Amin, Ahmadreza, Salehi, Alireza, Ghezelayagh, Mohammd Hossin, Ghanegharabagh, Yaghob (2010). Three dimensional Simulation and Testing of Radiative Electromagnetic Wave Characteristics on Electronic Circuits Using FDTD Method. , 10(2), 61-72.
Ahmadreza Amin; Alireza Salehi; Mohammd Hossin Ghezelayagh; Yaghob Ghanegharabagh. "Three dimensional Simulation and Testing of Radiative Electromagnetic Wave Characteristics on Electronic Circuits Using FDTD Method". , 10, 2, 2010, 61-72.
Amin, Ahmadreza, Salehi, Alireza, Ghezelayagh, Mohammd Hossin, Ghanegharabagh, Yaghob (2010). 'Three dimensional Simulation and Testing of Radiative Electromagnetic Wave Characteristics on Electronic Circuits Using FDTD Method', , 10(2), pp. 61-72.
Amin, Ahmadreza, Salehi, Alireza, Ghezelayagh, Mohammd Hossin, Ghanegharabagh, Yaghob Three dimensional Simulation and Testing of Radiative Electromagnetic Wave Characteristics on Electronic Circuits Using FDTD Method. , 2010; 10(2): 61-72.

Three dimensional Simulation and Testing of Radiative Electromagnetic Wave Characteristics on Electronic Circuits Using FDTD Method

The Modares Journal of Electrical Engineering
Article 5, Volume 10, Issue 2, 2010, Pages 61-72    PDF (698.62 K)
Authors
Ahmadreza Amin1; Alireza Salehi1; Mohammd Hossin Ghezelayagh* 2; Yaghob Ghanegharabagh2
1K. N. Toosi University of Technology
2Imam Hossein University
Abstract
Voltages and currents are induced into electronic circuit boards as electromagnetic waves are radiated on them. The strength of induction depends on the wavefront and the circuit board characteristics. In this paper, by solving Maxwell’s equations using FDTD method and then by extending it by three dimensional simulation using the GPML criteria for boundary conditions and TF/SF technique, effect of wave propagation characteristics on induction into microstrip lines of the circuit board and its surrounding was investigated. Converting electrical equations into electromagnetic counterparts in the Gummel-Poon model has then provided the possibility of performance analysis of BJT with wave equations. Comparison of experimental and simulation results have shown that for the analysis of electromagnetic wave effects on electronic circuits one can use active electronic component models in simulation with FDTD methods.
Keywords
FDTD; Wave and Circuits Interaction; EMC; BJ T; Gummel-Poon Model
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