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Undergraduate Bulletin of Information 2001-2002COLLEGE OF ENGINEERINGDOMINGO A. RODRIGUEZ, Professor, Ph.D.,1988, City University of New York.NESTOR J. RODRIGUEZ RIVERA, Professor,Ph.D., 1988, University of Wisconsin.RAFAEL RODRIGUEZ SOLIS, AssistantProfessor, Ph.D., 1997, Pennsylvania State University.JULIO A. SANTIAGO PEREZ, Professor,M.S.E.E., 1970, Rensselaer Polytechnic Institute.NAYDA G. SANTIAGO SANTIAGO, Instructor,M.E., 1990, Cornell University.MANUEL TOLEDO, Assistant Professor, Ph.D,1995, Boston University.RAUL TORRES MUNIZ, Assistant Professor,Ph.D., 1998, University of Virginia.RAMON E. VASQUEZ ESPINOSA, Professor,Ph.D., 1984, Louisiana State University.BIENVENIDO VELEZ, Assistant Professor, Ph.D.,1999, Massachusetts Institute of Technology.MIGUEL VELEZ REYES, Associate Professor,Ph.D., 1992, Massachusetts Institute of Technology.KRISHNASWAMY VENKATESAN,Ph.D., 1974, University of Roorkee.COURSES OF INSTRUCTIONELECTRICAL ENGINEERINGProfessor,ELEG 3105. ELECTRICAL SYSTEMSANALYSIS I. Three credit hours. Three hoursof lecture per week. Prerequisite: MATH 3032or MATH 3184. Co-requisites: (PHCS 3172 orPHCS 3162) and (MATH 3063 or MATH 3185).Analysis of direct current and alternating currentlinear electric circuits; laws and concepts thatcharacterize their behavior.ELEG 4048. ELECTRICAL ENGINEERINGPRACTICE. Three credit hours. Thirty fivehours per week for seven (7) or more weeksduring the Summer or its equivalent during thesemester. Prerequisite: Consent of the Directorof the Department.A course organized in cooperation with privateindustry or government to provide the student withpractical experience in electrical engineering. Thework performed by the student will be jointlysupervised by the Academic Department and anappropriate official from the cooperatingorganization. An oral and written report will berequired from the student upon completion of theproject.ELEG 4075. FUNDAMENTALS OFELECTRICAL ENGINEERING. Three credithours. Three hours of lecture per week.Prerequisites: (MATH 3063 or MATH 3185) and(PHCS 3172, PHCS 3162). (Not for electrical orcomputer engineering students.)Laws and fundamental concepts that govern thebehavior of electric and magnetic circuits; idealmodels of resistors, voltage and current sources,capacitors and inductors; three-phase circuits andtransformers.ELEG 4076. FUNDAMENTALS OFELECTRONICS. Three credit hours. Three hoursof lecture per week. Prerequisite: ELEG 4075.(Not for electrical or computer engineeringstudents.)Fundamentals and applications of analog anddigital electronics.ELEG 4077. BASIC ELECTRONICSLABORATORY. One credit hour. One three-hourlaboratory per week. Co-requisite: ELEG 4076.(Not for electrical or computer engineeringstudents.)Description and use of basic equipment forelectrical measurements in digital and analogcircuits.ELEG 4085. FUNDAMENTALS OFTRANSFORMERS AND ELECTRICMACHINERY. Three credit hours. Three hoursof lecture per week. Prerequisite: ELEG 4075.Not for electrical or computer engineeringstudents.Electromechanical energy converters such astransformers; induction, synchronous and directcurrent machines; distribution systems wherethese converters are used.ELEG 4086. TRANSFORMERS ANDELECTRIC MACHINERY LABORATORY.One credit hour. One three-hour laboratory perweek. Co-requisite: ELEG 4085. (Not forelectrical or computer engineering students).284
COLLEGE OF ENGINEERING Undergraduate Bulletin of Information 2001-2002Voltage, current electrical and mechanical powermeasurements and other parameters related tothe operation of single phase, three phase, anddirect current equipment.ELEG 4102. ELECTRICAL SYSTEMSANALYSIS II. Three credit hours. Three hoursof lecture per week. Prerequisites: ELEG4211and (PHCS 3172 or PHCS 3162) andGEEG 3016. Co-requisite: ELEG 4115 andMATH 4009.Network functions; circuit analysis by Laplacetransforms and Fourier series; two-portnetworks; Butterworth and Chebyshev filters;computer-aided analysis of these systems.ELEG 4103. ELECTRICAL SYSTEMSANALYSIS III. Three credit hours. Threehours of lecture per week. Prerequisites: MATH4009, ELEG 4102 and ELEG 4151.Analysis of magnetic circuits and polyphasebalanced systems; transformers; powertransmission lines; computer-aided analysis oftheir systems.ELEG 4115. ELECTRICALMEASUREMENTS LABORATORY. Onecredit hour. One two-hour laboratory per week.Co-requisite: ELEG 4201 and ELEG 3105.Experiments with electronic components andequipment; measurement techniques.ELEG 4146. IONOSPHERIC RADIO WAVESPROPAGATION. Three credit hours. Threehours of lecture per week. Prerequisite: ELEG4152.Introduction to magnetoionic theory ofionospheric radio wave propagation; physics ofthe ionosphere; the dispersion equation in theionosphere; ray theory; nonlinear processes anddiscussion of some ionospheric experiments.ELEG 4151. ELECTROMAGNETICS I. Threecredit hours. Three hours of lecture per week.Prerequisites: (MATH 3063 or MATH 3185)and (PHCS 3172 or PHCS 3162). Co-requisite:MATH 4009.Static and time-varying electric and magneticfields; dielectric, magnetic and conductingmaterials; capacitance, inductance andconductivity; magnetic circuits; dielectric andmagnetic hysteresis; Maxwell's equations; waveequation.ELEG 4152. ELECTROMAGNETICS II.Three credit hours. Three hours of lecture perweek. Prerequisites: MATH 4009 and ELEG4151.Maxwell equations and the wave equation; planeelectromagnetic waves in dielectric andconducting media; energy flow and the Poyntingvector; wave polarization, reflection, refractionand diffraction. Guided waves; transmissionlines; conductive and dielectric wave guides;Smith chart; impedance matching, cavityresonators; single antenna.ELEG 4201. ELECTRONICS I. Three credithours. Three hours of lecture per week.Prerequisites: ELEG 3105 and (PHCS 3172 orPHCS 3162).Semiconductor device characteristics;semiconductor diodes, bipolar junctiontransistors and field effect transistors; analysis ofbasic digital circuits; analysis and designconsiderations of transistor amplifiers;introduction to integrated circuits.ELEG 4202. ELECTRONICS II. Three credithours. Three hours of lecture per week.Prerequisite: ELEG 4201 and ELEG 4102.Analysis and design of multi-stage amplifiers,wave generation and power circuits; operationalamplifier characteristics and applications.ELEG 4205. LOGIC CIRCUITS. Three credithours. Three hours of lecture per week.Prerequisite: GEEG 3016. Co-requisite: ELEG4201.Boolean algebra, its theorems and postulates.Design of combinational circuits; minimizationand reduction techniques, use of medium or largescale integration (MSI/LSI) in digital circuitdesign; analysis and design of sequential circuits;practical design considerations.ELEG 4206. MICROPROCESSORS. Threecredit hours. Three hours of lecture per week.Prerequisite: ELEG 4205 and ELEG 4201.Architecture, organization and operation ofmicroprocessors and their supporting devices;design of microprocessor-based systems.285
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