Wiring the 3014/3020/2835/5050/ Analog LED Strip with Bluetooth, Android & Microcontroller

This is another illustration how to wire the Analog Led Strip using PWM on Microcontroller together with Bluetooth module and your Android smart phone. As your can see the diagram below we are using MOSFET to drive higher voltage pointed to RGB LED Strip. MOSFET metal–oxide–semiconductor field-effect transistor (MOSFET, MOS-FET, or MOS FET) is a type of field-effect transistor (FET). It has an insulated gate, whose voltage determines the conductivity of the device. This ability to change conductivity with the amount of applied voltage can be used for amplifying or switching electronic signals. For customizing the settings of your Bluetooth HC06 using AT Command please refer to this link.

Required Component

Arduino Microcontroller, Teensy, ATMEGA328P on (USB to TTL), ATMEGA32U4
Bluetooth HC06 Module
MOSFET (N-Channel)
3014/3020/2835/5050/ Analog LED Strip
12v Power Adapter
5v Regulator(Optional)
Jumper Wires / DuPont Wires
Solder Less Bread Board

Wiring Guide

Android App.

https://play.google.com/store/apps/details?id=com.a14core.rgbselector

Source Code

#include <SoftwareSerial.h>

/* 14CORE | Bluetooth RGB Led Strip Commander 
www.14core.com / Download the Android to google play | LED Commander |
Wiring with Arduino UNO 

 *  UNO(PIN-10) - RED PIN
 *  UNO(PIN-9) - GREEN PIN
 *  UNO(PIN-11) - BLUE PIN
 *  UNO SERIAL RX(PIN 2) - HC06 TX PIN  
 *  UNO SERIAL TX(PIN 3) - HC06 RX PIN
 *  UNO 3.3v - HC06 VCC
 *  UNO GND - HC06 GROUND
 *  
Wiring with MEGA

 *  MEGA(PIN-10) - RED PIN
 *  MEGA(PIN-9) - GREEN PIN
 *  MEGA(PIN-11) - BLUE PIN
 *  MEGASERIAL RX(PIN 2) - HC06 TX PIN  
 *  MEGASERIAL TX(PIN 3) - HC06 RX PIN
 *  MEGA 3.3v - HC06 VCC
 *  MEGA GND - HC06 GROUND
 *  
Wiring with Teensy (Refer to pin configuration)
*/

#define pRED 10
#define pGREEN 9
#define pBLUE 11

SoftwareSerial mySerial(2, 3);

char state;
int counter = 0; 
int pulse = 0;
int timeRand (100); 
int speedPatroll(50); //SET SPEED FOR 2 state FLASHING 
int speedFading(10); //SET SPEED FOR FADING SEQUENCE
int FRED, FGREEN, FBLUE;
long RRAND, GRAND, BRAND, TRAND;

void setup() {
Serial.begin(9600);
pinMode(pRED, OUTPUT);
pinMode(pGREEN, OUTPUT);
pinMode(pBLUE, OUTPUT);
}
void loop(){

  if (Serial.available()>0){
  state = Serial.read();
  char start = char(state);
    if (start != 0){
    }
  Serial.println(start);
  }
  if (state == 'o'){off();} 
  if (state == 'n'){on();}
  if (state == 'w'){cwhite();}
  if (state == 'r'){cRed();}
  if (state == 'e'){cOrange();}
  if (state == 'y'){cYellow();}
  if (state == 'g'){cGreen();}
  if (state == 'l'){cLime();}
  if (state == 'b'){cBlue();}
  if (state == 's'){cSkyBlue();}
  if (state == 'p'){cPurple();}
  if (state == 'k'){cPink();}
  if (state == 'f'){strobeWhite();}
  if (state == 'q'){setPatroll();}
  if (state == 't'){fading();}
  if (state == 'i'){setRandom();}
}

