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Digital Circuitry

Years: 
III
Semesters: 
VI
Credits: 
6.50

The course "Digital circuitry" is aimed at the study of the theoretical foundations and practical skills to provide the design and use of digital electronic circuits and digital devices. Scheduled in the 7th semester.

The course structure consists of a study of the theoretical foundations and components and assemblies of digital circuitry. We consider combinational and sequential circuits, memory, and the design of digital devices for programmable logic integrated circuits, some analog-to-digital and digital-to-analog converters and analog and digital timers, as well as generators of digital sequences and questions testing of digital circuits.

Electronic sensors

Years: 
III
Semesters: 
VI
Credits: 
3.00

Electronic sensors is rapidly progressing, highly demanded engineering direction that determines the efficiency of technical systems, environmental, medical and biological safety of the environment and humans. The course "Electronic sensors" is based on the use of physical phenomena in solids and considers a variety of sensors, physical, chemical and biological systems. Discipline "Electronic Sensors" is supported by courses "Solid State Physics", "Physics of electronic processes", "Solid State Electronics", "field theory".

Fundamentals of design in electronics

Years: 
III
Semesters: 
VI
Credits: 
3.00

"Fundamentals of design in electronics" provides initial training of students in the field of electronic processes modeling, design and simulation of electronic components and systems.

"Fundamentals of design in electronics" is supported by disciplines "Analytical Geometry", "Calculus Mathematics", "Methods of Mathematical Physics", "Theory of electronic circuits", "Introduction to measurement techniques", "Solid State Physics"," Statistical Physics ","Field theory "," Technological foundations of electronic engineering."

Physics of Electronic Processes

Years: 
III
Semesters: 
VI
Credits: 
7.00

The main objective of the "Physics of electronic processes" course is to give in-depth knowledge of the physical processes that take place in a variety of electronic devices, which may find application in various fields of electronics, with an emphasis on analyzing the performance of various processes.

Applied biophysics. Bioelectrical processes

Years: 
IV
Semesters: 
VII
Credits: 
5.50

"Applied Biophysics" provides students with knowledge of the phenomena of nature that occur on all levels of organization ranging from the molecular and cellular level and ending with the biosphere as a whole, on modern information technologies that are used for modeling biomedical systems of bioelectric processes that occur during the operation of cells and biological systems in general.

Circuitry-2. Analog circuitry

Years: 
IV
Semesters: 
VII
Credits: 
6.00

"Analog circuitry" module provides fundamental training in the field. Discipline "Analog circuitry" is provided by disciplines, "Calculus", "General Physics", "Introduction to the measurement technique", "Theory of electronic circuits", "Solid State Electronics", "Vacuum and plasma electronics."

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