Laporan Akhir 2 (m1)

   

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DAFTAR ISI

1. Foto Hardware dan Diagram Blok

2. Prosedur Percobaan

3. Rangkaian SimulasI dan Prinsip Kerja

4. Flowchart dan Listing Program

5. Kondisi

6. Video Praktikum

7. Analisa

8. Link Download

Percobaan 5

DIPSWITCH & 7-SEGMENT

1. Foto Hardware dan Diagram Blok [Kembali]

Diagram Blok:

2. PROSEDUR PERCOBAAN [Kembali]

• Rangkai semua komponen 
• Buat program di aplikasi arduino IDE
• Setelah selesai masukkan program ke arduino 
• jalankan program pada simulasi dan cobakan dengan modul

3. RANGKAIAN SIMULASI DAN PRINSIP KERJA[Kembali]

Prinsip Kerja :

Pada percobaan 5, digunakan dipswitch sebagai input dan 7-segment 2 digit sebagai outputnya, dimana pada rangkaian ini digunakan bentuk pull down.
 Ketika dipswitch berada dalam kondisi High maka ia akan mentransfer data ke mikrokontroler arduino Uno yang kemudian dilanjutkan menuju 7-segment 2 digit sehingga 7-segment menampilkan angka sesuai dengan program yang telah kita masukan pada arduino

4. FLOWCHART DAN LISTING PROGRAM [Kembali]

Flowchart:

Listing Program:

#define a 6

#define b 7

#define c 8

#define d 9

#define e 10

#define f 11

#define g 12

#define dp 13

#define D1 4

#define D2 5

#define Dsw A0

/*39

32

26 27

19

*/

int segments[] = {a,b,c,d,e,f,g};

byte digitPatterns[10][7] = {

  {1, 1, 1, 1, 1, 1, 0}, // 0

  {0, 1, 1, 0, 0, 0, 0}, // 1

  {1, 1, 0, 1, 1, 0, 1}, // 2

  {1, 1, 1, 1, 0, 0, 1}, // 3

  {0, 1, 1, 0, 0, 1, 1}, // 4 

  {1, 0, 1, 1, 0, 1, 1}, // 5 

  {1, 0, 1, 1, 1, 1, 1}, // 6

  {1, 1, 1, 0, 0, 0, 0}, // 7

  {1, 1, 1, 1, 1, 1, 1}, // 8

  {1, 1, 1, 1, 0, 1, 1}  // 9

};

void setup() {

  // put your setup code here, to run once:

   for (int i = 0; i < 7; i++) {

    pinMode(segments[i], OUTPUT);

  }

  pinMode(dp,OUTPUT);

  pinMode(D1,OUTPUT);

  pinMode(D2,OUTPUT);

  pinMode(Dsw,INPUT_PULLUP);

  Serial.begin(9600);

}

void number (int display) {

  if (display  >= 0 && display <= 9) {

    for (int i = 0; i < 7; i++) {

      digitalWrite(segments[i], digitPatterns[display ][i]);

    }

  }

}

void loop() {

  int sw = analogRead(Dsw);

  Serial.print("ADC Value = ");

  Serial.println(sw);

  delay(100);

  if(sw == 23){

digitalWrite(D1,LOW);

digitalWrite(D2,HIGH);

number(1);

delay(50);

digitalWrite(D1,HIGH);

digitalWrite(D2,LOW);

number(0);

delay(50);

  }

else if(sw == 22){

digitalWrite(D1,LOW);

digitalWrite(D2,HIGH);

number(0);

delay(1000);

digitalWrite(D1,HIGH);

digitalWrite(D2,LOW);

number(1);

delay(1000);

  }else if(sw == 21){

digitalWrite(D1,HIGH);

digitalWrite(D2,LOW);

number(0);

delay(1000);

number(1);

delay(1000);

number(2);

delay(1000);

number(3);

delay(1000);

number(4);

delay(1000);

number(5);

delay(1000);

number(6);

delay(1000);

number(7);

delay(1000);

number(8);

delay(1000);

number(9);

delay(1000);