/* 14CORE | FX */
// --------------------

void off(){
analogWrite(pRED, 0);
analogWrite(pGREEN, 0);
analogWrite(pBLUE, 0);
}
void on(){
analogWrite(pRED, 255);
analogWrite(pGREEN, 255);
analogWrite(pBLUE, 255);
}

void cwhite(){
analogWrite(pRED, 255);
analogWrite(pGREEN, 255);
analogWrite(pBLUE, 255);
}

void cRed(){
analogWrite(pRED, 255);
analogWrite(pGREEN, 0);
analogWrite(pBLUE, 0);
}

void cGreen(){
analogWrite(pRED, 0);
analogWrite(pGREEN, 255);
analogWrite(pBLUE, 0);
}

void cBlue(){
analogWrite(pRED, 0);
analogWrite(pGREEN, 0);
analogWrite(pBLUE, 255);
}

void cSkyBlue(){
analogWrite(pRED, 250);
analogWrite(pGREEN, 200);
analogWrite(pBLUE, 0);
}

void cOrange(){
analogWrite(pRED, 255);
analogWrite(pGREEN, 153);
analogWrite(pBLUE, 0);
}

void cYellow(){
analogWrite(pRED, 255);
analogWrite(pGREEN, 255);
analogWrite(pBLUE, 0);
}

void cLime(){
analogWrite(pRED, 100);
analogWrite(pGREEN, 255);
analogWrite(pBLUE, 100);
}

void cPurple(){
analogWrite(pRED, 102);
analogWrite(pGREEN, 0);
analogWrite(pBLUE, 153);
}

void cPink(){
analogWrite(pRED, 102);
analogWrite(pGREEN, 100);
analogWrite(pBLUE, 153);
}

void strobeWhite(){
  if (counter < 3){
  analogWrite(pRED,250);
  analogWrite(pGREEN,250);
  analogWrite(pBLUE,250);
  delay(200);
  analogWrite(pRED,250);
  analogWrite(pGREEN,250);
  analogWrite(pBLUE,250);
  delay(100);
  counter++;
  }
}

void fading(){
for (FRED = 0; FRED < 255; FRED++) {
  analogWrite(pRED, FRED);
  delay(speedFading);
  }
for (FBLUE = 255; FBLUE > 0; FBLUE--){
  analogWrite(pBLUE, FBLUE);
  delay(speedFading);
  }
for (FGREEN = 0; FGREEN <255; FGREEN ++){
  analogWrite(pGREEN, FGREEN);
  delay(speedFading);
  }

for (FRED = 255; FRED > 0; FRED--) {
  analogWrite(pRED, FRED);
  delay(speedFading);
  }
for (FBLUE = 0; FBLUE < 255; FBLUE++){
  analogWrite(pBLUE, FBLUE);
  delay(speedFading);
  }
for (FGREEN = 255; FGREEN > 0; FGREEN--){
  analogWrite(pGREEN, FGREEN);
  delay(speedFading);
  }
}

void setRandom(){
RRAND = random(0, 255); //CHANGE VALUE FOR RANDOM RANGE NUMBERS
GRAND = random(0, 255); //CHANGE VALUE FOR RANDOM RANGE NUMBERS
BRAND = random(0, 255); //CHANGE VALUE FOR RANDOM RANGE NUMBERS
TRAND = random(200, 800); //CHANGE VALUE FOR DELAY RANGE NUMBERS
analogWrite(pRED, RRAND);
analogWrite(pGREEN, GRAND);
analogWrite(pBLUE, BRAND);
delay(TRAND);
analogWrite(pRED, 255);
analogWrite(pGREEN, GRAND);
analogWrite(pBLUE, BRAND);
delay(TRAND);
analogWrite(pRED, RRAND);
analogWrite(pGREEN, 255);
analogWrite(pBLUE, BRAND);
delay(TRAND);
analogWrite(pRED, RRAND);
analogWrite(pGREEN, GRAND);
analogWrite(pBLUE, 255);
delay(TRAND);
}

void setPatroll(){
analogWrite(pRED, 255);
analogWrite(pGREEN, 0);
analogWrite(pBLUE, 0);
delay(speedPatroll);  
analogWrite(pRED, 0);
analogWrite(pGREEN, 0);
analogWrite(pBLUE, 255);
delay(speedPatroll);
analogWrite(pRED, 0);
analogWrite(pGREEN, 0);
analogWrite(pBLUE, 0);
delay(speedPatroll);
analogWrite(pRED, 255);
analogWrite(pGREEN, 0);
analogWrite(pBLUE, 0);
delay(speedPatroll);
analogWrite(pRED, 0);
analogWrite(pGREEN, 0);
analogWrite(pBLUE, 255);
}

