#Arduino mega 2560 digital pins Pc#

cli() // switch interrupts off while messing with their settings if (digitalRead(Pin_FinecorsaX_F)=LOW) Serial.print(F('=>')) Serial.println('D4') PinMode(Pin_FinecorsaX_0, INPUT_PULLUP) // Pin_FinecorsaX_0 is input to which a switch is connectedĭigitalWrite(Pin_FinecorsaX_0, HIGH) // Configure internal pull-up resistorĬli() // switch interrupts off while messing with their settings

Is there another mothod to associate an interrupt a these pins (pin state changes). To enable pin4, pin12 and pins A0-A5 interrupts on Arduino UNO, I have used the following method. I'll study and try your indications and information. So, hopefully this will save Marcello some time when he tries to use these things. You'll notice these pages match for the UNO board, but not for the Mega. The table below shows the available interrupt pins on various boards.īoard int.0 int.1 int.2 int.3 int.4 int.5 To get the 'correct' info, where it says, So, without going through the entire other thread again, what you need to do is look at the following web page

#Arduino mega 2560 digital pins Pc#

However, the other lines are where the big mess is, namelyģ PD 3 PWM T2B, Ext Int 1 PE 5 PWM T3C, INT5ġ8 PC 4 4 I2C SDA PD 3 USART1 TX, Ext Int 3ġ9 PC 5 5 I2C SCL PD 2 USART1 RX, Ext Int 2 They are referring to PCINT8, PCINT4, ie the pin change interrupts. Basically the Arduino 'experts' don't seem to see the problems - or else they might actually fix them - but dumb coders like me get burned, and end up wasting an awful lot of time.įirst off, on the spreadsheet where it says I hate to say this, after the messy events of the past couple of days ,īut there are errors in that file for the Mega board, just as on the Mega board schematic and pinout diagrams.