7Segment 1 Digit LED Module (5161AS) [D011]

7Segment 1 Digit LED Module (5161AS) [D011]

https://www.youtube.com/watch?v=S7d2ge_iANI

* GitHub : https://github.com/rdiot/rdiot-d011.git

* Specs

Emitting color : Red

Encapsulation Adhesive Color : Red

Surface Color of the Shell : Black

Voltage : 1.8~1.9V

Luminous Intensity : 13~15 mcd

Wavelengh : 648 nm

* Contents

- DataSheet : http://www.dipmicro.com/?datasheet=TOS-5161AS.pdf

- Connect

1 - X

2 - D2  (LedC)

3 - R220 -> GND

4 - D3  (ledD)

5 - D4  (ledE)

6 - D5  (ledG)

7 - D6  (LedF)

8 - R220 -> GND

9 - D8   (LedA)

10- D9  (LedB)

- Key Code

#define ledA 8

#define ledB 9

#define ledC 2

#define ledD 3

#define ledE 4

#define ledF 6

#define ledG 5

 

void setup()

{

  pinMode(ledA, OUTPUT);

  pinMode(ledB, OUTPUT);

  pinMode(ledC, OUTPUT);

  pinMode(ledD, OUTPUT);

  pinMode(ledE, OUTPUT);

  pinMode(ledF, OUTPUT);

  pinMode(ledG, OUTPUT);

  Serial.begin(9600);

}

 

void loop()

{

  Serial.println("Starting\n");

  LoopDisplay();    //Call LoopDisplay Function

}

 

void clr()

{

  //Clears the LED

  digitalWrite(ledA, LOW);

  digitalWrite(ledB, LOW);

  digitalWrite(ledC, LOW);

  digitalWrite(ledD, LOW);

  digitalWrite(ledE, LOW);

  digitalWrite(ledF, LOW);

  digitalWrite(ledG, LOW);

}

 

 

void char_A()

{

  digitalWrite(ledD, LOW);

  digitalWrite(ledE, HIGH);

  digitalWrite(ledF, HIGH);

  digitalWrite(ledG, HIGH);

  digitalWrite(ledA, HIGH);

  digitalWrite(ledB, HIGH);

  digitalWrite(ledC, HIGH);

}

 

void char_B()

{

  //Displays B

  digitalWrite(ledD, HIGH);

  digitalWrite(ledE, HIGH);

  digitalWrite(ledF, HIGH);

  digitalWrite(ledG, HIGH);

  digitalWrite(ledA, HIGH);

  digitalWrite(ledB, HIGH);

  digitalWrite(ledC, HIGH);

}

 

void char_C()

{

  //Displays C

  digitalWrite(ledD, HIGH);

  digitalWrite(ledE, HIGH);

  digitalWrite(ledF, HIGH);

  digitalWrite(ledG, LOW);

  digitalWrite(ledA, HIGH);

  digitalWrite(ledB, LOW);

  digitalWrite(ledC, LOW);

}

 

void char_D()

{

  //Displays D

  digitalWrite(ledD, HIGH);

  digitalWrite(ledE, HIGH);

  digitalWrite(ledF, HIGH);

  digitalWrite(ledG, LOW);

  digitalWrite(ledA, HIGH);

  digitalWrite(ledB, HIGH);

  digitalWrite(ledC, HIGH);

}

 

void char_E()

{

  //Displays E

  digitalWrite(ledD, HIGH);

  digitalWrite(ledE, HIGH);

  digitalWrite(ledF, HIGH);

  digitalWrite(ledG, HIGH);

  digitalWrite(ledA, HIGH);

  digitalWrite(ledB, LOW);

  digitalWrite(ledC, LOW);

}

 

void char_F()

{

  //Displays F

  digitalWrite(ledD, LOW);

  digitalWrite(ledE, HIGH);

  digitalWrite(ledF, HIGH);

  digitalWrite(ledG, HIGH);

  digitalWrite(ledA, HIGH);

  digitalWrite(ledB, LOW);

  digitalWrite(ledC, LOW);

}

 

 

void one()