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

123

124

125

126

127

128

129

130

131

132

133

134

135

136

137

138

139

140

141

142

143

144

145

146

147

148

149

150

151

152

153

154

155

156

157

158

159

160

161

162

163

164

165

166

167

168

169

170

171

172

173

174

175

176

177

178

179

180

181

182

183

184

185

186

187

188

189

190

191

192

193

194

195

196

197

198

199

200

201

202

203

204

205

206

207

208

209

210

211

212

213

214

215

216

217

218

219

220

221

222

223

224

225

226

227

228

229

230

231

232

233

234

235

#include <SoftwareSerial.h>

/* 14CORE | Bluetooth RGB Led Strip Commander

www.14core.com / Download the Android to google play | LED Commander |

Wiring with Arduino UNO

* UNO(PIN-10) - RED PIN

* UNO(PIN-9) - GREEN PIN

* UNO(PIN-11) - BLUE PIN

* UNO SERIAL RX(PIN 2) - HC06 TX PIN

* UNO SERIAL TX(PIN 3) - HC06 RX PIN

* UNO 3.3v - HC06 VCC

* UNO GND - HC06 GROUND

Wiring with MEGA

* MEGA(PIN-10) - RED PIN

* MEGA(PIN-9) - GREEN PIN

* MEGA(PIN-11) - BLUE PIN

* MEGASERIAL RX(PIN 2) - HC06 TX PIN

* MEGASERIAL TX(PIN 3) - HC06 RX PIN

* MEGA 3.3v - HC06 VCC

* MEGA GND - HC06 GROUND

Wiring with Teensy (Refer to pin configuration)

#define pRED 10

#define pGREEN 9

#define pBLUE 11

SoftwareSerial mySerial(2, 3);

char state;

int counter = 0;

int pulse = 0;

int timeRand (100);

int speedPatroll(50); //SET SPEED FOR 2 state FLASHING

int speedFading(10); //SET SPEED FOR FADING SEQUENCE

int FRED, FGREEN, FBLUE;

long RRAND, GRAND, BRAND, TRAND;

void setup() {

Serial.begin(9600);

pinMode(pRED, OUTPUT);

pinMode(pGREEN, OUTPUT);

pinMode(pBLUE, OUTPUT);

}

void loop(){

if (Serial.available()>0){

state = Serial.read();

char start = char(state);

if (start != 0){

}

Serial.println(start);

}

if (state == 'o'){off();}

if (state == 'n'){on();}

if (state == 'w'){cwhite();}

if (state == 'r'){cRed();}

if (state == 'e'){cOrange();}

if (state == 'y'){cYellow();}

if (state == 'g'){cGreen();}

if (state == 'l'){cLime();}

if (state == 'b'){cBlue();}

if (state == 's'){cSkyBlue();}

if (state == 'p'){cPurple();}

if (state == 'k'){cPink();}

if (state == 'f'){strobeWhite();}

if (state == 'q'){setPatroll();}

if (state == 't'){fading();}

if (state == 'i'){setRandom();}

}

/* 14CORE | FX */

// --------------------

void off(){

analogWrite(pRED, 0);

analogWrite(pGREEN, 0);

analogWrite(pBLUE, 0);

}

void on(){

analogWrite(pRED, 255);

analogWrite(pGREEN, 255);

analogWrite(pBLUE, 255);

}

void cwhite(){

analogWrite(pRED, 255);

analogWrite(pGREEN, 255);

analogWrite(pBLUE, 255);

}

void cRed(){

analogWrite(pRED, 255);

analogWrite(pGREEN, 0);

analogWrite(pBLUE, 0);

}

void cGreen(){

analogWrite(pRED, 0);

analogWrite(pGREEN, 255);

analogWrite(pBLUE, 0);

