Sensor Suara (FC-04)
Prosedur Percobaan :
1.
Pastikan semua supply dalam keadaan off
2.
Hubungkan jumper seperti rangkaian dibawah
3.
Buatlah listing program yang telah ada pada modul
4.
periksakan rangkaian kepada asisten yang mengawas
5.
Hidupkan semua supply
6.
Upload program dari laptop ke modul
7.
Tekan tombol Reset
8.
Amati percobaan, jika tidak sesuai perbaiki rangkaian atau program
9.
Jika sesuai, maka selesai dan demokan pada asisten yang mengawas
10.Jelaskan
prinsip kerja + program dan hubungan keduanya kepada asisten
11.Demokan
ke pembimbing praktikum
12.Matikan
supply
Sensor Suara (FC-04)
// Mengontrol Motor dengan Suara
int sound = A0;
int sensor = 0;
int lampu = A1;
int m0 = 4;
int m1 = 5;
int m2 = 6;
int m3 = 7;
void setup()
{
Serial.begin (9600);
pinMode (sound,INPUT);
pinMode (lampu,OUTPUT);
pinMode (m0,OUTPUT);
pinMode (m1,OUTPUT);
pinMode (m2,OUTPUT);
pinMode (m3,OUTPUT);
}
void loop()
{
sensor = analogRead (sound);
analogWrite (m0,0);
analogWrite (m1,sensor);
analogWrite (m2,sensor);
analogWrite (m0,0);
if(sensor>60)
{
analogWrite (lampu,225);
delay(100);
analogWrite (lampu,0);
}
if (sensor<50)
{
analogWrite (m0,0);
analogWrite (m1,0);
analogWrite (m2,0);
analogWrite (m0,0);
}
Serial.println (sensor);
}
int sound = A0;
int sensor = 0;
int lampu = A1;
int m0 = 4;
int m1 = 5;
int m2 = 6;
int m3 = 7;
void setup()
{
Serial.begin (9600);
pinMode (sound,INPUT);
pinMode (lampu,OUTPUT);
pinMode (m0,OUTPUT);
pinMode (m1,OUTPUT);
pinMode (m2,OUTPUT);
pinMode (m3,OUTPUT);
}
void loop()
{
sensor = analogRead (sound);
analogWrite (m0,0);
analogWrite (m1,sensor);
analogWrite (m2,sensor);
analogWrite (m0,0);
if(sensor>60)
{
analogWrite (lampu,225);
delay(100);
analogWrite (lampu,0);
}
if (sensor<50)
{
analogWrite (m0,0);
analogWrite (m1,0);
analogWrite (m2,0);
analogWrite (m0,0);
}
Serial.println (sensor);
}
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