Titlebook: Analog-to-Digital Conversion; Marcel Pelgrom Textbook 20173rd edition The Editor(s) (if applicable) and The Author(s), under exclusive lic

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Introduction,alog conversion are key functions for optimally exploiting the capabilities of the digital signal processing core. Three basic processes are distinguished in analog-to-digital conversion: the transition between the time-continuous domain and time-discrete domain, the quantization of the signal ampli

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Sampling,ussed. The relation with other techniques such as modulation and sampling of noise is described. The second section discusses the design of time-discrete filters. These filters form an important building block in several conversion structures especially in sigma-delta conversion. Down-sample filters

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Quantization,s. Quantization results in several specific parameters: integral and differential linearities and derived problems such as monotonicity.The signal-to-noise ratio is also affected by quantization. Some special topics are the effect of dither and the relation between differential non-linearity and sig

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Digital-to-Analog Conversion,ts. Next to the architecture, the second choice is the domain in which the converter is realized: voltage, current, charge or time. Realizations in all these domains are discussed and their specific behavior is analyzed. The resistor string is an important conversion element as it constitutes the di

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Time-Interleaving,er channels. The data stream is recombined in the digital domain. The problems associated with time-interleaving are the various errors that can occur: offsets, gain mismatches, sampling time differences, bandwidth variations, and for digital-to-analog conversion also reconstruction errors.