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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 - Blinking an LED
Circuit 1 - Blinking an LED
Diagram for Circuit 1
IMG_3769.MOV(Product) Video of the LED blinking very fast.
(Product) We changed the delay between on and off from 1000ms to 20ms so that the LED turns off and on very fast.
Circuit 2 - Potentiometer
Circuit 2 - Potentiometer
Diagram for Circuit 2
Circuit 2(Product) Video of the potentiometer working an manipulating the blinks of the LED.
(Product) The Potentiometer code works by getting a value from it based on the direction it is pointing. If the number is low, it blinks very fast. If the number is high, it blinks very slowly.
Circuit 3 - RGB LED
Circuit 3 - RGB LED
Diagram of Circuit 3
IMG_3773.MOV(Process) This is the video of Circuit 3 making the RGB LED switch between colors.
Circuit 3 Product (showSpectrum())(product) Video of the showSpectrum() function only
(product) The code displaying only the showSpectrum() code
(Process)This is the code for Circuit 3 that makes the LED switch between the RGB colors.
Circuit 4 - Multiple LEDs
Circuit 4 - Multiple LEDs
Circuit board of Arduino circuit 4
Circuit 4 Original Code(Process) Video of original Code working on the circuit board
Circuit 4 Product 1(Product) The first video of the modified code, making 2 LEDs dance across the line.
Circuit 4 Product 2(Product) The second video of modified code, making one LED dance across the line
Diagram of Circuit 4
(Process) Original unedited code for the video. .
(Product) The first snippet of Arduino code that makes the 2 LEDs dance across the line.
(product) The second snippet of code, that makes the one LED dance across the line.
Circuit 5 - Push Buttons
Circuit 5 - Push Buttons
Diagram of Circuit 5
Circuit 5(Process) Video of how the buttons being pressed affects the light levels in the LED.
(Process) This code shows how if the button is pressed down, the LED is on and if the button is not pressed down, the LED is off.
Circuit 6 - Photo Resistor
Circuit 6 - Photo Resistor
Diagram of Circuit 6
Circuit 6 circuit board
Circuit 6 autoTune()(product) This is a video of the autoTune() function reacting to light.
(product) Pros and cons of autoTune():
Pro: It has the range between on and off and isn't just 2 settings so it can adjust to the light level perfectly.
Con: It won't be fully on or off at times depending on the light level.
Circuit 6 manualTune()(product) This is a video of the manualTune() function reacting to light.
(product) Pros and cons of manualTune()
Pro: It will always either be on or off, with no in-between.
Con: It doesn't have the range that autoTune() does depending on the light levels.
(product) This is the code for the autoTune() function showing how it tells the sensor to react to light.
(product) This is the code for the manualTune() function showing how it tells the sensor to react to light.
Circuit 7 - Temperature Sensor
Circuit 7 - Temperature Sensor
Diagram of Circuit 7
Circuit 7(Product) Video of circuit 7 working where after the receptor goes above 72 degrees Fahrenheit the light turns on.
(Product) Video of circuit 7 working where after the receptor goes above 72 degrees Fahrenheit the light turns on.
Circuit 8 - A Single Servo
Circuit 8 - A Single Servo
Diagram of Circuit 8
Circuit 8 OG code(Process) Video of the original code moving the Servol from 0 to 90 then to 180 and then back to 0. Then moving it from 0 to 180 at the speed of 2 and moving it from that 180 back to 0 again at speed 1.
Circuit 8 Edited Code(product) The video of the edited code moving the Servol from 0 to 90, then back to 0 and from zero moving the Servol to 180 at speed 10, and from 180 moving the servol back to 0 at speed 10.
(Process) The original code moving the Servol from 0 to 90 then to 180 and then back to 0. Then moving it from 0 to 180 at the speed of 2 and moving it from that 180 back to 0 again at speed 1.
(Product) The edited code moving the Servol from 0 to 90, then back to 0 and from zero moving the Servol to 180 at speed 10, and from 180 moving the servol back to 0 at speed 10.
Circuit 9 - Buzzer
Circuit 9 - Buzzer
Diagram of Circuit 9
Circuit 9(Process) Video with audio of the piezo element paying Rick Astley.
(Process) Original Code of Circuit 9 telling the piezo element to play Rick Astley.
Circuit 10 - Spinning A Motor
Circuit 10 - Spinning A Motor
Diagram of Circuit 10
Circuit 10 Original Code(Process) This is a video of the motor spinning after a value is constantly inputted into the monitor.
Circuit 10 Edited Code(Product) This video shows The motor slowly starting off spinning slow, and then gradually picking up over time and spinning fast, then gradually slowing back down to a stop.
(Process) This is the code telling the motor to spin and how fast tot spin according to the value inputted.
(Product) This code tells The motor to slowly start off spinning slow, and then gradually pick up over time to spin fast, then to gradually slow back down to a stop.
Circuit 11 - Relays
Circuit 11 - Relays
Diagram of Circuit 11
Circuit 11(Process) This is the video of the lights blinking from one to another, or one turning on when the other turns off.
(Process) This is the code making the lights blink from one to another, or one turning on when the other turns off.
Circuit 12 - Shift Register
Circuit 12 - Shift Register
Circuit board of Arduino circuit 12
Circuit 12 Original Code (Marquee)(Process) Video of the original circuit 12 code making the lights blink in a marquee pattern.
Circuit 12 Product 1 (PingPong)(Product) Video of the original circuit 12 code making the lights blink in a Ping Pong pattern.
Circuit 12 Product 2 (OneAfterAnother)(Product) Video of the original circuit 12 code making the lights blink in a "One After Another" pattern.
Diagram of Circuit 12. .
(Process) The original circuit 12 code making the LED lights blink in a marquee type pattern.
(Product) The original circuit 12 code making the lights blink in a Ping Pong type pattern.
(Product) The original circuit 12 code making the lights blink in a "One After Another" pattern.
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