Industrial Electronics And Automation

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INDUSTRIAL ELECTRONICS AND AUTOMATION
(SYLLABUS)
University of Petrosani
Faculty: The Faculty of Mechanical and Electrical Engineering
Program Level: Undergraduate
Specialization(s): Engineering and quality management
Year of study: 3rd
Semester: I (spring semester)
Number of ETCS credits awarded: 4
Class Objectives:
 Learning techniques for the identification and analysis of laboratory systems
 Learning techniques for analytical and experimental modeling
 Acquisition by students of the workforce regarding the structure and operation of electronic
devices, electronic circuits, linear analysis, synthesis and design of automated systems, as
well as their practical applications.
 Knowing the place of this discipline in engineering sciences.
 Knowledge performance automatic systems;
 Knowledge and identification and electronic devices.
Lectures content:
Content
Components, devices, circuits and signals in electronic
circuits. Notions of semiconductor physics. The PN
junction. Semiconductor diodes.
Bipolar transistor.Field-effect transistor. Other
semiconductor devices with junctions.
Optoelectronic devices. Amplifiers. Rectifier.
Stabilizers. Oscillators.
Introduction into the theory systems. The field and the
automation methods.
Linear and nonlinear systems analysis. Synthesis of the
linear automated systems
Automatic optimal systems , adaptibile and instruibile .
Discrete automation system.
Principles of automation and computerization of industrial
processes. Electric Automation, transport process and
fluidice processes.
Number of lectures
1
2
2
2
2
2
2
1
Practical class content:
Content
Fundamental study of electrical circuits used in electronics.
Study of semiconductor diodes.
Study of the static system operation of the bipolar transistor.
Experimental analysis of an elementary transistor amplifier.
Study of the effect transistor's camp. Study of one-junction
transistor.
The study of special semiconductor devices (thermistor,
varistor, Hall generator).Study of semiconductor
optoelectronic devices (LED diode, photo diode,
optocoupler).
Number of classes
1
2
1
1
The study of power electronic devices (tiristorul , triacul ,
power MOSFET, IGBT, IGCT).Study of ordered Chargers.
The study of power sources. Study of low frequency
amplifiers, DC and operational.
Study of electronic oscillators. Study of electronic switching
static.
Problems of the systems theory. The structure of automatic
systems.
Analysis of characteristics automated systems.
Analysis of linear automated systems
Analysis of logical automated systems
Automation of electric shareholders.
2
1
1
1
1
1
1
1
Grading Policy:
The student pass the class if obtain more than 50 points from 100 points.
Classroom Rules of Conduct:
 Turn off (or place on vibrate) cell phones and pagers during class
 Food and beverages are not permitted in classroom
 During exams, the use of cell phones, pagers, PDAs, or any other electronic devices is strictly
prohibited
Lecturer: Vali Sirb
e-mail: [email protected]
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