S parameters are discussed. A study of the characteristics of various antennas, including linear antennas, loop antennas, antenna arrays, receiving antennas, and broad-band antennas. The concepts of directivity, gain, antenna impedance and polarization are discussed. A study of the basic building blocks of microwave systems. Topics include the design and realization of microwave filers, directional couplers, power dividers and amplifiers.
Emphasis is placed on microstrip and stripline realizations.
An introduction to fiber optic systems for communication purposes. Topics studied include semiconductor lasers and LEDs, optical detectors, optical fiber structures, signal degradation mechanisms in fibers, and optical fiber link system design. Topics covered include scalar diffraction, two-dimensional Fourier transforms, wavefront recording, spatial filtering and holography. An independent program of study in which the student completes an engineering design or project. The course is taken in consultation with the instructor who oversees the project and must approve the student's background for it.