Скачать или смотреть VIDEO TUTORIAL ON HOW TO ASSEMBLE A LED, BUTTON, BUZZER AND A POTENTIOMETER IN ONE CIRCUIT (ARDUINO)

CODES:

int led10 = 10, led3 = 3, brightness; // PINs AND LED 10 AND 3 BRIGHTNESS VARIABLES
int pot = 0, pinpot = A1; // POTENTIOMETER PIN AND VARIABLE
int pinBuzzer = 5; // BUZZER PIN
int valuepuls = 0, pinpuls = 4; // BUTTON PIN AND VARIABLE
void setup() { // put your setup code here, to run once:

// LEDs 10 AND 3 CONFIGURATION
pinMode ( led10, OUTPUT);
pinMode ( led3, OUTPUT);
// BUTTON CONFIGURATION
pinMode ( pinpuls, INPUT);

}

void loop() {
// put your main code here, to run repeatedly:
pot = analogRead (pinpot); // POTENTIOMETER VALUES READING
// IF WE PRESS THE BUTTON THE LEDS WILL BLINK AND THE BUZZER WILL MAKE A SOUND. WITH THE POTENTIOMETER YOU WILL REGULATE THE BLINKING SPEED
valuepuls = digitalRead (pinpuls);
if ( valuepuls == HIGH) // BUTTON NOT PRESSED
{
noTone(pinBuzzer); // THE BUZZER DOESN´T MAKE A SOUND
digitalWrite (led3, LOW); //
digitalWrite (led10, LOW); //
}
else
{
digitalWrite (led10, HIGH); // LED 10 = ON
digitalWrite (led3, LOW); // LED 3 = OFF
tone (pinBuzzer, 600); // BUZZER = NOTE 1
delay ((pot)); // STANDY BY TIME ACCORDING TO THE POTENTIOMETER READING
digitalWrite (led10, LOW); // LED 10 = OFF
digitalWrite (led3, HIGH); // LED 3 = ON
tone (pinBuzzer, 294); // BUZZER = NOTE 1
delay ((pot)); // STANBY BY TIME ACCORDING TO THE POTENTIOMETER READING
}
}


Thank you and I hope that you've learned something in the video.