This paper presents an efficient method to design cascaded ΣΔ modulators implemented with continuous-time circuits. Instead of using a discrete-to-continuous time transformation, the proposed methodology is based on the direct synthesis of the whole cascaded architecture. This leads to more efficient topologies in terms of circuit complexity, power consumption and robustness with respect to parasitics. As an application, new cascaded topologies are synthesized and optimized to cope with VDSL specifications.This work has been supported by the Spanish CICYT Project TIC2001-0929/ADAVERE.Peer reviewe
This thesis proposes a novel approach for systematic design of reconfigurable continuous-time ΔΣ mod...
This modulator, a cascade hybrid proposal, takes advantage of both Continuous Time (CT) and Discrete...
International audienceThe excess loop delay in continuous-time LC-based ΣΔ modulators, which usually...
This brief presents an efficient method for synthesizing cascaded sigma–delta modulators implemented...
This paper describes new cascaded continuous-time ΣΔ modulators intended to cope with very high-rate...
This paper introduces a systematic top-down and bottom-up design methodology to assist the designer ...
This paper presents an efficient method to synthesize cascaded sigma-delta modulators implemented wi...
Event: Microtechnologies for the New Millennium, 2007, Maspalomas, Gran Canaria, SpainThis paper in...
This paper describes a tool that combines an accurate SIMULINK-based time-domain behavioural simulat...
Abstract—In this paper we present a framework for robust design of continuous-time Σ ∆ modulators. T...
This paper reports the transistor-level design of a 130-nm CMOS continuous-time cascade ΣΔ modulator...
This paper presents the design of a continuous- time multibit cascade 2-2-1 ΣΔ modulator for broadba...
This paper presents a high-level synthesis tool for ΣΔ Modulators (ΣΔMs) that combines an accurate S...
Up to now, there exist two completely different approaches for the synthesis of cascaded CT Sigma-De...
This paper proposes anovel architecture synthesis algorithm for single-loop single-bit∆Σmodulators. ...
This thesis proposes a novel approach for systematic design of reconfigurable continuous-time ΔΣ mod...
This modulator, a cascade hybrid proposal, takes advantage of both Continuous Time (CT) and Discrete...
International audienceThe excess loop delay in continuous-time LC-based ΣΔ modulators, which usually...
This brief presents an efficient method for synthesizing cascaded sigma–delta modulators implemented...
This paper describes new cascaded continuous-time ΣΔ modulators intended to cope with very high-rate...
This paper introduces a systematic top-down and bottom-up design methodology to assist the designer ...
This paper presents an efficient method to synthesize cascaded sigma-delta modulators implemented wi...
Event: Microtechnologies for the New Millennium, 2007, Maspalomas, Gran Canaria, SpainThis paper in...
This paper describes a tool that combines an accurate SIMULINK-based time-domain behavioural simulat...
Abstract—In this paper we present a framework for robust design of continuous-time Σ ∆ modulators. T...
This paper reports the transistor-level design of a 130-nm CMOS continuous-time cascade ΣΔ modulator...
This paper presents the design of a continuous- time multibit cascade 2-2-1 ΣΔ modulator for broadba...
This paper presents a high-level synthesis tool for ΣΔ Modulators (ΣΔMs) that combines an accurate S...
Up to now, there exist two completely different approaches for the synthesis of cascaded CT Sigma-De...
This paper proposes anovel architecture synthesis algorithm for single-loop single-bit∆Σmodulators. ...
This thesis proposes a novel approach for systematic design of reconfigurable continuous-time ΔΣ mod...
This modulator, a cascade hybrid proposal, takes advantage of both Continuous Time (CT) and Discrete...
International audienceThe excess loop delay in continuous-time LC-based ΣΔ modulators, which usually...