Arduino

ARDUINO IS AN OPEN-SOURCE PHYSICAL COMPUTING PLATFORM DESIGNED TO MAKE EXPERIMENTING WITH ELECTRONICS MORE FUN AND INTUITIVE. ARDUINO HAS ITS OWN UNIQUE, SIMPLIFIED PROGRAMMING LANGUAGE, A VAST SUPPORT NETWORK, AND THOUSANDS OF POTENTIAL USES, MAKING IT THE PERFECT PLATFORM FOR BOTH BEGINNER AND ADVANCED DIY ENTHUSIASTS.

Circuit 1 - Blinking an LED

Fast Blink

This is an example of the delay being put at 100.

Slow Blink

This is an example of the delay being put at 1000.

Product

Code

This is the code used to manipulate the speed of how the light flashes. When the delay is at 1000, it creates the slow blink. When it's at 100, you get the fast blink.

Circuit 2 - Potentiometer

Potentiometer

Here you can see how that when I turn the potentiometer, the speed of how quickly the light turns on and off changes.

Product

Code

This is the code we used to control how the light turns on and off according to how the sensor was affected.

Circuit 3 - RGB Light

The Circuit

The video demonstrates how the RGB light alters its color through our programming. Based on the brightness of each diode and the various color combinations, a wide range of colors can be created with an RGB LED.

Code

This is the code used to change the color of the RGB LED.

Circuit 6 - Photo Resistor

Photo Resistor

This example shows how a photo resistor detects changes in light. As the light intensity changes, the resistance of the photo resistor adjusts with. This change enables the device to sense different light levels, which in turn activates or deactivates the light.

This is the code for circuit 6. We changed the light level range from its original values to a new range. This change improved the LED's performance, allowing it to turn on and off more effectively in brighter and darker conditions.

Circuit 7 - Temperature Sensor

This example shows how a temperature sensor can sense temperature changes. When the amount of heat varies, the resistance of the temperature sensor changes, allowing it to detect and respond to different heat levels.

I used this code to turn on the Temperature Sensor.

Circuit 8 -A Single Servo

The servo motor reacts to the code by turning to specific angles at certain times. This shows how the motor's movements are controlled based on the instructions given in the code.

This is the code that controls the servo motor.

Circuit 9 - Buzzer

WIN_20250917_14_07_56_Pro.mp4

This is the buzzer where I manipulated the code to make it play the intro to "Take On Me" by A-ha.

This is the main part of the code I created to manipulate the buzzer's original code.

Circuit 10 - Buzzer

This video shows how the motor spins according to the code.

Here you can see the code used to make the motor spin.

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