Applied Electromagnetics
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1 Applied Electromagnetics Dan Sievenpiper,
2 History: A Few of the Early Pioneers in Electromagnetics Andre-Marie Ampere Michael Faraday James C. Maxwell Heinrich Hertz Invented telegraph (among many other things) Nicola Tesla Invented AC, wireless power transfer Invented electric motor (among many other things) Guglielmo Marconi Invented radio communication Unified electricity, magnetism and light into one theory Many, many others: Alessandro Volta James Prescott Joule Georg Simon Ohm Charles William Siemens Charles-Augustin Coulomb Joseph Henry Wilhelm Eduard Weber Hans Christian Orsted Proved existence of electromagnetic waves 2
3 Courses in Applied Electromagnetics Undergrad Courses ECE107 Electromagnetism ECE123 Antenna Systems Engineering ECE166 Microwave Systems and Circuits ECE182 Electromagnetic Optics, Guided-wave and Fiber Optics Graduate Courses ECE221 Magnetic Materials Principles and Applications ECE222A Antennas and their System Applications ECE222B Electromagnetic Theory ECE222C Computational Methods for Electromagnetics ECE222D Advanced Antenna Design 3
4 ECE107 Electromagnetism Electrostatics, magnetostatics Vector analysis Maxwell s equations Plane waves, reflection, refraction Electromagnetic properties of materials Transmission line theory Radiation 4
5 ECE123 Antenna Systems Engineering How radiation occurs, ideal dipole, radiation patterns Gain, directivity, impedance, polarization, etc. Antenna arrays, effective aperture, noise temperature Friis transmission equation, communication and radar Matching, baluns, ground effects Traveling wave antennas, reflector antennas, etc. Antennas for mobile communications 5
6 ECE166 Microwave Systems and Circuits Transmission lines, microwave circuit analysis Matching circuits and structures Smith chart S-parameters Couplers Microwave amplifiers Noise, linearity 6
7 Graduate Courses ECE221 Magnetic Materials Principles and Applications ECE222A Antennas and their System Applications ECE222B Electromagnetic Theory ECE222C Computational Methods for Electromagnetics ECE222D Advanced Antenna Design 7
8 Current Applied Electromagnetics Research at UCSD Edge wave at interface between complementary metasurfaces (Dan Sievenpiper) Automotive phased array radar (Gabriel Rebeiz) Bound State in the Continuum Laser (Boubacar Kante) Magneto-optical image written in magnetic film, (Eric Fullerton) Monocentric Custom Lens 12 mm, f/1.35, (Joe Ford) Plasmonically Enhanced LED (Zhaowei Liu) Phononic Topological Insulator (Prab Bandaru) Also: Vitaliy Lomakin Shayan Mookherjea Stojan Radic 8
9 Careers in Electromagnetics Communications and radar systems Cellphone systems, radar systems, base stations, handsets, etc. Antennas, RF circuits, system level design, EM propagation Emerging: Automotive radar, 5G cellular systems Antennas and electromagnetic structures Direction finding, signal intelligence, electronic warfare, DEW Radomes, system integration, mutual coupling, interference High frequency circuits and components Optical and imaging systems Lidar, mmw imaging, infrared and optical imaging Instrumentation Measurement equipment, FCC certification, EMC/EMI testing SAR testing, human effects simulation and measurement A few of the companies or institutions where our students now work: Apple, Google, Qualcomm, Huawei, Keysight, Skyworks, Bell Labs China, Northrop Grumman, General Atomics, HRL Laboratories, Anokiwave, SpaceX, Intel, Samsung, MediaTek, AMD, Facebook, Amazon, Microchip, Maxlinear, ADI, Broadcom, Maxim, Motorola, Nokia, Cavendish Kinetics, Continental, Hitachi, Lockheed Martin, Boeing, MIT Lincoln Labs, Sandia, Thales, various other national labs, universities, and small companies 9
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