Titlebook: Design, Modeling and Testing of Data Converters; Paolo Carbone,Sayfe Kiaei,Fang Xu Book 2014 Springer-Verlag Berlin Heidelberg 2014 ADC DA

expdient

DAC Standardization and Advanced Testing Methodsss the incoming data in digital format and translate the results into the analogue format by means of Digital-to-Analogue Converters (DACs). As a consequence, the quality of the results provided by such equipment depends on the characteristics of the DAC.

无弹性

A Power-Optimized High-Speed and High-Resolution Pipeline ADC with a Parallel Sampling First Stage f its first stage is implemented in CMOS 65 nm technology. It achieves a full-scale input signal range of 2 V differentially with a 1.2 V supply voltage. Simulations show more than 5 dB improvement in signal-to-noise-and-clipping-distortion ratio (SNCDR) and around 8 dB improvement in dynamic range (

揭穿真相

浪荡子

Dynamic Testing of Analog-to-Digital Converters by Means of the Sine-Fitting Algorithms time jitter, and time base distortions on the dynamic performance of an ADC are also discussed. Besides, some Multi-Harmonics Sine-Fitting Algorithms (MHSFAs) are briefly described. Finally, the accuracy of the . estimates provided by the considered SFAs and MHSFAs are compared through real-world d

Hyperalgesia

Klaus Friese,Christian Plath,Volker Briese its first stage is implemented in CMOS 65 nm technology. It achieves a full-scale input signal range of 2 V differentially with a 1.2 V supply voltage. Simulations show more than 5 dB improvement in signal-to-noise-and-clipping-distortion ratio (SNCDR) and around 8 dB improvement in dynamic range (

Chromatic

翻动

Wassilios E. Fthenakis,Pamela Oberhuemer time jitter, and time base distortions on the dynamic performance of an ADC are also discussed. Besides, some Multi-Harmonics Sine-Fitting Algorithms (MHSFAs) are briefly described. Finally, the accuracy of the . estimates provided by the considered SFAs and MHSFAs are compared through real-world d

guzzle

Ballad

相一致

Klaus Friese,Christian Plath,Volker Briesee and conventional low power design techniques, and presents a parallel sampling technique for pipeline ADC to convert multi-carrier signals efficiently by exploiting the statistical properties of these signals. With the proposed parallel sampling technique, the input signal power of an ADC can be b