Titlebook: Dynamic-Mismatch Mapping for Digitally-Assisted DACs; Yongjian Tang,Hans Hegt,Arthur van Roermund Book 2013 Springer Science+Business Medi

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Design Example,ance of IM3 < -83 dBc, SFDR > 78 dBc and NSD < -163 dBm/Hz across the Nyquist band at 200 MS/s, which is at least 5 dB linearity improvement in the whole Nyquist band compared to the intrinsic performance, and the noise floor is not increased. Benchmarks are given, showing that this design has a state-of-the-art performance.

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?Das sind in der Tat wichtige Fragen“ch errors (such as amplitude and timing errors) are generated. If current cells perfectly match, i.e. no mismatch errors, non-mismatch errors, such as clock jitter, absolute duty-cycle error, finite output impedance and switching interferences, may still limit the DAC performance.

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Modeling and Analysis of Performance Limitations in CS-DACs,ch errors (such as amplitude and timing errors) are generated. If current cells perfectly match, i.e. no mismatch errors, non-mismatch errors, such as clock jitter, absolute duty-cycle error, finite output impedance and switching interferences, may still limit the DAC performance.

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Zwischen Basiss?tzen, Gesang und den Frauenfficient way is discussed next. Matlab Monte-Carlo statistical simulations are also performed in this section to show the performance improvement by DMM, with a comparison to traditional static-mismatch mapping techniques. Finally, the application of DMM is discussed and summarized.