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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.
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.
Process #1
Process #1
My partner and I manipulated the code for the Arduino in order to make it blink once every 10 milliseconds as pictured in the code to the left.
Process #2
Process #2
The blue dial you see me twisting is a potentiometer which can change the resistance as it is turned. The Arduino can sense this change and you can use it to control whatever you want such as how fast the LED is blinking.
Process #3
Process #3
My partner and I manipulated code for a Arduino in order to make different colors using an Led. The video shows the Led changing colors every 1000 milliseconds. The code for the Ardiuno is below.
Process #4
Process #4
We coded the Arduino to turn on LEDS in a different pattern every time. This switches from one at a time then to the LEDs will start in the middle and go outward. Lastly the LEDs will follow each other like on signs. Code for this is below.
Process #5
Process #5
In this video we used a push button in order to turn an LED. The code for this is bellow.
Process #6
Process #6
In this video we used a photoresistor in order to sense when there was a decrease in light. Here you can see when you move your hand closer the LED turns brighter. Usually when you do this the LED would turn all the way off and you would have to tweak code in order to turn it off but with auto tune it allows for the Arduino to set the minimum and maximum voltages. The important code is below.
Process #7
Process #7
In this video I use a temperature sensor which can read temperature through voltage and when the temperature is past 70 degrees Fahrenheit the LED lights up. The code for the Circuit is Below.
Process #8
Process #8
In this circuit we controlled a servo motor to turn back and forth at virous diffrent speeds. The servo motor can not turn 360 degrees but it can do 180 degrees as shown in the video. The code for this is below.
Process #9
Process #9
In this circuit we used a Piezo Speaker in order to play this funny tune. The code for this is shown below.
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