LAPORAN AKHIR 1 (MODUL I GENERAL INPUT DAN OUTPUT)

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Modul I GENERAL INPUT DAN OUTPUT

DAFTAR ISI

1. Prosedur

2. Hardware dan Diagram Blok

3. Rangkaian Simulasi dan Prinsip Kerja

4. FlowChart dan Listing Program

5. Video Demo

6. Kondisi

7. Video Simulasi

8. Download

1. Prosedur[Kembali]

• Rangkailah seperti rangkaian berikut 
• Buka Arduino IDE dan masukan listing program Upload program ke arduino 
• Variasikan tombol yang ditekan dan amati keluarannya pada LCD

2. Hardware dan Diagram Blok[Kembali]

Diagram Blok

3. Rangkaian Simulasi dan Prinsip Kerja[Kembali]

Rangkaian Simulasi

Prinsip Kerja

    Rangkaian ini berfungsi sebagai berikut: DipSwitch berperan sebagai input, di mana saklar pada dipswitch akan menghasilkan input analog yang akan diubah menjadi digital. dual seven segment berfungsi sebagai output, menampilkan angka yang sesuai dengan saklar yang diaktifkan . 

    dan setiap jumlah saklar yang aktif akan mempengaruhi output yang akan ditampilkan oleh dual seven segment.

4. FlowChart dan Listing Program[Kembali]

Flowchart

Listing Program

//M1P5 

#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] = { 

{0, 0, 0, 0, 0, 0, 1}, // 0

{1, 0, 0, 1, 1, 1, 1}, // 1

{0, 0, 1, 0, 0, 1, 0}, // 2 

{0, 0, 0, 0, 1, 1, 0}, // 3 

{1, 0, 0, 1, 1, 0, 0}, // 4

{0, 1, 0, 0, 1, 0, 0}, // 5

{0, 1, 0, 0, 0, 0, 0}, // 6 

{0, 0, 0, 1, 1, 1, 1}, // 7 

{0, 0, 0, 0, 0, 0, 0}, // 8 

{0, 0, 0, 0, 1, 0, 0} // 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 == 1023){ 

digitalWrite(D1,LOW); 

digitalWrite(D2,HIGH); 

number(1); 

delay(50); 

digitalWrite(D1,HIGH); 

digitalWrite(D2,LOW); 

number(0); 

delay(50); 

  } 

else if(sw > 35 && sw <38){ 

digitalWrite(D1,LOW); 

digitalWrite(D2,HIGH); 

number(0); 

delay(1000); 

digitalWrite(D1,HIGH); 

digitalWrite(D2,LOW); 

number(1); 

delay(1000); 

  }else if(sw > 38 && sw <41){ 

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 > 24 && sw <29){ 

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 > 19 && sw <24){ 

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. Video Demo[Kembali]

6. Kondisi[Kembali]

    P5 (Dipswitch sebagai Input dan output oleh dual seven segment)

7. Video Simulasi[Kembali]

8. Download[Kembali]

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Datasheet  klik disini