ELAUB3001.
Electrical Engineering 1  4,5 cr. (48L, 32Lab, 32T, 68S).
Electric fields. The main concepts of electric circuits. Linear direct
current circuits. Basic laws. Single phase alternating current circuits.
Calculation of complex circuits with mutual inductance. Three phase
circuits. Method of symmetric components.
Before: FMMMB2005, FMFIB2001.
Č. Teišerkas
ELAUB4001.
Electrical Engineering 2  4 cr. (48L, 16Lab, 32T, 64S).
Recurrent nonsinusoidal alternating current circuits. Computation
of transient processes in linear electric circuits. Classical method.
Laplace transform method. Nonlinear alternating current circuits.
Networks. Distributed parameters circuits.
Before: FMMMB3006, ELAUB3001.
Č. Teišerkas
ELAUB8018.
Language of the Science Branch  1,5 cr. (12L, 12T, 36S).
Before: VVKAB7001.
A.Smilgevičius
ELREB3001.
Fundamentals of Electronics 1  3 cr. (48L, 16T, 56S).
Introduction. Properties of microparticle. Structure and band theory
of solids. Electrons in metals and semiconductors. Carier concentration
in semiconductors. Conductivity of solids. Graded semiconductors,
pn junctions. MS and MOS structures.
More
information
Before: FMFIB1001, FMCHB1001, FMMMB1004, FMMMB2005.
S. Štaras
ELREB4001.
Fundamentals of Electronics 2  3,5 cr. (48L, 16Lab, 76S).
Semiconductor diodes. Transistors. Field effect transistors. PNPN
devices. Optoelectronic devices. Semiconductor device fabrication.
Integrated circuits. Acoustic wave devices. Display devices.
More information
Before: ELREB3001.
S. Štaras
ELREB4002.
Signals and Circuits 1  4,5 cr. (64L, 16Lab, 32T, 68S).
The main frequency characteristics of twopole and quadripole and
common circuits. Resonant processes in the circuits. Filters. Lossless
transmission lines and lines with losses. Determinated radio and
video signals.
Before: ELAUB3001.
R. Martavičius, J. Skardžius
Course
notes and laboratory works
ch1.pdf
ch2.pdf
ch3.pdf
ch4.pdf
ch5_01.pdf
ch5_02.pdf
lw1.pdf
lw2.pdf
lw3.pdf
lw4.pdf
ELREB5001.
Digital Circuits  4 cr. (64L, 32Lab, 64S).
Number systems and codes. Digital logic functions. The algebra of
logic. Logic gates. Combinational logic design, obtaining small scale
integration, middle scale integration, and programmable devices. Combinational
and sequential logic circuits. Basic bistable memory devices. Additional
bistable memory devices. Synchronous sequential logic circuit design.
Generators of logic signals. Application of logic devices.
Before: ELREB3001, ELREB4001, ELREB4002.
R. Kirvaitis
Study
Material: Text Book "Digital
Circuits"
Rules of the Game
Plan
of Lectures
ELREB5002.
Signals and Circuits 2  2,5 cr. (48L, 16Lab, 36S).
Methods of analysis of linear circuits with complex signals. The fundamentals
of theory of nonlinear circuits. Nonlinear devices. Oscillators. Random
signals and processes. Transmission of random signals through linear
and nonlinear circuits. Discrete signals.
Before: ELREB3001, ELREB3002, ELAUB4001.
R. Martavičius, J. Skardžius
ELREB5003.
Digital Signal Processing  4 cr. (48L, 32Lab, 80S).
Signals, systems and signal processing. Classification of signals.
The concept of frequency in continuoustime and discrete time signals.
Converters. Discrete time signals and systems and their analysis.
The ztransform , its properties and application to analysis of signals
and systems. Frequency analysis of analog and discretetime signals.
Properties of the Fourier transform for discrete time signals. Sampling
of signals in the time and frequency domains. Analysis and description
of discretetime systems in the frequency domain. Linear timeinvariant
systems as frequencyselective filters. Linear filtering methods based
on the discrete Fourier transform. Cepstrum analysis.
