Analog-to-digital converters (ADCs) are critical components of signal-processing systems.
ADC errors can compromise the overall accuracy and the effectiveness of the whole system …

As the commonly used wideband software radio receiver does not possess the performance
of a high linear dynamic range under multiple signal excitation, a new type of adaptive …

The integral nonlinearity (INL) is used for the postcorrection of analog-digital converters
(ADCs). An input-frequency-dependent INL model is developed for the postcorrection. The …

The Volterra series behavioral approach has been largely applied in recent years for
modeling of nonlinear dynamic systems. Only recently it was used to mathematically model …

Pseudorandom test of analog and mixed-signal circuits provides a low-cost test solution;
however, its application has been restricted to linear circuit testing. This paper presents an …

This work considers behavior modeling of analog to digital converters with applications in
the radio frequency range, including the field of telecommunication as well as test and …

提出了一种基于Volterra 模型的实时非线性数字后补偿方法. 考虑到接收机难以事先获知输入
信号的特点, 设计了“大信号频率外总功率最小” 的盲辨识准则, 自适应地调整模型参数以拟合出 …

This paper presents a new built-in self test (BIST) method based on efficient digital
equalization and spectral prediction techniques. The method enables accurate built-in …

A Volterra model is used to calibrate a pipeline ADC simulated in Cadence Virtuoso using
the STMicroelectronics CMOS 45 nm process. The ADC was designed to work at 50 MSps …

This chapter gives an introduction and an overview to correction methods for analog-to-
digital converters (ADCs), including methods that are implemented using look-up tables, the …