Embedded Files
Arduino Introduction:
Arduino Introduction:
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
Circuit 1: Blinking LED
Manipulate the code so that the blink can barely be seen. Post an image of the code that was changed along with the video of the working circuit. (Bonus - get the blink to gradually increase over time)
The LED is blinking at a speed of 50 milliseconds causing the blink to barely be visible and seem like it is always on.
Original LED blinking speed.
Circuit 2: Potentiometer
Circuit 2: Potentiometer
Write an explanation of how the potentiometer work.
The potentiometer works by adjusting the amount of resistance in a circuit causing the signal to be stronger/faster making the LED blink faster or slower as well as being able to change the brightness.
Circuit 3: RGB LED
Circuit 3: RGB LED
Complete the showSpectrum() function only. Make sure to exhibit the video along with the important parts of the code.
The RGB LED changes colors by writing in the code when and for how long each individual color will stay on or off using the HIGH, LOW, and delay functions.
Circuit 4: Multiple LED's
Circuit 4: Multiple LED's
Complete two of the five additional functions that were mentioned. Make sure to exhibit the video along with the important parts of the code.
(second video of alternating LED's matching code not loading)
These LED all turn on based on the order specified by the numbers 1-7 in parentheses while having delays in between to appear to look like a wave.
Circuit 5: Push Buttons
Circuit 5: Push Buttons
No product for this Circuit.
Pushing the buttons sends a signal through to the LED instructing it to turn on and if you hold down the push button the the LED will stay on.
Circuit 6: Photo Resistor
Circuit 6: Photo Resistor
Complete the manualTune () and the autoTune (). Exhibit both functions and comment the pros/cons of each.
The photoresistor like the potentiometer changes the resistance set to the LED by measuring the amount of light, when covered LED brightens while uncovered LED dims.
Circuit 7: Temperature Sensor
Circuit 7: Temperature Sensor
Create a function that turns on an LED if the temperature is above or below a value. Make sure to show the code on how you integrated it into the circuit.
The temperature sensor measure the temperature of the air or object touching it like your fingers then it sends the information to the serial monitor every second.
Circuit 8: A Single Servo
Circuit 8: A Single Servo
Change the servo's motion by incorporating delays and speeds. Make sure to exhibit videos and the important parts of the code.
The servo works through the loop function by instructing the internal motor to spin certain degrees and at different speeds.
Circuit 9: Buzzer
Circuit 9: Buzzer
Create a recognizable song. Make sure to video the song in a quiet place. Exhibit the important parts of the code.
The buzzer uses a given code that clarifies a range of notes in a specified order to play sending different amounts of voltage to the ceramic discs inside of the piezo buzzer causing it to play the songs.
Circuit 10: Spinning a Motor
Circuit 10: Spinning a Motor
Complete the motorAcceleration () function. Manipulate some of the code to change its operation. Exhibit the important parts of the code.
Circuit 11: Relays
Circuit 11: Relays
No product for this circuit.
Circuit 12: Shift Register
Circuit 12: Shift Register
Complete two of the five functions available. Manipulate the code and exhibit it with videos.
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