Propagation characteristics of suspended MIS coupled slow-wave microstrip lines

A. K. Verma; Nasimuddin; Enakshi K. Sharma

doi:10.1002/mop.10476

Propagation characteristics of suspended MIS coupled slow-wave microstrip lines

A. K. Verma^*, Nasimuddin, Enakshi K. Sharma

^*Corresponding author for this work

Research output: Contribution to journal › Article › peer-review

2 Citations (Scopus)

Abstract

The single-layer reduction (SLR) formulation is presented to compute the propagation characteristics, that is, the slowing factor (normalized phase constant) and the attenuation constant of the even and odd modes of the suspended MIS coupled slow-wave microstrip lines. The proposed structure is suitable for the design of a compact high-directivity coupler. For the standard coupled MIS microstrip line the SLR computes the slowing factor with deviation about 1% and the attenuation constant with 0.005 dB/mm difference against results of the spectral domain analysis (SDA). The SLR is as accurate as the SDA; however, computationally it is much faster than the SDA.

Original language	English
Pages (from-to)	403-405
Number of pages	3
Journal	Microwave and Optical Technology Letters
Volume	34
Issue number	6
DOIs	https://doi.org/10.1002/mop.10476
Publication status	Published - 20 Sept 2002
Externally published	Yes

Keywords

Attenuation constant
Multilayer coupled microstrip line
Slowing factor

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10.1002/mop.10476

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title = "Propagation characteristics of suspended MIS coupled slow-wave microstrip lines",

abstract = "The single-layer reduction (SLR) formulation is presented to compute the propagation characteristics, that is, the slowing factor (normalized phase constant) and the attenuation constant of the even and odd modes of the suspended MIS coupled slow-wave microstrip lines. The proposed structure is suitable for the design of a compact high-directivity coupler. For the standard coupled MIS microstrip line the SLR computes the slowing factor with deviation about 1% and the attenuation constant with 0.005 dB/mm difference against results of the spectral domain analysis (SDA). The SLR is as accurate as the SDA; however, computationally it is much faster than the SDA.",

keywords = "Attenuation constant, Multilayer coupled microstrip line, Slowing factor",

author = "Verma, {A. K.} and Nasimuddin and Sharma, {Enakshi K.}",

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AU - Verma, A. K.

AU - Nasimuddin,

AU - Sharma, Enakshi K.

PY - 2002/9/20

Y1 - 2002/9/20

N2 - The single-layer reduction (SLR) formulation is presented to compute the propagation characteristics, that is, the slowing factor (normalized phase constant) and the attenuation constant of the even and odd modes of the suspended MIS coupled slow-wave microstrip lines. The proposed structure is suitable for the design of a compact high-directivity coupler. For the standard coupled MIS microstrip line the SLR computes the slowing factor with deviation about 1% and the attenuation constant with 0.005 dB/mm difference against results of the spectral domain analysis (SDA). The SLR is as accurate as the SDA; however, computationally it is much faster than the SDA.

AB - The single-layer reduction (SLR) formulation is presented to compute the propagation characteristics, that is, the slowing factor (normalized phase constant) and the attenuation constant of the even and odd modes of the suspended MIS coupled slow-wave microstrip lines. The proposed structure is suitable for the design of a compact high-directivity coupler. For the standard coupled MIS microstrip line the SLR computes the slowing factor with deviation about 1% and the attenuation constant with 0.005 dB/mm difference against results of the spectral domain analysis (SDA). The SLR is as accurate as the SDA; however, computationally it is much faster than the SDA.

KW - Attenuation constant

KW - Multilayer coupled microstrip line

KW - Slowing factor

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DO - 10.1002/mop.10476

M3 - Article

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VL - 34

SP - 403

EP - 405

JO - Microwave and Optical Technology Letters

JF - Microwave and Optical Technology Letters

IS - 6

ER -

Propagation characteristics of suspended MIS coupled slow-wave microstrip lines

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Keywords

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