Before: ELREB4002, ELRE B5002.
R. Lipeika
ELREB5004.
Fundamentals of Electrodynamics  3 cr. (48L, 16T, 56S).
Fundamentals of macroscopic electrodynamics. Propagation, reflection
and interference of plane electromagnetic waves. Common theory of
waveguides. Rectangular, circular, coaxial and optical waveguides.
Before: FMFIB1001, FMFIB2001, FMMMB1004, FMMMB2005, FMMMB3006, FMMMB4010.
Z. Vainoris
ELRAB5001.
Integrated Circuits (IC) Design and Technology  3,5 cr. (64L, 32Lab,
44S).
Classification of IC. Design of the thin film IC. Design and analysis
of the bipolar IC. Design and analysis of the elements of MOS and
CMOS IC. Wiring. Processes of the IC technology: epitaxy, diffusion,
ion implantation, microlitography. Design and technology of the GaAs
devices.
Before: ELRE B3001, ELREB4001.
A. Marcinkevičius
ELREB5005.
Signals and Circuits  1 cr. (40S).
Harmonic contents of the determinated oscillations. Spectrum and its
width calculation. Computer aided analysis of frequency responses
of linear circuits. Circuit analysis using frequency methods. Calculation
of linear circuit transient responses. Investigation of the transmission
lines.
Before: ELREB3001, ELREB4001, ELAUB4001, ELREB4002.
R. Martavičius
ELRAB5002.
Integrated Circuits (IC) Design  1 cr. (40S).
Design of the thin film IC. Design and analysis of the bipolar IC.
Design and analysis of the elements of MOS and CMOS IC. Design of
the GaAs devices.
Before: ELRE B3001, ELREB4001, ELRA B5001.
A. Marcinkevičius
ELRAB6001.
Microprocessors  3,5 cr. (48L, 32Lab, 60S).
Basic knowledge about microprocessors (MP). Form of data presentation.
Binary arithmetic. Generalized structure of universal MP. 8  bit
microprocessors' structure, command types, programming. 8086 family
MP. MMX technology. RISC architecture MP. MP systems. Memory devices
of MP systems. Inputoutput organization. Tendencies of MP development.
Before: ELREB5001, ELREB5002, ELREB5003.
A. Gražulevičius
ELREB6001.
Analog Circuits  3,5 cr. (48L, 32Lab, 60S).
Fundamental concepts. Specific features of analog circuits. Classification
of analog circuits. Amplifiers. Amplifiers with one input and one
output. The feedback in amplifiers. Differential amplifiers. Operational
amplifiers. Application of operational amplifiers. Analog circuits
for digital and analog computers. Analog switches. Comparators. Digitalanalog
and analogdigital converters. Oscillators of analog signals. Application
of analog devices.
Before: ELREB3001, ELREB4001, ELREB4002.
R. Kirvaitis
Study
Material
ELRAB6002.
Microwave Technology  4,5 cr. (64L, 16Lab, 32T, 68S).
Radiation of electromagnetic waves. Fundamentals of antennas and their
constructions. Propagation of radio waves. Constructions of wavequides
and microstrip line components.
Before: ELREB5004.
K. Maceika
ELREB6003.
Principles of Communication Theory  2 cr. (32L, 16T, 32S).
Mathematical methods of information processes analysis. Communication
channel's signals and their mathematical models. Quantity criteria
of information. Problems of information transmission by physical channels.
Noisy resistant information coding. Cyclic codes.
Before: FMMMB3006, FMMMB4010, ELREB4002, ELREB5002.
A. Montvilas
ELREB6004.
Digital and Analog Circuits  1 cr. (40S).
Realizing the project students extend their knowledge in the synthesis
and analysis of digital and analog circuits. Generalized and detailed
analysis and investigation of the circuit mathematical analysis,
simulation with PC, or experimental testing is carried out.