  }else if(sw == 19){

digitalWrite(D1,HIGH);

digitalWrite(D2,HIGH);

number(0);

delay(1000);

number(1);

delay(1000);

number(2);

delay(1000);

number(3);

delay(1000);

number(4);

delay(1000);

number(5);

delay(1000);

number(6);

delay(1000);

number(7);

delay(1000);

number(8);

delay(1000);

number(9);

delay(1000);

  }else if(sw == 16){

digitalWrite(D1,LOW);

digitalWrite(D2,HIGH);

number(0);

delay(500);

number(1);

delay(500);

number(2);

delay(500);

number(3);

delay(500);

number(4);

delay(500);

digitalWrite(D1,HIGH);

digitalWrite(D2,LOW);

number(5);

delay(500);

number(6);

delay(500);

number(7);

delay(500);

number(8);

delay(500);

number(9);

delay(500);

  }else if(sw == 13){

digitalWrite(D1,LOW);

digitalWrite(D2,HIGH);

number(1);

delayMicroseconds (500);

digitalWrite(D1,HIGH);

digitalWrite(D2,LOW);

number(0);

delayMicroseconds (500);

  }else if(sw == 10){

digitalWrite(D1,LOW);

digitalWrite(D2,HIGH);

number(9);

delay(500);

number(8);

delay(500);

number(7);

delay(500);

number(6);

delay(500);

number(5);

delay(500);

number(4);

delay(500);

number(3);

delay(500);

number(2);

delay(500);

number(1);

delay(500);

number(0);

delay(500);

  }else if(sw == 5){

digitalWrite(D1,LOW);

digitalWrite(D2,HIGH);

number(1);

delay(50);

digitalWrite(D1,HIGH);

digitalWrite(D2,LOW);

number(0);

delay(50);

digitalWrite(D1,LOW);

digitalWrite(D2,HIGH);

number(1);

delay(50);

digitalWrite(D1,HIGH);

digitalWrite(D2,LOW);

number(1);

delay(50);

digitalWrite(D1,LOW);

digitalWrite(D2,HIGH);

number(1);

delay(50);

digitalWrite(D1,HIGH);

digitalWrite(D2,LOW);

number(2);

delay(50);

digitalWrite(D1,LOW);

digitalWrite(D2,HIGH);

number(1);

delay(50);

digitalWrite(D1,HIGH);

digitalWrite(D2,LOW);

number(3);

delay(50);

digitalWrite(D1,LOW);

digitalWrite(D2,HIGH);

number(1);

delay(50);

digitalWrite(D1,HIGH);

digitalWrite(D2,LOW);

number(4);

delay(50);

digitalWrite(D1,LOW);

digitalWrite(D2,HIGH);

number(1);

delay(50);

digitalWrite(D1,HIGH);

digitalWrite(D2,LOW);

number(5);

delay(50);

digitalWrite(D1,LOW);

digitalWrite(D2,HIGH);

number(1);

delay(50);

digitalWrite(D1,HIGH);

digitalWrite(D2,LOW);

number(6);

delay(50);

digitalWrite(D1,LOW);

digitalWrite(D2,HIGH);

number(1);

delay(50);

digitalWrite(D1,HIGH);

digitalWrite(D2,LOW);

number(7);

delay(50);

digitalWrite(D1,LOW);

digitalWrite(D2,HIGH);

number(1);

delay(50);

digitalWrite(D1,HIGH);

digitalWrite(D2,LOW);

number(8);

delay(50);

digitalWrite(D1,LOW);

digitalWrite(D2,HIGH);

number(1);

delay(50);

digitalWrite(D1,HIGH);

digitalWrite(D2,LOW);

number(9);

delay(50);

digitalWrite(D1,LOW);

digitalWrite(D2,HIGH);

number(2);

}

}

5. KONDISI [Kembali]

  Masing-masing switch LED menghasilkan tampilan yang berbeda-beda sesuai logika yang diatur pada listing program.

6. VIDEO RANGKAIAN [Kembali]

7. ANALISA [Kembali]

8. LINK DOWNLOAD [Kembali]

HTML                    klik disini

Rangkaian            klik disini

Listing Program    klik disini

Video Percobaan  klik disini