LED Treiber

High Power RGB LED Shield Lieferant: Neuroelec Typ: High Power RGB LED Shield Version 2.0 Arduino Library: http://code.google.com/p/neuroelec/downloads/list Simple Code

#include <Wire.h>
#include <HPRGB2.h>

HPRGB ledShield; // default mcp4728 id(0) and default PCA9685 id(0)

// Input Voltage: 12V
void setup()
{
  ledShield.begin();
  ledShield.setCurrent(350,350,350); // set maximum current for channel 1-3 (mA)
  ledShield.setFreq(600 );// operation frequency of the LED driver (KHz)
  ledShield.eepromWrite();// write current settings to EEPROM
  delay(100); // wait for EEPROM writing
}

void loop()
{
  ledShield.goToRGB(255,255,255); //go to RGB color
  delay (1000); 
  ledShield.goToHSB(200,128,200); // go To HSB color
  delay (1000); 
}

3 Sliders, White Button, RGB HSB Switch Code

// Code for the HPRGB board driving a 8.5 Watt Dealextreme LED
// Input Voltage: 12V
// Current per LED: 350mA
// Board Frequency: 600 KHz
// Vf R: 6,39
// Vf G: 9,38
// Vf B: 9,22
// AIN 4 + 5 are used for I2C communication

// Libraries ---------------------------------------------------------
#include <Wire.h>
#include <HPRGB2.h>

// Instance of HPRGB Object ------------------------------------------
HPRGB ledShield; // default mcp4728 id(0) and default PCA9685 id(0)

// Pin definitions ---------------------------------------------------
// define the pins for buttons and switches
#define RGBPIN 4
#define BUT1 3
#define BUT2 2

// Variables ---------------------------------------------------------
boolean rgbState = true;
int slider1 = 0;
int slider2 = 0;
int slider3 = 0;
int whiteState;

// Setup -------------------------------------------------------------
void setup()
{
  ledShield.begin();
  ledShield.setCurrent(350,350,350); // set maximum current for channel 1-3 (mA)
  ledShield.setFreq(600 ); // operation frequency of the LED driver (KHz)
  ledShield.eepromWrite(); // write current settings to EEPROM
  delay(100); // wait for EEPROM writing

  pinMode(RGBPIN, INPUT);
  pinMode(BUT1, INPUT);
  pinMode(BUT2, INPUT);
  digitalWrite(RGBPIN, HIGH);
  digitalWrite(BUT1, HIGH);
  digitalWrite(BUT2, HIGH);  
  
  Serial.begin(9600);
}


// Loop -------------------------------------------------------------
void loop()
{
  rgbState = digitalRead(RGBPIN);     // read state of rgb/hsb switch
  slider1 = analogRead(0);        // read slider 1 - 3 and convert to from 10 to 8 bit
  slider1 = slider1 / 4;
  slider2 = analogRead(1);
  slider2 = slider2 / 4;  
  slider3 = analogRead(2);
  slider3 = slider3 / 4;  
  
  whiteState = digitalRead(BUT1);     // read 'white' button
  
  if (whiteState == LOW){             // 'white' button is pressed
    ledShield.goToRGB(127, 127, 127);
  } 
  
  if (whiteState == HIGH){            // if 'white' button is not pressed
  
    if (rgbState == HIGH){              // we are in rgb mode
      ledShield.goToRGB(slider1, slider2, slider3);
    } 
    if (rgbState == LOW) {                            // we are in hsb mode
      ledShield.goToHSB(slider1, slider2, slider3);  
    }  
  }  
  
//  Serial.println(slider1);
//  Serial.println(slider2);
//  Serial.println(slider3);
//  Serial.println();
//  
//  delay(1000);

}