Results 241 to 250 of about 90,040 (285)
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Theory of Coupled Line Coupler-Based Negative Group Delay Microwave Circuit
IEEE Transactions on Microwave Theory and Techniques, 2016A fundamental theory of coupled line coupler-based negative group delay (NGD) topology is established in this paper. The microwave circuit under study consists of the isolated-and coupled-accesses connected in a feedback loop through a lossy interconnect line. The NGD topology is built with fully distributed elements.
Blaise Ravelo
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A novel course on microwave monolithic integrated circuit (MMIC) theory and characterization
IEEE Transactions on Education, 1989A graduate-level course is described that addresses the theory of microwave monolithic integrated circuits (MMICs). Passive and active devices, as well as integrated functions, are theoretically and experimentally analyzed. Monolithic technology aspects are treated and laboratory experiments are developed for a better understanding of MMIC devices. The
D. Pavlidis, M. Tutt
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Traveling Waves and Power Waves: Building a Solid Foundation for Microwave Circuit Theory
IEEE Microwave Magazine, 2013Microwave equivalent-circuit theory is like a grand old building: elegant, carefully crafted, passed from generation to generation, and rooted in history. Traveling waves, the measureable electromagnetic field solutions of Maxwell's equations in a transmission line, form the foundation of the theory.
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2008 China-Japan Joint Microwave Conference, 2008
"Microwave circuit simulator" and "Microwave field simulator" are important tools for analysis and design of microwave circuit. However they have several points to be improved. In order to cover them, we propose to construct common and open platform which can accept any solver for collaboration or academic use, and new solver which is constructed by ...
J. P. Hsu +3 more
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"Microwave circuit simulator" and "Microwave field simulator" are important tools for analysis and design of microwave circuit. However they have several points to be improved. In order to cover them, we propose to construct common and open platform which can accept any solver for collaboration or academic use, and new solver which is constructed by ...
J. P. Hsu +3 more
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Modeling of Microwave and Terahertz Trapped Modes by Circuit Theory Methods
2023 IEEE International Conference on Information and Telecommunication Technologies and Radio Electronics (UkrMiCo), 2023Olexander Zhivkov +5 more
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Developing SLH Theory for Use with Microwave Circuits
2021 IEEE International Conference on Quantum Computing and Engineering (QCE), 2021Circuit modeling and simulation techniques are necessary to the development of advanced microwave architectures. In particular, microwave circuits used in the quantum regime can produce a variety of single-photon phenomena related to qubits such as unitary gate operations, quantum illumination, and quantum interferometry.
Antonio J. Cobarrubia, Kyle M. Sundqvist
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Transverse tranśmission theory for multilayer planar microwave circuits
International Journal of Numerical Modelling: Electronic Networks, Devices and Fields, 1994AbstractTransverse transmission concepts in the Fourier transmission domain for multilayer planar transmission medium are presented. This complete transverse transmission theory (TTT) is found to be a superset of different Fourier‐transform‐based numerical techniques widely used in guided wave analysis, namely the modematching method and the spectral ...
Ke Wu +2 more
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A Novel Course on Microwave Monolithic Integrated Circuit Design, Theory, and Characterization
IEEE Transactions on Education, 2004A novel course conducted for the past three years at the National University of Singapore is described. The course design projects introduce students to microwave monolithic integrated circuit (MMIC) component and subsystem design and expose them to modern computer-aided design (CAD) tools, industry standard test equipment, and procedures. In addition,
Ooi, B.-L., Leong, M.-S.
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Journal of the Physical Society of Japan, 1952
The electric current \(\dot{I}\) and the volage \(\dot{V}\) on the imagined surface S are defined by \(\dot{I}\textbf{\itshape F}=\textbf{\itshape H}^{t}\), \(\dot{P}=\dot{V}\tilde{I}\) or \(\dot{I}\textbf{\itshape F}=\textbf{\itshape E}\), \(\tilde{P}=\dot{V}\tilde{I}\), where H t , E t are tangential magnetic and electric field components on S , and ...
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The electric current \(\dot{I}\) and the volage \(\dot{V}\) on the imagined surface S are defined by \(\dot{I}\textbf{\itshape F}=\textbf{\itshape H}^{t}\), \(\dot{P}=\dot{V}\tilde{I}\) or \(\dot{I}\textbf{\itshape F}=\textbf{\itshape E}\), \(\tilde{P}=\dot{V}\tilde{I}\), where H t , E t are tangential magnetic and electric field components on S , and ...
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