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Exam in Antenna Theory. Time: 18 March 2010, at 8.00–13.00. Location: Polacksbacken, Skrivsal. You may bring: Laboratory reports, pocket calculator, English dictionary, Råde-Westergren: “Beta”, Nordling-Österman: “Physics Handbook”, or comparable handbooks. Six. problems, maximum five points each, for a total maximum of 30 points.
An antenna is a device that couples currents to electromagnetic waves for purposes of radiation or reception. The process by which antennas radiate can be easily understood in terms of the way in which accelerating charged particles or time-varying currents radiate, which is discussed in Section 10.1.
This book is derived from a 24-contact-hour, elective course in antenna theory given at Eindhoven University of Technology, The Netherlands. The course is intended for fourth-year students, having a BSc degree in electrical engineering. The students are presumed to have a knowledge of electromagnetic theory and vector analysis.
EEE 5108: ANTENNA AND PROPAGATION EET 2405: ANTENNA THEORY AND DESIGN Date: AUGUST 2019 Time: 2 HOURS INSTRUCTION: This paper consists of FOUR printed pages with FIVE questions. Attempt QUESTION ONE (COMPULSORY) and ANY OTHER TWO questions. QUESTION ONE [30 MARKS] (a)De ne an antenna radiation pattern, clearly specifying the meaning of eld ...
The third editionof Antenna Theory is designed to meet the needs of electrical engi- neering and physics students at the senior undergraduate and beginning graduate levels, and those of...
experimenter can test ideas and innovations with little more than bent copper wire, particularly with television and CB wavelengths. This book attempts to deal with the basic concepts relevant to receiving and transmitting antennas in a manner which emphasises the mechanisms involved and minimises the mathematics used.
Material covered for the semester. ECE 5324_6324_ S 2013 Material covered for the semester (04/22/2013) 1. Wave Propagation on Ground and via the Ionosphere. 5324 Propagation on ground and via ionosphere_09.pdf (04/08/2013) 2. Traveling Wave Antennas to supplement the material on pp. 220-225 of the Text.