{

  //Displays 1

  digitalWrite(ledD, LOW);

  digitalWrite(ledE, LOW);

  digitalWrite(ledF, LOW);

  digitalWrite(ledG, LOW);

  digitalWrite(ledA, LOW);

  digitalWrite(ledB, HIGH);

  digitalWrite(ledC, HIGH);

}

 

void two()

{

  //Displays 2

  digitalWrite(ledD, HIGH);

  digitalWrite(ledE, HIGH);

  digitalWrite(ledF, LOW);

  digitalWrite(ledG, HIGH);

  digitalWrite(ledA, HIGH);

  digitalWrite(ledB, HIGH);

  digitalWrite(ledC, LOW);

}

 

void three()

{

  //Displays 3

  digitalWrite(ledD, HIGH);

  digitalWrite(ledE, LOW);

  digitalWrite(ledF, LOW);

  digitalWrite(ledG, HIGH);

  digitalWrite(ledA, HIGH);

  digitalWrite(ledB, HIGH);

  digitalWrite(ledC, HIGH);

}

 

void four()

{

  //Displays 4

  digitalWrite(ledD, LOW);

  digitalWrite(ledE, LOW);

  digitalWrite(ledF, HIGH);

  digitalWrite(ledG, HIGH);

  digitalWrite(ledA, LOW);

  digitalWrite(ledB, HIGH);

  digitalWrite(ledC, HIGH);

}

 

void five()

{

  //Displays 5

  digitalWrite(ledD, HIGH);

  digitalWrite(ledE, LOW);

  digitalWrite(ledF, HIGH);

  digitalWrite(ledG, HIGH);

  digitalWrite(ledA, HIGH);

  digitalWrite(ledB, LOW);

  digitalWrite(ledC, HIGH);

}

 

void six()

{

  //Displays 6

  digitalWrite(ledD, HIGH);

  digitalWrite(ledE, HIGH);

  digitalWrite(ledF, HIGH);

  digitalWrite(ledG, HIGH);

  digitalWrite(ledA, HIGH);

  digitalWrite(ledB, LOW);

  digitalWrite(ledC, HIGH);

}

 

void seven()

{

  //Displays 7

  digitalWrite(ledD, LOW);

  digitalWrite(ledE, LOW);

  digitalWrite(ledF, LOW);

  digitalWrite(ledG, LOW);

  digitalWrite(ledA, HIGH);

  digitalWrite(ledB, HIGH);

  digitalWrite(ledC, HIGH);

}

 

void eight()

{

  //Displays 8

  digitalWrite(ledD, HIGH);

  digitalWrite(ledE, HIGH);

  digitalWrite(ledF, HIGH);

  digitalWrite(ledG, HIGH);

  digitalWrite(ledA, HIGH);

  digitalWrite(ledB, HIGH);

  digitalWrite(ledC, HIGH);

}

 

void nine()

{

  //Displays 9

  digitalWrite(ledD, HIGH);

  digitalWrite(ledE, LOW);

  digitalWrite(ledF, HIGH);

  digitalWrite(ledG, HIGH);

  digitalWrite(ledA, HIGH);

  digitalWrite(ledB, HIGH);

  digitalWrite(ledC, HIGH);

}

 

void zero()

{

  //Displays 0

  digitalWrite(ledD, HIGH);

  digitalWrite(ledE, HIGH);

  digitalWrite(ledF, HIGH);

  digitalWrite(ledG, LOW);

  digitalWrite(ledA, HIGH);

  digitalWrite(ledB, HIGH);

  digitalWrite(ledC, HIGH);

}

 

void LoopDisplay()

{

  char_A();

  delay(1000);

  char_B();

  delay(1000);

  char_C();

  delay(1000);

  char_D();

  delay(1000);

  char_E();

  delay(1000);

  char_F();

  delay(1000);

  one();

  delay(1000);

  two();

  delay(1000);

  three();

  delay(1000);

  four();

  delay(1000);

  five();

  delay(1000);

  six();

  delay(1000);

  seven();

  delay(1000);

  eight();

  delay(1000);

  nine();

  delay(1000);

  zero();

  delay(1000);

}