Results 301 to 310 of about 98,929 (327)
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Microwave bistability in circuit QED
2011 International Quantum Electronics Conference (IQEC) and Conference on Lasers and Electro-Optics (CLEO) Pacific Rim incorporating the Australasian Conference on Optics, Lasers and Spectroscopy and the Australian Conference on Optical Fibre Technology, 2011Recent experiments have realized a familiar model of quantum optics, dispersive optical bistability, in the context of microwave coplanar resonators with internal Josephson junctions that are used to achieve large effective Kerr nonlinearities with very low dissipation.
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IETE Journal of Research, 1973
In this paper an attempt is made to present the work on microwave components/sub-assemblies that is being carried out at Himalayan Radio Propagation Unit, using microwave printed circuit techniques. The various microwave components/sub-assemblies designed and developed for the microwave communication system under development include the power divider ...
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In this paper an attempt is made to present the work on microwave components/sub-assemblies that is being carried out at Himalayan Radio Propagation Unit, using microwave printed circuit techniques. The various microwave components/sub-assemblies designed and developed for the microwave communication system under development include the power divider ...
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IETE Journal of Education, 1978
A microwave integrated circuit represents an extension of integrated circuit technology to microwave frequencies.
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A microwave integrated circuit represents an extension of integrated circuit technology to microwave frequencies.
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Ferrite Planar Circuits in Microwave Integrated Circuits
IEEE Transactions on Microwave Theory and Techniques, 1977The ferrite planar circuit to be discussed in this paper is a general planar circuit using ferrite substrates magnetized perpendicular to the ground conductors. The main subject of this paper is the analysis of an arbitrarily shaped triplate ferrite planar circuit. In particular, the circuit parameters of the equivalent multiport are determined.
S. Goto, T. Miyoshi, S. Yamaguchi
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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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Nonlinear Microwave Circuit Design
2004Nonlinear microwave circuits is a field still open to investigation; however, many basic concepts and design guidelines are already well established. Many researchers and design engineers have contributed in the past decades to the development of a solid knowledge that forms the basis of the current powerful capabilities of microwave engineers.
F. GIANNINI, LEUZZI, GIORGIO
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2018
This chapter describes detailed transmission line theory and analysis including concept of S-parameters, ABCD parameters and their interrelationships through various examples. It gives Smith chart analysis and describes various transmission lines like waveguide, coaxial, stripline, microstrip and coplanar transmission lines.
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This chapter describes detailed transmission line theory and analysis including concept of S-parameters, ABCD parameters and their interrelationships through various examples. It gives Smith chart analysis and describes various transmission lines like waveguide, coaxial, stripline, microstrip and coplanar transmission lines.
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Circuit theory for spatially distributed microwave circuits
IEEE Transactions on Microwave Theory and Techniques, 1998A spatially distributed radio-frequency (RF) circuit, microwave, or millimeter-wave circuit does not have a global reference node as required in conventional nodal analysis. Instead, local reference nodes associated with ports are required. This paper adapts modified nodal analysis to accommodate spatially distributed circuits, allowing conventional ...
A.I. Khalil, Michael B. Steer
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Hybrid Circuits for Microwaves
Proceedings of the IRE, 1947The fundamental behavior of hybrid circuits is reviewed and discussed, largely in terms of reciprocity relationships. The phase properties of simple wave-guide tee junctions are briefly considered. Two linds of hybrid circuits are then described, the one involving a ring or loop of transmission line, the other relying upon the symmetry properties of ...
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Superconducting Linear Microwave Circuits
18th European Microwave Conference, 1988, 1988Applications of superconductivity in microwave technique make possible to develop a) high quality resonators, filters delay lines with small losses and controlled dispersion, b) modulators, switches on the basis of S-N transition (the transition from superconducting to normal state of material under the influence of transport current, laser light etc.,
A.B. Kozyrev +3 more
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