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.
to make a LED light blink every 1000miliseconds=1sec by using the delay function
Arduino Circuit 1 with additional code changes in action (product): This shows the LED blinking but you are barely able to see the blink:
Arduino Circuit 1 without any code changes in action (Process) This shows the LED blinking at a "normal speed":
Code without change (Process) This had a delay of 1 second making the LED blink on and off every second:
Faster Blinking LED (Manipulated Schematic) to make the LED blink every 50miliseconds
to show the whole color spectrum on an LED programmed to change combinations of colors and brightness's
A layout of the electrical connections going on in Circuit 2:
A diagram of the circuit with were the components go to make the LED and potentiometer connect to the board so it can demonstrate the code:
to display a variety of linear LED blinking functions that loop forever. Each LEDs are programmed to blink at a certain moment to display a variety of light shows
Circuit 4 with original one after another LED pattern (Process):
Circuit 4 one after another LED Code (Process):
A layout of the electrical connections going on in Circuit 5:
The photo resistor is used to dim or brighten the LED based on how much light the photo resistor can pick up (Product [No Process]):
A layout of the electrical connections going on in Circuit 7:
A computer generated version of the finished circuit 8 connection:
A computer generated version of the finished circuit 9 connection:
Circuit 10 in action with no change to code (Process):
Online Schematic of circuit 11 finished in a digital design model:
Video of circuit 12 original Marquee pattern no changed code (Process)