Results 301 to 310 of about 136,872 (324)
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1992 IEEE Microwave Symposium Digest MTT-S, 2003
The authors reviewed the state of the art in millimeter-wave packaging and analyzed its potentials and limitations. Based on the analysis of the requirements and technology development, the following trends can be expected for millimeter-wave packages: (1) packaging at higher levels of integration-the advent of millimeter-wave multichip packages; (2 ...
H.J. Kuno, T.A. Midford
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The authors reviewed the state of the art in millimeter-wave packaging and analyzed its potentials and limitations. Based on the analysis of the requirements and technology development, the following trends can be expected for millimeter-wave packages: (1) packaging at higher levels of integration-the advent of millimeter-wave multichip packages; (2 ...
H.J. Kuno, T.A. Midford
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1962
Abstract : Transmission systems for use in the submillimeter wavelength region were studied. An extension of the theoretical analysis of trough waveguide is given. The computed launching efficiencies using magnetic line source excitation are presented in normalized form.
J. C. Wiltse +3 more
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Abstract : Transmission systems for use in the submillimeter wavelength region were studied. An extension of the theoretical analysis of trough waveguide is given. The computed launching efficiencies using magnetic line source excitation are presented in normalized form.
J. C. Wiltse +3 more
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Proceedings of the IEEE, 1966
Millimeter wave antennas are primarily parabolic reflectors, Cassegrain systems, and lenses. Comparative merits and the few design features peculiar to millimeter waves are discussed. Some of these antennas have larger gain and much larger gain per unit cost than any other microwave antennas.
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Millimeter wave antennas are primarily parabolic reflectors, Cassegrain systems, and lenses. Comparative merits and the few design features peculiar to millimeter waves are discussed. Some of these antennas have larger gain and much larger gain per unit cost than any other microwave antennas.
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1999
This chapter provides a general review of bolometer theory and instrumentation techniques for millimeter-wave bolometric receivers. Formulae for bolometer optimization and sensitivity are derived. The design and construction of standard composite bolometers, monolithic silicon bolometers, and silicon nitride bolometers are compared.
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This chapter provides a general review of bolometer theory and instrumentation techniques for millimeter-wave bolometric receivers. Formulae for bolometer optimization and sensitivity are derived. The design and construction of standard composite bolometers, monolithic silicon bolometers, and silicon nitride bolometers are compared.
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2009
The concept of blackbody radiation was introduced in Chapter 3. It was shown that the total power emitted by an object is a function of the temperature, and the emissivity of the material is proportional to T4 as described by the Stefan-Boltzmann law.
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The concept of blackbody radiation was introduced in Chapter 3. It was shown that the total power emitted by an object is a function of the temperature, and the emissivity of the material is proportional to T4 as described by the Stefan-Boltzmann law.
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Proceedings of the 1st ACM Workshop on Millimeter-Wave Networks and Sensing Systems 2017, 2017
Millimeter-Wave (mmWave) wireless is experiencing an explosive growth in research and technology development. Several factors are fueling the growth: the need for Gigabit rates and low latency; advances in mmWave hardware, antennas, data converters, computational power, and prototyping platforms; and new paradigms for exploiting the large number of ...
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Millimeter-Wave (mmWave) wireless is experiencing an explosive growth in research and technology development. Several factors are fueling the growth: the need for Gigabit rates and low latency; advances in mmWave hardware, antennas, data converters, computational power, and prototyping platforms; and new paradigms for exploiting the large number of ...
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Proceedings of the IEEE, 1985
This paper provides a brief overview of the field of near-millimeter waves and serves as an introduction to the five following papers. The nomenclature and spectral regions are defined and a historical summary is given. Brief comments are then given about the contents of the succeeding articles.
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This paper provides a brief overview of the field of near-millimeter waves and serves as an introduction to the five following papers. The nomenclature and spectral regions are defined and a historical summary is given. Brief comments are then given about the contents of the succeeding articles.
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