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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: Your First Circuit
Circuit 1: Your First Circuit
Altered code to change blinking speed of LED by changing the delay speed to 30 as opposed to 1000.
Circuit 2: Potentiometer
Circuit 2: Potentiometer
Potentiometer- A variable resistor, used as a voltage divider that in our case is used to control the brightness of the LED as we turn the dial. Twisting the dial from low to high changes the voltage that is emitted therefore changing the actual brightness of the LED.
The Circuit uses a potentiometer to change the brightness of a light, the code makes the brightness levels change as the knob is turned.
Circuit 3: RGB LED
Circuit 3: RGB LED
Circuit three codes to have an RGB bulb rotating through multiple colors.
Circuit 4: Multiple LEDs
Circuit 4: Multiple LEDs
This circuit codes for 7 LED's to make a chasing formation by using loops and resistors, we could also manipulate the code to make the lights cycle faster and slower by changing the delay time.
Circuit 5: Button Input
Circuit 5: Button Input
Button to LED signal
This circuit codes to have a set of buttons used as an input to turn an LED on and off. We can also code the buttons to be used as an on/ off switch, one will turn it on and another will turn it off.
Circuit 6: Photo Resistor
Circuit 6: Photo Resistor
Photo resistor
This circuit codes for a photoresistor to control the brightness of a LED, when the photoresistor is covered, the LED dims, and when uncovered the LED is at maximum brightness.
Circuit 7: Temperature Sensor
Circuit 7: Temperature Sensor
These are the outputs shown in the IED window when covering and uncovering the sensor.
This circuit codes for a temperature sensor to pick up temperature recordings and output them into the IDE debug window.
Circuit 8 : Servo
Circuit 8 : Servo
WIN_20240906_09_15_59_Pro-ezgif.com-video-cutter (1).mp4
This Circuit controls the turning of a servo, forcing it to turn back to it's starting position when rotated, we could also alter the input given to the servo on how many degrees to rotate.
Circuit 9: Piezo Speaker
Circuit 9: Piezo Speaker
This circuit codes a piezo element to play notes based off of code, you can also manipulate the code to change the notes played and their order to play a different sound.
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