&amp;#x201C;Black box&amp;#x201D; EMC model for power electronics converter

Foissac, Mikaël; Schanen, Jean‐Luc; Vollaire, Christian

doi:10.1109/ecce.2009.5316113

Cited by 43 publications

(35 citation statements)

References 5 publications

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“…Most of modern loads include more than one Power Electronics Converters (DC, AC…) [1], [2]. Since the power converters connected to the grid are excellent Electromagnetic Interference "EMI" generators, it is then necessary to study the global network behavior, including more than one converter, with respect to those ELM disturbances and then synthesize the adequate analytical models.…”

Section: The Context Of the Studymentioning

confidence: 99%

“…Power converters are more and more integrated in electrical grids, particularly in embedded networks where managing input and output power forms are crucial [1]. For instance, Boeing ascertains that the electrical architecture on 787 is more power lossless than an equivalent pneumatic system [2], which illustrates how important is the "power by wire" concept.…”

Section: Introductionmentioning

confidence: 99%

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Input impedance of modern embedded networks including many power electronics converters: An analytical investigation

Ales

Boudaren

Karouche

et al. 2015

2015 IEEE 15th International Conference on Environment and Electrical Engineering (EEEIC)

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Z i N et wo rk S ou rce Z 0 Z 1 N o d al 0 N o d a l i N o d a l 1 A ft e r t h e fi lt e r Be fo r e t h e f il te r Z lAbstract-Power by wire concept is a novel trend in modern electrical systems. Hence, system networks have become more and more sophisticated, and their modeling is no longer an easy task. In this paper, we propose an analytical analysis of a global EMC of a modern electrical network. Explicitly, we develop an analytical model to evaluate differential mode impedance at different sites of a complex network. To this end, we use a Transmission Line "TL" theory applied in the case of bifilar cables. Bifilar cable parameters, such as the propagation constant and the characteristic impedance, are identified by measurement via the impedance analyzer Agilent 4294A. Such parameters are included into the analytical model for the computation process. The impedances, computed at different sites are compared to each other, and on the same time, to the impedance of Line Impedance Stabilization Network (LISN) in accordance with the CISPR 22 standard. To assess the model performance, we have carried out an experimental test bench. The measured impedances agree with those computed analytically.

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Section: The Context Of the Studymentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Input impedance of modern embedded networks including many power electronics converters: An analytical investigation

Ales

Boudaren

Karouche

et al. 2015

2015 IEEE 15th International Conference on Environment and Electrical Engineering (EEEIC)

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“…Here, we propose an IR black-box modelling method based on [9]. The proposed method uses 2 PCB boards with the same uC but with different external components to estimate IntZ/IntCA.…”

Section: Ir Solution Deductionmentioning

confidence: 99%

“…This paper proposes a black-box [9] method and tries to resolve the problem. The idea is based on impulse response (IR) function estimation by 2 testing boards.…”

Section: Introductionmentioning

confidence: 99%

IC-EMC model extension based on internal impulse response function

Yuan

Huang

Hsu

et al. 2012

2012 Asia-Pacific Symposium on Electromagnetic Compatibility

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This paper proposes a method for microcontroller's IC-EMC model extension. The internal impedance can be estimated without any prior knowledge of microcontroller. The internal impedance is represented by "impulse response" (IR) function and built into an extended IC-EMC model. Theoretical deduction, simulation, and a case study are presented in this paper. Currently, the case study shows that the proposed method is accurate within limited bandwidth (below 30 MHz) due to measurement limitations and is expected to be more accurate with more advanced equipments. This method can help IC design companies to keep their intellectual properties (IP) inside while providing an IP-unrelated EMC model for IC-EMC modellers. It can also help IC-EMC modellers to determine different IC's internal impedance by themselves.

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“…Traces on the board contribute a larger measured impact than the device under test [16]. The SMA connector, trace, and PCB board that cause the impedance effects that were eliminated by the deembedding method are shown in Figure 3.…”

Section: Deembeddingmentioning

confidence: 99%

RLC circuit extraction with the differential evolution algorithm for conducted electromagnetic emission model of integrated circuits

Başak¹,

Kuntman²

2016

Turk J Elec Eng & Comp Sci

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This paper examines the modeling of conducted electromagnetic emissions of integrated circuits. In this study, test circuits were designed and printed circuit boards were prepared to measure the input impedance at the power supply pin of the microcontroller. After S-parameter measurements of the test circuit were performed in a frequency range of 10 MHz to 2 GHz, Z-parameters were obtained via S-parameters. Next, the impedance-frequency curve of the test circuit's power supply pin, which consists of a microcontroller core, printed circuit board, conductive trace, and SMA connector global impedances, was obtained. Therefore, all the traces, printed circuit board, and SMA connector impedance effects were eliminated with the deembedding technique. After all other impedance effects were deleted with the deembedding technique, the input impedance at the power supply pin of the microcontroller was obtained and shown with impedance-frequency characteristics. The passive (RLC) circuit was modeled from this curve and the results were compared to the measurements. The differential evolution algorithm was used to extract the optimal RLC passive elements. Finally, sensitivity analyses were successfully performed to ensure the accuracy of the extracted circuit.

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“Black box” EMC model for power electronics converter

Cited by 43 publications

References 5 publications

Input impedance of modern embedded networks including many power electronics converters: An analytical investigation

Input impedance of modern embedded networks including many power electronics converters: An analytical investigation

IC-EMC model extension based on internal impulse response function

RLC circuit extraction with the differential evolution algorithm for conducted electromagnetic emission model of integrated circuits

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