Abstract-*When sigma-delta modulation is used for audio signal processing, limit cycles in the output may result in idle tones that are audible to the listener. We show that a multibit implementation of a modified first order sigma-delta modulator may be used to produce an effective, stable chaotic modulator that accurately encodes the input and helps remove the presence of idle tones
In the past sigma-delta modulators have been analysed using linear analysis techniques. In these app...
[[abstract]]This work presents a wideband cascaded sigma-delta modulator (CLFSDM) that reduces the n...
In mixed-signal systems, nonlinear distortion due to nonideal analog circuitry can act on quantized ...
Abstract- When sigma delta modulation is used for audio signal processing, limit cycles in the outpu...
The sigma-delta modulator is a popular signal amplitude quantization error (or noise) shaper used in...
International audienceThe paper deals with the synchronization of two chaotic Sigma-Delta Modulators...
This paper presents a quantitative analysis of limit cycle patterns, which plague single-stage singl...
Pattern noise in single-bit delta-sigma modulators remains a phenomenon, which is not yet fully unde...
Abstract: Sigma delta modulation is a popular form of A/D and D/A conversion. This nonlinear device ...
International audienceIn this paper we show that a particular Sigma-Delta quantizer, which is a stro...
This paper proposes a novel algorithm that can be integrated with various design and evaluation tool...
It is well known that second order lowpass interpolative sigma delta modulators (SDMs) may suffer fr...
This paper addresses the problem of pattern noise encountered in single-stage delta-sigma modulators...
This chapter reviews briefly the idea of quantization noise shaping in delta-sigma modulation system...
Present approaches for predicting the stability of Delta-Sigma (Δ-Σ) modulators are mostly confined ...
In the past sigma-delta modulators have been analysed using linear analysis techniques. In these app...
[[abstract]]This work presents a wideband cascaded sigma-delta modulator (CLFSDM) that reduces the n...
In mixed-signal systems, nonlinear distortion due to nonideal analog circuitry can act on quantized ...
Abstract- When sigma delta modulation is used for audio signal processing, limit cycles in the outpu...
The sigma-delta modulator is a popular signal amplitude quantization error (or noise) shaper used in...
International audienceThe paper deals with the synchronization of two chaotic Sigma-Delta Modulators...
This paper presents a quantitative analysis of limit cycle patterns, which plague single-stage singl...
Pattern noise in single-bit delta-sigma modulators remains a phenomenon, which is not yet fully unde...
Abstract: Sigma delta modulation is a popular form of A/D and D/A conversion. This nonlinear device ...
International audienceIn this paper we show that a particular Sigma-Delta quantizer, which is a stro...
This paper proposes a novel algorithm that can be integrated with various design and evaluation tool...
It is well known that second order lowpass interpolative sigma delta modulators (SDMs) may suffer fr...
This paper addresses the problem of pattern noise encountered in single-stage delta-sigma modulators...
This chapter reviews briefly the idea of quantization noise shaping in delta-sigma modulation system...
Present approaches for predicting the stability of Delta-Sigma (Δ-Σ) modulators are mostly confined ...
In the past sigma-delta modulators have been analysed using linear analysis techniques. In these app...
[[abstract]]This work presents a wideband cascaded sigma-delta modulator (CLFSDM) that reduces the n...
In mixed-signal systems, nonlinear distortion due to nonideal analog circuitry can act on quantized ...