DFR0274

    RGB LED Strip Driver Shield SKU：DFR0274 Contents     1 Introduction 2 Specification 3 Pin Out 4 Sample Code 4.1 LED Strip driving code 4.2 IR Receiving Code 4.3 IR Remote control Demo Introduction The RGB LED Strip Driver Shield allows an Arduino board to drive the RGB LED Strip. Through control the 3 MOSFEET on the board,you can turn the RGB LED ON/OFF,and show colors differently. You can also control the RGB LED Strip Driver Shield by the IR remote controller. The RGB LED Strip Driver Shield connects to an Arduino board using long wire-wrap headers which extend through the shield. This keeps the pin layout intact and allows another shield to be stacked on top. Arduino uses digital PWM pins 9, 10, 11 to control the MOSFEET on the RGB LED Strip Driver Shield. and the digital pin 4 is used to receive the IR signal.These pins cannot be used for general i/o. The shield have a fuse，it can limit the current. Specification      Supply voltage: PWM1 (Blue Output control) D10 -> PWM2 (Red Output control) D11 -> PWM3 (Green Output control) IR Recieving Pin:  D4 -> IR data receiving PS: This feature could be disable by removing the jumper cap on the shield. Note: 1. Commonly we use the common anode RGB LED Strip. So when connecting the RGB Strip to the driver shield, it requires a independent 12v power source for the high power LED strip. 2. The maximum powering current from this shield is about 9A totally(3A for each way). So it could almost directly drive a 10 meter RGB LED strip. Sample Code LED Strip driving code Here's the basic code for controlling the color of the RGB LED strip. int RedPin = 10; //Arduino driving pin for Red int GreenPin = 11; //Arduino driving pin for Green int BluePin = 9; //Arduino driving pin for Blue void setColor(int red, int green, int blue) { analogWrite(RedPin, red); analogWrite(GreenPin, green); analogWrite(BluePin, blue); } void setup() { pinMode(RedPin, OUTPUT); //Init Arduino driving pins pinMode(GreenPin, OUTPUT); pinMode(BluePin, OUTPUT); Serial.begin(9600); } void loop() { for (int i=0;i10)Red_Bright-=10; if (Green_flag==true&&Green_Bright>10)Green_Bright-=10; Serial.println("v"); break; case 31365: // ^ scroll up tests if (Blue_flag==true&&Blue_Bright