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Semester 4
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Course Objectives |
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ELEN 265-3-6
Communications II |
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This course covers the theory and lab work associated with: transmission lines, antennas, electromagnetic wave propagation, rf circuit design and analysis, digital modulation, telephony, embedded wireless solutions, microwave and fiber optics. |
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ELEN 226-3-4.5 Embedded Systems |
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The course deals with microcontroller-based embedded systems and hardware/software co-design. Topics include interrupt based programming, DC motors, temperature sensors, external EEPROM, real-time clock, Inter Integrated Circuits (I2C), Serial Peripheral Interface (SPI) and 1-Wire serial interfacing. The course will also include an introduction to digital signal processors. The course culminates in the design and implementation of a term microcontroller-based project. |
ElEn 226 |
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ELEN 264-3-5.5
Analog and Digital Systems
II |
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This course focuses on the practical aspects and applications of analog and digital circuits and systems. Topics covered include PLC (Programmable Logic Controller) programming, control of AC (Alternating Current) power, device limits, heat sinking, component selection, power supplies, motors. |
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ELEN 227-3-4.5 Project and Report |
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This course deals with the design of a device, drawing on the student’s electronics education, which is electronic/electrical in nature. Students will work alone or in pairs on their projects. The emphasis in the course is in the design process and proper documentation, not a final working product. |
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ELEN 263-3-5.5
Control Systems |
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This course includes fundamental techniques and elements of closed-loop feed-back control of industrial processes and systems, and a study of servomechanisms and digital control. |
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PHYS 125-3-5.5
Physics for Electronic Engineering Technology |
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An introduction to Newtonian mechanics, fluid dynamics, heat, waves, optics, acoustics and electromagnetic radiation. Topics will be discussed with special reference to application in the field of electronics. Laboratory experiments (three hours every second week) will be completed to expand on the topics covered in the course work. |
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