serial.print(" G Intensity: ");

Serial.print(green, DEC);

Serial.print(" B Intensity : ");

Serial.print(blue, DEC);

//Serial.println();

if (red < blue && red < green && red < 20)

{

Serial.println(" - (Red Color)");

digitalWrite(redLed, HIGH); //点亮红色LED

digitalWrite(greenLed, LOW);

digitalWrite(blueLed, LOW);

}

else if (blue < red && blue < green)

{

Serial.println(" - (Blue Color)");

digitalWrite(redLed, LOW);

digitalWrite(greenLed, LOW);

digitalWrite(blueLed, HIGH); // 点亮蓝色LED

}

else if (green < red && green < blue)

{

Serial.println(" - (Green Color)");

digitalWrite(redLed, LOW);

digitalWrite(greenLed, HIGH); // 点亮绿色LED

digitalWrite(blueLed, LOW);

}

else{

Serial.println();

}

delay(300);

digitalWrite(redLed, LOW);

digitalWrite(greenLed, LOW);

digitalWrite(blueLed, LOW);

}

void color()

{

digitalWrite(s2, LOW);

digitalWrite(s3, LOW);

//count OUT, pRed, RED

red = pulseIn(out, digitalRead(out) == HIGH ? LOW : HIGH);

digitalWrite(s3, HIGH);

//count OUT, pBLUE, BLUE

blue = pulseIn(out, digitalRead(out) == HIGH ? LOW : HIGH);

digitalWrite(s2, HIGH);

//count OUT, pGreen, GREEN

green = pulseIn(out, digitalRead(out) == HIGH ? LOW : HIGH);

}