Coupling suppression in microstrip lines using a bi-periodically perforated ground plane

Leong, K.M.K.H.; Guyette, Andrew C.; Elamaran, B.; Shiroma, Wayne A.; Itoh, T.

doi:10.1109/7260.1000192

Cited by 17 publications

(6 citation statements)

References 8 publications

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“…O circuito representado pela Fig. 3, mostra duas linhas de microfita adjacentes de 50Ω separadas por 1 mm [4]. O substrato é do tipo RT/Duroid, constante dielétrica, ε r = 2,2 e espessura de 0.71 mm.…”

Section: A Linhas De Microfitas Adjacentes Ebgunclassified

Modelagem de Linhas Planares EBG Usando Uma Nova Técnica Neurocomputacional

Fernandes¹,

Silva²,

’Assunção³

et al. 2003

Anais Do XX Simpósio Brasileiro De Telecomunicações

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Resumo-Estruturas EBG são empregadas para minimizar o efeito de acoplamento entre linhas de transmissão palnares; e para eliminar a propagação de modos espúrios em guia de onda de placas paralelas. Neste trabalho, modelos neurais SF-ANN são desenvolvidos de modo a simular estes dispositivos EBG. As simulações realizadas mostram a eficiência e precisão dos modelos propostos, com excelentes aproximações dos valores medidos, além de generalizações para novos valores de parâmetros estruturais.Palavras-Chave-Estruturas EBG, redes neurais artificiais, linhas planares de transmissão.

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Section: A Linhas De Microfitas Adjacentes Ebgunclassified

Modelagem de Linhas Planares EBG Usando Uma Nova Técnica Neurocomputacional

Fernandes¹,

Silva²,

’Assunção³

et al. 2003

Anais Do XX Simpósio Brasileiro De Telecomunicações

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“…In applications of wireless communications, research on resonance and radiation patterns for the meshed ground plane has been carried out. Several studies have been published that it increases near-field coupling and far-field emission [5][6][7][8][9]. However, in this paper, we analyze the effect of signal integrity and power integrity on PCB as the mesh size changes on the ground plane.…”

Section: Introductionmentioning

confidence: 98%

Analysis of Signal Transmission Characteristics on Meshed Ground Plane

Nam¹,

Kim²

2017

IJCA

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“…As a good bandstop filter, the two dimensional EBG microstrip structure with circular etched patches was used to suppress coupling of two close micros trip lines or two intersecting microstrip lines working at different frequencies [53]. It was used as reflectors at two ends of a micros trip line to construct a Bragg resonator [54].…”

Section: W1 W 2 W1mentioning

confidence: 99%

The effects of ground planes in modern electromagnetic applications

Huang¹

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1.50 Calculated local fields (absolute value relative to that of the excitation field) in the equatorial plane of symmetry for the linear self-similar chain of three silver nanospheres, Ri is the radius of the ith sphere and d i ,i+1 is the distance between the surfaces of the ith and (i + 1)th spheres. Inset: the geometry of the system in the cross section through the equatorial plane of symmetry [27]. 2.1 Patterned ground microstrip bandstop resonator (a) dumbbell-shaped (Jan. 2001) [3], (b) spiral-shaped (Jun. 2002) [4], (c) double-H-shaped (Feb. 2006) [6], (d) modified dumbbell-shaped (Sept. 2006) [28], (e) T-shaped (Sept. 2007) [9], and (f) E-shaped. 71 2.2 The V-slot patterned ground microstrip bandstop resonator [7]. 2.3 Slotted ground microstrip bandstop resonators adopted V-slot geometries 2.4 S21-parameters of the patterned ground structures when they are designed to resonate at fo = 5 GHz.

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Coupling suppression in microstrip lines using a bi-periodically perforated ground plane

Cited by 17 publications

References 8 publications

Modelagem de Linhas Planares EBG Usando Uma Nova Técnica Neurocomputacional

Modelagem de Linhas Planares EBG Usando Uma Nova Técnica Neurocomputacional

Analysis of Signal Transmission Characteristics on Meshed Ground Plane

The effects of ground planes in modern electromagnetic applications

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