The susceptibility to electromagnetic interferences of the analog circuits used in the sensor
readout front‐end is discussed. Analog circuits still play indeed a crucial role in sensor …

This paper describes the effect of EMI (electromagnetic interference) on analog integrated
circuits, and introduces four design guidelines targeted at improving the susceptibility of …

This paper provides the results of a comprehensive comparison between complementary
metal oxide semiconductor (CMOS) amplifiers with low susceptibility to electromagnetic …

A novel harmonic balance surrogate-based technique to create fast and accurate behavioral
models predicting, in the early design stage, the performance of nonlinear analog devices …

During circuit conduction immunity simulation assessments, the existing black-box modeling
methods for chips generally involve the use of time-domain-based modeling methods or …

This article addresses the challenge of modeling the conducted immunity of mixed analog-
digital integrated Circuits under electromagnetic interference (EMI). We propose a black-box …

In this article, a novel method is proposed for determining the running state of a system
through the classification of electromagnetic interference (EMI) leakage using neural …

Low dropout voltage regulators (LDOs) play a crucial role in power management circuits.
Unfortunately, long-term instability may threaten their functionality as well as their EMC …

A concept of modelling electromagnetic immunity (EMI) of integrated circuits (IC) by using
support vector machines (SVM) is presented. The problem of detecting, modelling and …

A method to translate immunity specifications of automotive modules into equivalent
requirements at integrated circuit (IC) level, using linear scattering parameter models of the …