Hello, The "ADC INL and offset" calibration process is a method to improve the accuracy of an Analog-to-Digital Converter (ADC) by compensating for its inherent errors. Integral Non-Linearity (INL) is a measure of the ADC's non-linearity, which is the deviation of the ADC's output from a straight line. To implement the ADC INL and offset calibration process in assembly language, you would need to write a program that performs the following steps: Initialize the ADC: Initialize the ADC and set up its configuration registers. Collect data: Write a loop that applies a set of known input voltages to the ADC and measures the corresponding output codes. Calculate INL and offset: Write a set of equations that calculate the INL and offset errors from the collected data. Generate correction coefficients: Write a set of equations that generate the correction coefficients from the calculated INL and offset errors. Apply corrections: Write a loop that applies the correction coefficients to the ADC's output to improve its accuracy. Is there any particular reason you would need to use assembly language instead of C language? Best regards,
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