Linearity testing of analog-to-digital converters (ADCs) is very challenging and expensive
due to the stringent linearity requirement on the stimulus and the extremely long test time …

A simple algorithm (SAL) and a modified SAL (MSAL) for the estimation of the phase
difference between two sine-wave signals are proposed. The results obtained by SAL and …

For high performance analog and mixed-signal products, production test is a significant
contributor to the recurring manufacturing cost. For high resolution ADCs, the cost of build …

The performance of current electronic devices is mostly limited by analog front-end and
analog-to-digital converter's (ADC) actual parameters. One of the most important parameters …

The paper presents a pre-processing scheme to enhance the resolution of data acquisition
systems (DASs) in the presence of band-pass input signals. The proposed solution permits …

The paper introduces a new ADC static nonlinearity model focusing on SAR ADC which is
labelled the unified ADC nonlinearity error model. The model can also cover any other ADC …

Modeling the integral nonlinearity by the unified behavioral error model which is expressed
as one dimensional image in the code k domain requires a minimal number of error …

Linearity test of an analog-to-digital converter (ADC) can be very challenging because it
requires a signal generator substantially more linear than the ADC under test. For high …

This paper proposes an innovative method for Integral Nonlinearity (INL) testing, that allows
to measure the voltage corresponding only to a subset of all the codes of Digital-to-Analog …

In the analog-to-digital converter (ADC) test process, the static and dynamic performance
parameters are the most important, and the tests for these parameters account for the bulk of …