1 . Resolution=Voltage Range/2^n Where: Voltage Range = 3.3V (the output voltage range from 0V to 3.3V) n = number of bits in the digital input (12 bits in this case) Now, let's calculate the resolution: Resolution = 3.3/2^12 =0.80586mV So, the resolution of the analogue output is approximately 0.80586 mV per bit.
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2 . Resolution=Voltage Range/2^n Where: Voltage Range = 3.3V (the output voltage range from 0V to 3.3V) n = number of bits in the digital input (12 bits in this case) Now, let's calculate the resolution: Resolution = 3.3/2^12 =0.80586mV So, the resolution of the analogue output is approximately 0.80586 mV per bit.
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