Wavelet transform coefficients are defined by both a magnitude and a sign. While promising
algorithms exist for efficiently coding the transform coefficient magnitudes, current wavelet …

Low-power successive-approximation (SA) analog-to-digital converters (ADCs) are
attracting increasing attention these days in biomedical and sensor network applications …

In this paper, we show that the topology of successive approximation analog-to-digital
converters can be used for the realization of a static analog memory (SAM), that is a circuit …

In this paper, the authors demonstrate that a proper connection of two or more low-cost low-
accuracy digital-analog converters can be used for the realization of a high-accuracy static …

This paper proposed a current-mode digital-to-analog converter with a high resolution, high
speed, and small hardware overhead. This design takes advantage of the weighted-current …

The widely used digital-analog converter is the one with 2R/R ladder circuit. It can be easy
realized as an integrated circuit, but accurate input-output characteristic require extremely …

A current-mode digital-to-analog converter designed by combining the weighted-current-
steering approach and the R-βR ladder approach is proposed in this paper. The weighted …

In this paper, we discuss the possibility of realizing high-accuracy digital-analog (DA)
converters by exploiting the properties of R/betaR (beta> 2) ladder networks. Extensive …

In this paper we discuss the possibility of realizing high accuracy low cost AD and DA
converters based on the properties of R/betaR (beta> 2) ladder networks. A simple …

In this paper we present a new digital analog converter (DAC) design, based on the binary
weighted resistor network. The proposed design ensures high conversion accuracy using …