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 LED Light

This is an illustration of the completed circuit for circuit 1.

This is the code for the working circuit, with a delay of 100ms. The sketch can be manipulated to be faster or slower

Circuit #2- Potentiometer

This is an image of the completed circuit for circuit 2.

This is the code for the circuit, which determines how fast the LED should blink based on the potentiometer.

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This is a video of the dial of the potentiometer being turned. The LED's blinking speed changes as the dial is turned left and right.

Circuit #3-RGB LED

This is working circuit board for circuit #3.

this is the code for the board

Depending on the brightness of each diode, and the combinations of colors, many different color combinations can be used in a RGB LED.

this is the function for circuit 3

Circuit #4-Multiple LEDs

this is the function for circuit 4

This is an image of the working circuit board for circuit #4.

this is the orginal code for circuit

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The for() loop is used again in this code function, the marquee code. When this is enabled, the lights move in a way that looks like a LED sign that you would see.

Circuit #5-Push Buttons

This is an image of the working circuit board for circuit #5.

This is a video of circuit 5 where the LED turns on and off according to the buttons I pushed.

This is the code for circuit 5. When one button is being pressed, it turns the LED on and when both are pressed the LED is turned off.

This is circuit 5's code function.

Circuit #6-Photo Resistor

This is an image of the working circuit board for circuit #6.

This is the code for circuit 6. We manipulated the code by changing the range of light level from its original range, (0, 1023), to (300, 800). This caused the LED to work better by turning on and off at brighter and darker ranges.

This is a video of the autoTune() function. The pros of this is that it is automatic, and no code has to be manipulated, but the cons of this is that the brightness can't be adjusted to work better

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This is a video of the manualTune() function. The pros of this is that you can change the range of brightness and darkness that it has, cons being that you have to manipulate the code yourself to see what range works best.

Circuit 8-A Single Servo

Code function for circuit 8.

This is the main part of the code for circuit 8.

orginal video with no manipulation

This is the manipulated code for circuit 8, with changed degrees as well as delay times.

This is a video of the servo following the manipulated code with new degrees and delay times.

Circuit 9- Buzzer

This is an image of the working circuit board for circuit #9.

This is an image of the main parts of the code for this circuit.

This is the code function for circuit 9.

process

Happy birthday Song

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Manipulated code for the circuit. I changed the song notes, song length, and beats to play the song Happy Birthday.

Circuit 7-Temperature Sensor

This is the main part of circuit 7's code

This is the code function.

This is a video of the working code for circuit 7, where the recorded temperature changes as I use my hand to cover the temperature sensor/recorded temperature from the Arduino.

Circuit 10-Spinning a Motor

Circuit 11-Relays

Circuit 12-Shift Register

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