The chip needs power so 2 of the pins, Vcc and GND, provide it power so that it can operate. The Atmega is a low-power chip, so it only needs between V of power to operate. The Atmega chip has an analog-to-digital converter (ADC) inside of it. This must be or else the Atmega wouldn't be capable of interpreting analog signals. atmega//p - 28dip: atmega//p - 32mlf: atmegap - 40pdip: pc6 - pcint14, reset [reset]; pd0 - pcint16, rxd [pin0]; pd1 - pcint17, txd [pin1] pd2. ATmega /P-Arduino Pin Mapping. Note that this chart is for the DIP-package chip. The Arduino Mini is based upon a smaller physical IC package that includes two extra ADC pins, which are not available in the DIP-package Arduino implementations.
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