![]() The coding and actually getting things to work will be a long time from now, the main thing is to get the hardware ready to be fully assembled. ![]() for this i'm using a rotary encoder and this code as basis. but ifso i will also have this manual override.īasic idea is to get some temp sensors to measure an average temp and change the colour of the led strip accordingly.Īs it is a machine that will be used in dark and light conditions i want the light intensity to be able to be set manually. therefor one would want it brighter or dimmer according to the circumstances, maybe i can do an automatic adjustment. It is intended to use the rotary encoder to set the light intensity of a ledstrip (ws2812b strip) manually, as the apperatus will be used in the dark as in light. The most common are the Arduino Leonardo and the Pro Micro. These boards do not require a separate bridge chip, they can communicate directly over USB. There are some Arduino boards that use microcontrollers with native USB capabilities. The Arduino IDE comes with the drivers for the ATmega16U2 and FT232 so usually you will only have troubles with that if you get one of the clone Arduino boards that use the CH340 (that's the cheapest of the three chips so it's quite common on the cheap clones). Typically the only reason you will need to think about this chip is if you need to install the correct drivers for it in order for your board to be recognized by your computer. The most common are the FTDI FT232 (AKA "FTDI") and the CH340. Other Arduino boards use chips that are specifically designed for this use. The ATmega16U2 is a microcontroller that has native USB capabilities so it can be programmed to act as a serial-USB bridge. The computer then creates a virtual COM port that makes it seem like your board is connected to a serial port on your computer even though it's connected via USB. For this reason a separate chip is usually added to Arduino boards that acts as a bridge between the serial communication of the ATmega2560 and the USB of your computer. The ATmega2560 is a very nice microcontroller but it doesn't have any USB capabilities. Nowadays we use USB to connect devices to our computers. Serial.prinln()) but most computers these days don't have a true serial port. The ATmega2560 uses serial communication for getting uploaded sketches and communication with the Arduino IDE Serial Monitor (e.g.
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