System simulation for EMC network analysis

Foissac, Mikaël; Schanen, Jean‐Luc; Frantz, G.; Frey, David; Vollaire, Christian

doi:10.1109/apec.2011.5744636

Cited by 15 publications

(6 citation statements)

References 5 publications

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“…The present work will particularly be interested in the waveforms generated by two types of MOSFET switching for the two operating regions of a diode-based rectifier bridge: passing and half-blocked [21][22][23][24][25]. Figure 6 shows the experimental and simulated waveforms of the current iT and the voltage VR.…”

Section: Methodsmentioning

confidence: 99%

Evaluation of Conducted Disturbances Generated by the Chopper-rectifier Association Propagating to the Electrical Network

Chikhi¹,

Bendaoud²

2019

EJEE

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This work aims to investigate the electromagnetic disturbances generated by a rectifierchopper association. Electromagnetic conducted emissions are a phenomenon that is difficult to predict, particularly within a complex power grid which includes static converters, considered to be the origin of these disturbances. In this paper, the EMC behavior of a switching cell is studied, using both experiments and simulations. A comparison results is also presented. Shape and amplitude of disturbances carried out will play an important role in the propagation phenomena of disturbances over a network using a Line Impedance Stabilizer Network (LISN), simulations have been done with Ltspice software. The results underscore that the nature of disturbances induced in the network is dependent on the operating region of the bridge. The main conclusion of this work is that this device is really electromagnetic pollutant and must then be taken into account, as a whole, in any study implying this kind of converters. The results will be used in optimizing the dimensions of EMC filters to be placed at the input side of the converter depending on the network and converter's impedances.

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Section: Methodsmentioning

confidence: 99%

Evaluation of Conducted Disturbances Generated by the Chopper-rectifier Association Propagating to the Electrical Network

Chikhi¹,

Bendaoud²

2019

EJEE

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“…The inductance of the screen and the conductors consists of two main components, the self-inductance of each part and in addition the mutual inductance between the conductors and accordingly the screen using formula set (3,4). This formula can only be used for cable set-ups in free space, as soon as there is a conductive ground plan near the cable this fact has to be taken in account and the formulas have to be adapted.…”

Section: Modelling Shielded High Voltage Cablementioning

confidence: 99%

“…Instead a black box behavioral model containing only the necessary impedance information of the component needs to be introduced into the development process. The authors started with already published black box models as described for example in [2,3,4,5]. Such a black box behavior would be sufficient in combination with cable and battery models.…”

Section: Introductionmentioning

confidence: 99%

System Simulation of Automotive High Voltage Grids: Modelling of Power Converters and Connecting Cables

Schoerle

Hoene

Hoffmann

et al. 2014

2014 IEEE Vehicle Power and Propulsion Conference (VPPC)

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Automotive high voltage components are developed and tested independently regardless to the system they are implemented in. The first system test is not performed before all components are implemented in a real car setup. This paper describes a modelling and simulation method to verify the intra system compatibility of each component to ensure their proper operation regarding control loop stability and EMC within the high voltage grid. The models used are gained from real component measurements to create a black-box equivalent containing sufficient information for a system simulation without requesting too much information which is under supplier's intellectual property.

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“…Methods in [16]- [18] study the EMI performance of a single part from the system, but do not deal with system EMI performance and EMI emissions. Otherwise, [19] takes into account the system emissions, but the model is very compact and cannot be used for system improvement.…”

Section: Introductionmentioning

confidence: 99%

N-Conductor Passive Circuit Modeling for Power Converter Current Prediction and EMI Aspect

Mrad¹,

Morel

Pillonnet

et al. 2013

IEEE Trans. Electromagn. Compat.

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International audienceThis paper proposes a method to study the impact of passive circuits such as filters, loads, and board layout on conducted electromagnetic emissions. The method is dedicated to power converters with N-active conductors and a ground conductor, followed by passive circuits. A sophisticated use of impedance matrices allows high-frequency current prediction. The power system is divided into functional circuits called blocks. Each passive block is modeled by an impedance matrix. A fast matrix calculation permits association of those matrices to obtain a compact model represented by an impedance matrix. Knowing the converter output voltages and the resulting impedance matrix, currents are calculated to study the influence of each passive block on high-frequency current spectrum, and so the electromagnetic interference. This will help to filter and board layout design for a given load. After presenting the general use of the method, the validation is performed on a differential Class-D audio amplifier used in cell phone applications. The practical application on a two-active conductor system validates the method up to 110 MHz

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System simulation for EMC network analysis

Cited by 15 publications

References 5 publications

Evaluation of Conducted Disturbances Generated by the Chopper-rectifier Association Propagating to the Electrical Network

Evaluation of Conducted Disturbances Generated by the Chopper-rectifier Association Propagating to the Electrical Network

System Simulation of Automotive High Voltage Grids: Modelling of Power Converters and Connecting Cables

N-Conductor Passive Circuit Modeling for Power Converter Current Prediction and EMI Aspect

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