Super

Super

Super

everything in order

everything in order

everything in order

Fine produced and good value for money

Fine produced and good value for money

Fine produced and good value for money

Nice board with quality component location and soldering. The LED's don't make white if you turn on all three; just a bright colourful light; maybe a diffuser on the front might help if you wanted that. The Arduino Nano and Uno only have 6 PWM outputs so you can't make that Battlestar Galactica Cylon faceplate look with the LED's fading as they move across (you could make this effect using a Mega or Duo). Here's some quick code to check the unit works. //Arduino Nano Sketch for controlling the ARTOU RGB 8 LED Board //Banggood item ID: 1396249 //https://www.banggood.com/5050-RGB-Full-Color-LED-Board-Light-Module-DIY-Robot-Accessories-For-Arduino-p-1396249.html //Connect VCC to 5v // array of 8 pins, where 2 refers to D2 pin and not physical pin 5 int myPins[] = {2, 3, 4, 5, 6, 7, 8, 12}; int REDled = 9; //these address the PWM pins which control the colour int GREENled = 11; //these address the PWM pins which control the colour int BLUEled = 10; //these address the PWM pins which control the colour int Rlevel = 100; // 255 of fully OFF, 0 is fully ON int Glevel = 255; // 255 of fully OFF, 0 is fully ON int Blevel = 100; // 255 of fully OFF, 0 is fully ON int rate = 100; // sets the speed the LED's flash void setup() { // setup the 8 LED pins for (int i = 0; i <= 7; i = i + 1) { //initialise pins as an output pinMode(myPins[i], OUTPUT); //set the LEDs to OFF digitalWrite(myPins[i], HIGH); } // setup the PWM pins pinMode(REDled, OUTPUT); pinMode(GREENled, OUTPUT); pinMode(BLUEled, OUTPUT); analogWrite(REDled, Rlevel); analogWrite(GREENled, Glevel); analogWrite(BLUEled, Blevel); } void loop() { //flash the LED's Left to Right for (int i = 1; i <= 7; i = i + 1) { digitalWrite(myPins[i], LOW); delay(rate); digitalWrite(myPins[i], HIGH); } //flash the LED's Right to Left for (int i = 6; i >= 0; i = i - 1) { digitalWrite(myPins[i], LOW); delay(rate); digitalWrite(myPins[i], HIGH); } }

Nice board with quality component location and soldering. The LED's don't make white if you turn on all three; just a bright colourful light; maybe a diffuser on the front might help if you wanted that. The Arduino Nano and Uno only have 6 PWM outputs so you can't make that Battlestar Galactica Cylon faceplate look with the LED's fading as they move across (you could make this effect using a Mega or Duo). Here's some quick code to check the unit works. //Arduino Nano Sketch for controlling the ARTOU RGB 8 LED Board //Banggood item ID: 1396249 //https://www.banggood.com/5050-RGB-Full-Color-LED-Board-Light-Module-DIY-Robot-Accessories-For-Arduino-p-1396249.html //Connect VCC to 5v // array of 8 pins, where 2 refers to D2 pin and not physical pin 5 int myPins[] = {2, 3, 4, 5, 6, 7, 8, 12}; int REDled = 9; //these address the PWM pins which control the colour int GREENled = 11; //these address the PWM pins which control the colour int BLUEled = 10; //these address the PWM pins which control the colour int Rlevel = 100; // 255 of fully OFF, 0 is fully ON int Glevel = 255; // 255 of fully OFF, 0 is fully ON int Blevel = 100; // 255 of fully OFF, 0 is fully ON int rate = 100; // sets the speed the LED's flash void setup() { // setup the 8 LED pins for (int i = 0; i <= 7; i = i + 1) { //initialise pins as an output pinMode(myPins[i], OUTPUT); //set the LEDs to OFF digitalWrite(myPins[i], HIGH); } // setup the PWM pins pinMode(REDled, OUTPUT); pinMode(GREENled, OUTPUT); pinMode(BLUEled, OUTPUT); analogWrite(REDled, Rlevel); analogWrite(GREENled, Glevel); analogWrite(BLUEled, Blevel); } void loop() { //flash the LED's Left to Right for (int i = 1; i <= 7; i = i + 1) { digitalWrite(myPins[i], LOW); delay(rate); digitalWrite(myPins[i], HIGH); } //flash the LED's Right to Left for (int i = 6; i >= 0; i = i - 1) { digitalWrite(myPins[i], LOW); delay(rate); digitalWrite(myPins[i], HIGH); } }

Nice board with quality component location and soldering. The LED's don't make white if you turn on all three; just a bright colourful light; maybe a diffuser on the front might help if you wanted that. The Arduino Nano and Uno only have 6 PWM outputs so you can't make that Battlestar Galactica Cylon faceplate look with the LED's fading as they move across (you could make this effect using a Mega or Duo). Here's some quick code to check the unit works. //Arduino Nano Sketch for controlling the ARTOU RGB 8 LED Board //Banggood item ID: 1396249 //https://www.banggood.com/5050-RGB-Full-Color-LED-Board-Light-Module-DIY-Robot-Accessories-For-Arduino-p-1396249.html //Connect VCC to 5v // array of 8 pins, where 2 refers to D2 pin and not physical pin 5 int myPins[] = {2, 3, 4, 5, 6, 7, 8, 12}; int REDled = 9; //these address the PWM pins which control the colour int GREENled = 11; //these address the PWM pins which control the colour int BLUEled = 10; //these address the PWM pins which control the colour int Rlevel = 100; // 255 of fully OFF, 0 is fully ON int Glevel = 255; // 255 of fully OFF, 0 is fully ON int Blevel = 100; // 255 of fully OFF, 0 is fully ON int rate = 100; // sets the speed the LED's flash void setup() { // setup the 8 LED pins for (int i = 0; i <= 7; i = i + 1) { //initialise pins as an output pinMode(myPins[i], OUTPUT); //set the LEDs to OFF digitalWrite(myPins[i], HIGH); } // setup the PWM pins pinMode(REDled, OUTPUT); pinMode(GREENled, OUTPUT); pinMode(BLUEled, OUTPUT); analogWrite(REDled, Rlevel); analogWrite(GREENled, Glevel); analogWrite(BLUEled, Blevel); } void loop() { //flash the LED's Left to Right for (int i = 1; i <= 7; i = i + 1) { digitalWrite(myPins[i], LOW); delay(rate); digitalWrite(myPins[i], HIGH); } //flash the LED's Right to Left for (int i = 6; i >= 0; i = i - 1) { digitalWrite(myPins[i], LOW); delay(rate); digitalWrite(myPins[i], HIGH); } }

Matériel de très bonne facture, Bien emballé.

Matériel de très bonne facture, Bien emballé.

Matériel de très bonne facture, Bien emballé.