MODELLING AND REALIZATION OF A COMPACT CPW TRANSMISSION LINE USING 3D MMICS TECHNOLOGY IN ADS MOMENTUM
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Date
2019-12-12
Journal Title
Journal ISSN
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published by IEEE Xplore
Abstract
The two dimensional monolithic microwave integrated
circuits (2D MMIC) are mainly implemented in a planar
fashion and use microstrip design based technology. At
microwave frequency and above, they would require a large
amount of passive circuitry therefore occupying a great deal
of space (area). Furthermore the 2D MMIC is associated with
some disadvantages ranging from the use of very thin
substrate which makes it less reliable, to very delicate
substrate due to the use of via-hole technology, coupling issue
and high cost due to large area it occupies. To solve these
problems a three-dimensional multilayer technique 3D MMIC
was used. The design of the 3D MMIC is based on coplanar
waveguide (CPW), in this design the signal is protected by the
two grounds on both side, the circuit becomes more compact,
cost-effective and with improved performance. This research
work was aimed at the design, modelling and investigation of
a GaAs based multilayer compact 3D MMIC transmission
line. Different transmission lines were designed and modelled
using Agilent’s Advanced Design System (ADS) and their Sparameters
were extracted using Electromagnetic (EM)
simulator momentum
Description
Keywords
MMIC,, ADS, Microstrip,, Coplanar waveguide
Citation
Bello, H., Oyeleke, O., Usman, A. D., Bello, T., Mohammad, I., & Zakariyya, O. S. (2019): MODELLING AND REALIZATION OF A COMPACT CPW TRANSMISSION LINE USING 3D MMICS TECHNOLOGY IN ADS MOMENTUM. 2019 IEEE 15th International Conference on Electronics Computer and Computation, held at Nile University Abuja, on December 10th-12th, 2019. published by IEEE Xplore. Available online at https://ieeexplore.ieee.org/document/9043289