Electrophysiological signals in the brain are distributed over broad spatial and temporal
scales. Monitoring these signals at multiple scales is fundamental in order to decipher how …

An analysis of the statistics of multistage (pipeline, SAR, and algorithmic) ADCs with
redundancy is performed and the ability to achieve an extra 6 dB of resolution in ADCs with …

Understanding the interplay among the spectrum of electrophysiological signals in the brain,
distributed over broad spatial and temporal scales, is fundamental to decipher how brain …

This paper presents a column-level 14-bit two-stage analog-to-digital converter (ADC)
based on pseudo-differential operational amplifier, which is designed for the readout circuit …

A new method for modelling and analysis of non-linearity errors caused by the capacitor
mismatches and op-amp non-idealities in two-step analogue-to-digital converters (ADCs) is …

We propose a method of reducing the switching noise in the substrate of an integrated
circuit. The main idea is to design the digital circuits to obtain a periodic supply current with …

The paper describes a SIMULINK® model for the complete time-domain behavioral
simulation of A to D converter. In general standard CAD models are lacking in utility, since …

Non-idealities such as static device mismatch and dynamic timing mismatch, in different
architectures of multi-steps analog to digital converter affect the redundancy and …

This paper presents a low-power 14-bit hybrid incremental Σ-Δ/cyclic analog-to-digital
converter (ADC) based on pseudo-differential operational amplifier, which is designed for …

This paper presents a two-stage ADC based on pseudo-differential operational
transconductance amplifier (OTA), which is designed for the readout circuit of X-ray linear …