4

diody rownolegle zaleza od pradu I_całe/I_nadiodzie = ilosc diod zeby dzialaly

also they need resistors bo U nadal 5 V przy tym polaczeniu

czyli przy rownoleglym spada natezenie a przy szeregowym spada napiecie

| | | | rownolegle

_ _ _ _ szeregowo

output 5V arduino daje ~200mA, dioda pobiera 20mA = ok 10 diod

docs https://docs.arduino.cc/hardware/uno-rev3/#tutorials

schem elektryczny https://docs.arduino.cc/resources/schematics/A000066-schematics.pdf

pinout https://docs.arduino.cc/resources/pinouts/A000066-full-pinout.pdf

https://docs.arduino.cc/resources/datasheets/A000066-datasheet.pdf

Arduino cant into multitasking bo nie ma wiele watkow bo to biedna kochana atmega32 :C

How To Do Multitasking With Arduino - The Robotics Back-End

Learn how to multitask your Arduino! True multi-threading is not possible on Arduino, but with this code example you’ll see how to work around that.

The Robotics Back-Ended

Jak chcemy wiele watkow to robimy giga petle ifow sprawdzana non stop i elo bez delayow po prostu z czestotliowscia procesora petla i udajemy ze jestesmy rownolegli mimo ze nie

🚨

// C++ code//

void setup(){ 

pinMode(8, OUTPUT);  pinMode(10, OUTPUT);

}
void loop(){ 

digitalWrite(8, HIGH); 

digitalWrite(10, LOW);

delay(500); // Wait for 1000 millisecond(s)  digitalWrite(8, LOW); 

digitalWrite(10, HIGH); 

delay(500);

// Wait for 1000 millisecond(s)

}

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