It is well known that Nyquist DACs suffer from static as well as dynamic errors. In this paper, classic binary weighted DACs are considered as a special case of RSD coded current-steering DAC psila s. It is shown that without calibration, an RSD coded DAC shows a better behaviour, with respect to static as well as dynamic errors
This paper classifies correction methods for current-steering Digital-to-Analog Converters (DACs), w...
This paper studies the impact of segmentation on current-steering digital-to-analog converters (DACs...
This chapter discusses published DAC correction methods that do not use error measurements to improv...
It is well known that Nyquist DACs suffer from static as well as dynamic errors. In this paper, clas...
Presented is a 'Redundant Signed Digit' driving scheme for binary weighted D/A conversion. This sche...
It is well known that the performance of current steering D/A converters (DACs) is affected by paras...
A novel Dynamic Element Matching (DEM) method is presented to improve the static and dynamic perform...
Inadvertent but inevitable mismatches among nominally identical unit element 1-bit DACs within a mul...
The demand for high-speed communication systems has dramatically increased during the last decades. ...
A novel Dynamic Element Matching(DEM)method is presented to improve the static and dynamic performan...
In this paper a novel online calibration technique for high-speed DACs is presented. The approach co...
Unavoidable mismatches among the components in 1-bit DACs cause both static and dynamic errors in th...
While the string DAC and thermometer DAC architectures are by far the simplest, they are certainly n...
Multi-stage analog-to-digital converters are the dominant choice in applications that require both h...
With increasing applications in telecommunication systems, high speed and high accuracy digital-to-a...
This paper classifies correction methods for current-steering Digital-to-Analog Converters (DACs), w...
This paper studies the impact of segmentation on current-steering digital-to-analog converters (DACs...
This chapter discusses published DAC correction methods that do not use error measurements to improv...
It is well known that Nyquist DACs suffer from static as well as dynamic errors. In this paper, clas...
Presented is a 'Redundant Signed Digit' driving scheme for binary weighted D/A conversion. This sche...
It is well known that the performance of current steering D/A converters (DACs) is affected by paras...
A novel Dynamic Element Matching (DEM) method is presented to improve the static and dynamic perform...
Inadvertent but inevitable mismatches among nominally identical unit element 1-bit DACs within a mul...
The demand for high-speed communication systems has dramatically increased during the last decades. ...
A novel Dynamic Element Matching(DEM)method is presented to improve the static and dynamic performan...
In this paper a novel online calibration technique for high-speed DACs is presented. The approach co...
Unavoidable mismatches among the components in 1-bit DACs cause both static and dynamic errors in th...
While the string DAC and thermometer DAC architectures are by far the simplest, they are certainly n...
Multi-stage analog-to-digital converters are the dominant choice in applications that require both h...
With increasing applications in telecommunication systems, high speed and high accuracy digital-to-a...
This paper classifies correction methods for current-steering Digital-to-Analog Converters (DACs), w...
This paper studies the impact of segmentation on current-steering digital-to-analog converters (DACs...
This chapter discusses published DAC correction methods that do not use error measurements to improv...
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