}

void cBlue(){

analogWrite(pRED, 0);

analogWrite(pGREEN, 0);

analogWrite(pBLUE, 255);

}

void cSkyBlue(){

analogWrite(pRED, 250);

analogWrite(pGREEN, 200);

analogWrite(pBLUE, 0);

}

void cOrange(){

analogWrite(pRED, 255);

analogWrite(pGREEN, 153);

analogWrite(pBLUE, 0);

}

void cYellow(){

analogWrite(pRED, 255);

analogWrite(pGREEN, 255);

analogWrite(pBLUE, 0);

}

void cLime(){

analogWrite(pRED, 100);

analogWrite(pGREEN, 255);

analogWrite(pBLUE, 100);

}

void cPurple(){

analogWrite(pRED, 102);

analogWrite(pGREEN, 0);

analogWrite(pBLUE, 153);

}

void cPink(){

analogWrite(pRED, 102);

analogWrite(pGREEN, 100);

analogWrite(pBLUE, 153);

}

void strobeWhite(){

if (counter < 3){

analogWrite(pRED,250);

analogWrite(pGREEN,250);

analogWrite(pBLUE,250);

delay(200);

analogWrite(pRED,250);

analogWrite(pGREEN,250);

analogWrite(pBLUE,250);

delay(100);

counter++;

}

void fading(){

for (FRED = 0; FRED < 255; FRED++) {

analogWrite(pRED, FRED);

delay(speedFading);

}

for (FBLUE = 255; FBLUE > 0; FBLUE--){

analogWrite(pBLUE, FBLUE);

delay(speedFading);

}

for (FGREEN = 0; FGREEN <255; FGREEN ++){

analogWrite(pGREEN, FGREEN);

delay(speedFading);

}

for (FRED = 255; FRED > 0; FRED--) {

analogWrite(pRED, FRED);

delay(speedFading);

}

for (FBLUE = 0; FBLUE < 255; FBLUE++){

analogWrite(pBLUE, FBLUE);

delay(speedFading);

}

for (FGREEN = 255; FGREEN > 0; FGREEN--){

analogWrite(pGREEN, FGREEN);

delay(speedFading);

}

void setRandom(){

RRAND = random(0, 255); //CHANGE VALUE FOR RANDOM RANGE NUMBERS

GRAND = random(0, 255); //CHANGE VALUE FOR RANDOM RANGE NUMBERS

BRAND = random(0, 255); //CHANGE VALUE FOR RANDOM RANGE NUMBERS

TRAND = random(200, 800); //CHANGE VALUE FOR DELAY RANGE NUMBERS

analogWrite(pRED, RRAND);

analogWrite(pGREEN, GRAND);

analogWrite(pBLUE, BRAND);

delay(TRAND);

analogWrite(pRED, 255);

analogWrite(pGREEN, GRAND);

analogWrite(pBLUE, BRAND);

delay(TRAND);

analogWrite(pRED, RRAND);

analogWrite(pGREEN, 255);

analogWrite(pBLUE, BRAND);

delay(TRAND);

analogWrite(pRED, RRAND);

analogWrite(pGREEN, GRAND);

analogWrite(pBLUE, 255);

delay(TRAND);

}

void setPatroll(){

analogWrite(pRED, 255);

analogWrite(pGREEN, 0);

analogWrite(pBLUE, 0);

delay(speedPatroll);

analogWrite(pRED, 0);

analogWrite(pGREEN, 0);

analogWrite(pBLUE, 255);

delay(speedPatroll);

analogWrite(pRED, 0);

analogWrite(pGREEN, 0);

analogWrite(pBLUE, 0);

delay(speedPatroll);

analogWrite(pRED, 255);

analogWrite(pGREEN, 0);

analogWrite(pBLUE, 0);

delay(speedPatroll);

analogWrite(pRED, 0);

analogWrite(pGREEN, 0);

analogWrite(pBLUE, 255);

}

Wiring the 3014/3020/2835/5050/ Analog LED Strip with Bluetooth, Android & Microcontroller

Tagged on: #fourteencore #fourtencore 14CORE Android Bluetooth Wireless

Related Article:

Leave a Reply Cancel reply

Important Cookie Information :