Evaluation of the transient analysis method ability for detecting deviation faults in space environments

In this work, we evaluate the ability of the transient response analysis method (TRAM), a low cost off-line test strategy proposed for filters to detect deviations in circuit specifications beyond established limits. For this assessment, we adopt as case study a benchmark second-order filter and for...

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Autores principales: Peralta, José M., Peretti, Gabriela, Laprovitta, Agustín Miguel, Romero, Eduardo, Marqués, Carlos
Formato: Documento de conferencia NonPeerReviewed
Lenguaje:Español
Publicado: 2011
Materias:
TA Ingeniería de asistencia técnica (General). Ingeniería Civil (General)
Acceso en línea:http://pa.bibdigital.ucc.edu.ar/5025/1/A_Peralta.pdf
Aporte de:
Producción Académica Universidad Católica de Córdoba (UCCor) de Universidad Católica de Córdoba
id I38-R144-5025
record_format dspace
spelling I38-R144-50252025-11-18T17:27:13Z http://pa.bibdigital.ucc.edu.ar/5025/ Evaluation of the transient analysis method ability for detecting deviation faults in space environments Peralta, José M. Peretti, Gabriela Laprovitta, Agustín Miguel Romero, Eduardo Marqués, Carlos TA Ingeniería de asistencia técnica (General). Ingeniería Civil (General) In this work, we evaluate the ability of the transient response analysis method (TRAM), a low cost off-line test strategy proposed for filters to detect deviations in circuit specifications beyond established limits. For this assessment, we adopt as case study a benchmark second-order filter and formulate a deviation-fault model that take into consideration the physics of the degradation in space environments. Particularly, we consider the so-called displacement damage produced by the impact of high-energy particles which leads to progressive deviations in the value of integrated diffused resistors. These deviations may cause the performance degradation of the entire application. In order to improve and maximize the fault coverage, several transient response parameters are taken into account. The simulation results show that TRAM reaches excellent fault coverage, suggesting that its use in space applications is encouraging. 2011-12-31 Documento de conferencia NonPeerReviewed application/pdf spa http://pa.bibdigital.ucc.edu.ar/5025/1/A_Peralta.pdf Peralta, José M., Peretti, Gabriela, Laprovitta, Agustín Miguel ORCID: https://orcid.org/0000-0003-1683-9655 <https://orcid.org/0000-0003-1683-9655>, Romero, Eduardo and Marqués, Carlos (2011) Evaluation of the transient analysis method ability for detecting deviation faults in space environments. In: Argentine School of Micro-Nanoelectronics, Technology and Applications, EAMTA 2011.
institution Universidad Católica de Córdoba
institution_str I-38
repository_str R-144
collection Producción Académica Universidad Católica de Córdoba (UCCor)
language Español
orig_language_str_mv spa
topic TA Ingeniería de asistencia técnica (General). Ingeniería Civil (General)
spellingShingle TA Ingeniería de asistencia técnica (General). Ingeniería Civil (General)
Peralta, José M.
Peretti, Gabriela
Laprovitta, Agustín Miguel
Romero, Eduardo
Marqués, Carlos
Evaluation of the transient analysis method ability for detecting deviation faults in space environments
topic_facet TA Ingeniería de asistencia técnica (General). Ingeniería Civil (General)
description In this work, we evaluate the ability of the transient response analysis method (TRAM), a low cost off-line test strategy proposed for filters to detect deviations in circuit specifications beyond established limits. For this assessment, we adopt as case study a benchmark second-order filter and formulate a deviation-fault model that take into consideration the physics of the degradation in space environments. Particularly, we consider the so-called displacement damage produced by the impact of high-energy particles which leads to progressive deviations in the value of integrated diffused resistors. These deviations may cause the performance degradation of the entire application. In order to improve and maximize the fault coverage, several transient response parameters are taken into account. The simulation results show that TRAM reaches excellent fault coverage, suggesting that its use in space applications is encouraging.
format Documento de conferencia
NonPeerReviewed
author Peralta, José M.
Peretti, Gabriela
Laprovitta, Agustín Miguel
Romero, Eduardo
Marqués, Carlos
author_facet Peralta, José M.
Peretti, Gabriela
Laprovitta, Agustín Miguel
Romero, Eduardo
Marqués, Carlos
author_sort Peralta, José M.
title Evaluation of the transient analysis method ability for detecting deviation faults in space environments
title_short Evaluation of the transient analysis method ability for detecting deviation faults in space environments
title_full Evaluation of the transient analysis method ability for detecting deviation faults in space environments
title_fullStr Evaluation of the transient analysis method ability for detecting deviation faults in space environments
title_full_unstemmed Evaluation of the transient analysis method ability for detecting deviation faults in space environments
title_sort evaluation of the transient analysis method ability for detecting deviation faults in space environments
publishDate 2011
url http://pa.bibdigital.ucc.edu.ar/5025/1/A_Peralta.pdf
work_keys_str_mv AT peraltajosem evaluationofthetransientanalysismethodabilityfordetectingdeviationfaultsinspaceenvironments
AT perettigabriela evaluationofthetransientanalysismethodabilityfordetectingdeviationfaultsinspaceenvironments
AT laprovittaagustinmiguel evaluationofthetransientanalysismethodabilityfordetectingdeviationfaultsinspaceenvironments
AT romeroeduardo evaluationofthetransientanalysismethodabilityfordetectingdeviationfaultsinspaceenvironments
AT marquescarlos evaluationofthetransientanalysismethodabilityfordetectingdeviationfaultsinspaceenvironments
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