ADC (1).pdf
4.9 MB
Title: Understanding Analog-to-Digital Conversion:
1 . Introduction to ADC
2. The processes involved in converting an analog signal to digital, including sampling and quantization
3. Parallel and serial ADCs
4. Resolution of ADC and its importance
5. Types of ADCs including Delta-Sigma ADCs, Flash ADCs, and SAR ADCs
6. SAR switched-capacitor circuit and its modes: sample mode, hold mode, and redistribution mode
7. ADC result formatting and interpreting the output
8. LM35 temperature sensor interfacing
9. Ways to improve the resolution of ADO including oversampling, averaging, decreasing step-size and digital-post-processing
10. Required steps for using ADC to perform an Analog-to-Digital conversion.
#adc #dsp
1 . Introduction to ADC
2. The processes involved in converting an analog signal to digital, including sampling and quantization
3. Parallel and serial ADCs
4. Resolution of ADC and its importance
5. Types of ADCs including Delta-Sigma ADCs, Flash ADCs, and SAR ADCs
6. SAR switched-capacitor circuit and its modes: sample mode, hold mode, and redistribution mode
7. ADC result formatting and interpreting the output
8. LM35 temperature sensor interfacing
9. Ways to improve the resolution of ADO including oversampling, averaging, decreasing step-size and digital-post-processing
10. Required steps for using ADC to perform an Analog-to-Digital conversion.
#adc #dsp