International audienceThe excess loop delay in continuous-time LC-based ΣΔ modulators, which usually has negative effect on the stability and the signal-to-noise ratio of the modulator, can be used to simplify the modulator architecture and reduce the number of needed feedback branches. The proposed technique is discussed and validated using a design example of a fourth-order bandpass continuous-time LC-based modulator
The research investigates several critical design issues of continuous-time (CT) [Sigma Delta] modul...
International audienceThis study focuses on the design of high-loop-delay modulators for parallel si...
In the analysis of the ΣΔ modulator’s SQNR in Chap. 5, the circuits are assumed to have no imperfect...
The Q-enhanced LC filters are the most used architecture in the Bandpass (BP) Continuous-Time (CT) D...
International audienceLoop-delay is one of the major sources of instability and signal-to-noise rati...
Abstract- A method to compensate the Excess Loop Delay (ELD) in CT I:.A modulators using Gm-C loop f...
This work presents a prototype low pass continuous time sigma delta modulator which uses transmissio...
This work presents a prototype low pass continuous time sigma delta modulator which uses transmissio...
Abstract—In this paper we present a framework for robust design of continuous-time Σ ∆ modulators. T...
In the article at hand a complete equivalency, i.e. including the input signal, between continuous-t...
Graduation date: 2006Recently, continuous-time ΔΣ modulators are appearing increasingly often in bot...
This dissertation concerns the investigation of current problems associated with the analysis and de...
ΣΔ technique has always been the popular choice for designing high resolution data converters due to...
This paper presents a 3rd-order, 3-bit continuous-time (CT) \Updelta\Upsigma Δ Σ modulator for an LT...
This is an author's peer-reviewed final manuscript, as accepted by the publisher. The published arti...
The research investigates several critical design issues of continuous-time (CT) [Sigma Delta] modul...
International audienceThis study focuses on the design of high-loop-delay modulators for parallel si...
In the analysis of the ΣΔ modulator’s SQNR in Chap. 5, the circuits are assumed to have no imperfect...
The Q-enhanced LC filters are the most used architecture in the Bandpass (BP) Continuous-Time (CT) D...
International audienceLoop-delay is one of the major sources of instability and signal-to-noise rati...
Abstract- A method to compensate the Excess Loop Delay (ELD) in CT I:.A modulators using Gm-C loop f...
This work presents a prototype low pass continuous time sigma delta modulator which uses transmissio...
This work presents a prototype low pass continuous time sigma delta modulator which uses transmissio...
Abstract—In this paper we present a framework for robust design of continuous-time Σ ∆ modulators. T...
In the article at hand a complete equivalency, i.e. including the input signal, between continuous-t...
Graduation date: 2006Recently, continuous-time ΔΣ modulators are appearing increasingly often in bot...
This dissertation concerns the investigation of current problems associated with the analysis and de...
ΣΔ technique has always been the popular choice for designing high resolution data converters due to...
This paper presents a 3rd-order, 3-bit continuous-time (CT) \Updelta\Upsigma Δ Σ modulator for an LT...
This is an author's peer-reviewed final manuscript, as accepted by the publisher. The published arti...
The research investigates several critical design issues of continuous-time (CT) [Sigma Delta] modul...
International audienceThis study focuses on the design of high-loop-delay modulators for parallel si...
In the analysis of the ΣΔ modulator’s SQNR in Chap. 5, the circuits are assumed to have no imperfect...