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Lecture
Radiation and Antennas: System Aspects
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Related lectures (32)
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Maxwell Equations for Antennas: Theory and Applications
Explores the application of Maxwell's equations to antennas, covering radiation, potentials, currents, waves, and polarization.
Antennas and Radiation: Network Factors
Explores network factors in antennas, focusing on radiation patterns and antenna configurations.
Radiation and Antennas: Introduction
Introduces radiation and antennas, covering fundamental concepts, characteristics, reciprocity, guided waves, and frequency aspects.
Antennas: Radiation and Aperture
Covers the fundamentals of radiation and antennas, focusing on aperture antennas and the uniqueness theorem.
Radiation and Antennas: Orthogonal Herz Dipole Network
Covers the concept of radiation and antennas in orthogonal Herz dipole networks.
Radiation and Antennas II
Covers real antennas with losses, mismatched antennas, radiation, and polarization concepts.
Propagation and Antennas: Atmospheric Effects and Wireless Links
Explores the effects of rain, fog, and obstacles on wave propagation, antenna characteristics, noise in wireless systems, and signal-to-noise ratio.
Radiation and Antennas: Noise and Propagation Fundamentals
Explores noise and propagation fundamentals in radiation, antennas, and wireless communications, covering internal and external noise sources, thermal noise, wireless principles, and signal propagation phenomena.
Radiation and Antennas: EPFL Networks
Explores the theory of networks, mutual coupling in radiation and antennas, and the use of metamaterials.
Radiation and Antennas: Fundamentals and Applications
Explores radiation and antennas fundamentals, efficiency, gain, and impedance matching for power transfer.
