15 courses with the subject ELEC, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
ELEC 101Electrical Circuits4
Prerequisite or co-requisite: MATH 102. Focuses on the general principles of DC and AC circuitry with emphasis on the use of multimeters and oscilloscopes. Introduces a computer simulation program to aid the students in validating their experimental results and developing troubleshooting skills. Required of students enrolled in Electrical Technology and recommended to all students desiring a beginning course in electronics. No prior electronics knowledge is necessary.
and transistor semiconductor devices within the applications of rectification, amplification, and advanced waveform shaping. Emphasis on multimeters and oscilloscopes throughout the experimental and simulation experiments.
Prerequisite or co-requisite: MATH 102. Concentrates on digital integrated circuits including logic gates, arithmetic circuits, flip-flops, latches, registers, and memories. Focuses on schematic analysis of a simple digital computer to complement the students’ troubleshooting development and understanding of the application of digital circuits. Emphasis on logic pulsers and probes test equipment for the laboratory work, and logic analyzers for the computer simulation experiments. No prior electronics knowledge is necessary
structure of microprocessors through assembly language programming exercises. Emphasizes roles of hardware and software within a microcomputer through interfacing experiments between the microprocessor and various peripheral devices. Compares the features between the 8-, 16- and 32-bit microprocessors on the market.
operational amplifiers, power amplifiers, Field Effect Transistors (FETs), 555-timers. Emphasizes use of multimeters and oscilloscopes for experimental and computer simulation troubleshooting exercises.
equipment (oscilloscopes, time-domain reflectometers) to frequency-domain equipment (spectrum and network analyzers). Applications of AM/FM modulation and impedance matching, characterization of microwave systems (introduces reflection coefficient, voltage standing wave ratio, insertion loss, S-parameters, Smith chart). Introduces soldering techniques, schematic interpretation, and, through computer simulations, operations behind spectrum and network analyzer test equipment.
sequential programmable logic controllers applied to industrial processes: ladder diagrams, input/output devices, application programming design of beginning through advanced functions. Introduces a PLC simulation program to gain experience in configuring and troubleshooting software programs.
course instructs students in the basic fundamentals of electric machinery and electric power distribution. Course topics include: magnetic fields, DC Generators, DC Motors, AC Generators, AC Motors, transformers, AC motor drives, safety devices and AC power generation distribution.
(or concurrent), ENGR 250 Thermal Technology (or concurrent), ELEC 220 Industrial Power and Equipment (or concurrent).This course instructs students in the basic fundamentals of hands on operation, maintenance, problem diagnosis, repair and proper usage of tools, schematics and manuals, of industrial equipment. Course topics include: DC motors, AC generators, transformers, AC motors, AC distribution / safety panels, stepper motors, programmable logic controllers, pipes / valves, hydraulic / pneumatic systems, heating equipment / furnaces and cooling / refrigeration equipment.
