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--- notes:c4eng:fall2022:projects:vcc2 [2022/09/25 02:58] – [ANALOG vs DIGITAL] lbrant2
+++ notes:c4eng:fall2022:projects:vcc2 [2022/09/29 03:47] (current) – [ELECTRONICS] ilaface
@@ Line 1: / Line 1: @@
 =====BACKGROUND=====
+In vcc2 we will continue to build onto that baseline of knowledge that we have established from previous projects such as vcc0 and vcc1, to build an even more complex circuit. In this project we will combine different types of LEDs, buttons and switches to create multiple functions within a circuit. Circuit control, in its simplest form, is the application and removal of power. This can also be expressed as turning a circuit on and off or opening and closing a circuit.
 ====ANALOG vs DIGITAL====
 You will use digital pin modes when dealing with signals that are either "on" or "off", such as an LED, a switch, or another digital IC.
@@ Line 14: / Line 15: @@
 =====ELECTRONICS=====
+10k ohm resistors
+buttons
+switch
+leds
+rgb LED
+220 ohm resistor to each LED including rgb LED (3 for rgb LED)
+k ohm to switch
 ====PARTS====
 ====RGBLED====
 This LED is basically THREE LEDs packaged together, all sharing a ground.
+The Red-Green-Blue (RGB) is three LEDs in one. By controlling the intensities of each of the three component colors individually, you can create all of the colors of the rainbow. The RGB LED in your kit is a common-cathode RGB LED. Each of the three shorter legs controls an individual color (red, green or blue). The fourth, longer leg is a shared ground—-the common cathode. In contrast to standard individual LEDs, the cathode leg on a common-cathode RGB LED is longer than the other legs.
+(https://learn.sparkfun.com/tutorials/experiment-guide-for-the-johnny-five-inventors-kit/experiment-8-driving-an-rgb-led)
 {{:notes:c4eng:fall2022:projects:rgbled.png|}}

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