Titlebook: CMOS Data Converters for Communications; Mikael Gustavsson,J. Jacob Wikner,Nianxiong Nick T Book 2002 Springer Science+Business Media New

Inferior

影響

Basic Analog Circuit Design,rs, and reference buffers. For high-performance SC data converters, the telescopic opamp with the SC CMFB is the recommended top choice since it is most power-efficient, least noisy, and fastest. To boost the gain, the gain-boosting technique is recommended. For voltage comparators, the best choice

cocoon

Time-Interleaved A/D Converters,be calibrated. A more severe problem is the phase skew errors which increases at high signal frequencies. The most effective way to reduce these errors is to use an input S/H circuit which usually needs an opamp that runs at the full speed of the ADC. The opamp is therefore difficult to design and p

愉快么

forestry

Modeling of Nyquist D/A Converters,ructure, component sizes, etc., in current steering DACs. From the models, we can also calculate the effect of matching errors..Using the results in this chapter, we are able to simulate and predict the performance of the DAC on a high abstraction level, with for example Matlab, which saves time, ov

Colonoscopy

Implementation of CMOS Current-Steering D/A Converters,tlined and for high-speed and high-resolution applications we have found the segmented DAC structure to be most suitable. A key design issue is to find the proper number of bits encode into a thermometer code or if multi-segmented structures are needed. We have shown how the performance of the conve

Commentary

Brittle

Electron and Ion Microscopy Without Lensesoutlined some possible techniques for implementation, such as the charge-redistribution, current-steering, etc. As a guidance, we have summarized a number of reported performances of DACs that are suitable for higher-speed applications in an overviewing figure and table.

laxative

SLING

Electron and Ion Microscopy Without Lensesoutlined some possible techniques for implementation, such as the charge-redistribution, current-steering, etc. As a guidance, we have summarized a number of reported performances of DACs that are suitable for higher-speed applications in an overviewing figure and table.