Before: ELREB5001, ELREB6001.
R. Kirvaitis
ELRAB6003.
Microprocessors 1  1 cr. (40S).
Investigation and design of microprocessors (MP). Data presentation
to MP. Programming of microprocessors. Inputoutput organization.
Before: ELREB5001, ELREB5002, ELREB5003, ELRAB6001.
A. Gražulevičius
ELREB7001.
Communications Engineering  2,5 cr. (36L, 12Lab, 52S).
Signals and noises in communication systems. Transmitters: functions;
structural circuits; characteristics. Transmitters functional diagrams
and circuits. Types of transmitters. Principles of design of transmitters.
Receivers: functions; structural circuits; characteristics. Receivers
functional diagrams and circuits. Types of receivers. Design principles
of receivers. Facsimile: facsimile machine; data compression; coding
and decoding.
Before: ELREB5001, ELREB5002, ELREB5003, ELREB6001.
R. Pocius
ELREB7002.
Electronics Measurements  3,5 cr. (48L, 24Lab, 68S).
Introduction to electronic instrumentation and measurement. Signal
generators. Analog and digital voltmeters. Power measurements. Cathoderay
and special oscilloscopes. Waveform analyzing instruments. Spectrum
analyzers. Measurement of frequency and time. Resistance, inductance
and capacitance measurements. Introduction to instrumentation systems
(IEEE488, CAMAC and RS 232C Standards).
Before: ELAUB4001, ELREB4002, ELREB5002, ELRAB6001, ELRAB6002.
A. Seilius
ELREB7003.
Computers and Computers' Architecture  2 cr. (36L, 12Lab, 32S).
Generalized computer structure. System blocks. Mother boards. The
CISC architecture processors. The RISC architecture processors. Paralleling
of processors. System buses. The memory hierarchy in a modern computing
system. Semiconductor memory. Cache memory. Magnetic memory floppy
and hard disks. Computers networks. Computers videosystems. Operating
systems.
Before: ELREB5001, ELRAB6001.
V. Urbanavičius
ELRAB7001.
Computer Periphery and Computer Systems  2 cr. (36L, 12Lab, 32S).
Data coding and processing. Data formats, input and output, transfer
and storage. Standard and nonstandard data input/output devices. Controllers
and interfaces. Keyboards, mice, trackboles, joysticks, light pens,
digitisers, scanners, printers, plotters: classification, parameters,
construction. Multimedia. Distance data transfer: devices, protocols.
Computer systems and architecture. Multiprocessor systems. Real time
and distributed systems. Computer networks.
Before: ELRAB6001.
J. Skardžius
ELREB7004.
Television  2,5 kr. (36L, 24Lab, 40S).
The basics of TV physics. Forming, contents and frequency spectra
of TV picture signal. TV systems and standards. The structure of TV
centres. Structure, elements, characteristics and functions of TV
receivers. Digital, satellite, special services, cable, higher quality
and high definition, stereo TV.
Before:ELREB3001, ELREB4001, ELREB4002, ELREB5001, ELREB5002, ELREB5003,
ELREB6001, ELREB6002, ELREB6003.
V. Mališauskas
ELREB7005.
ObjectOriented Programming  2,5 cr. (24L, 24Lab, 52S).
Objectoriented programming paradigm. Object identity, encapsulation,
information hiding, visibility, class, type, generalisation hierarchy
and inheritance. Applications in engineering and in signal processing.
Before: FMIIB2006, FMIIB3011.
A. Čaplinskas
ELREB7006.
Computers and Computers' Architecture  1.5 cr. (60S).
Investigation of mother boards and processors. Paralleling of processors.
Investigation of input/output systems and computers' videosystems.
Before: ELREB5001, ELRAB6001, ELREB7003.
V. Urbanavičius
ELRAB8001.
Fundamentals of Electronic Equipment (EE) Design and Manufacturing
 4,5 cr. (48L, 24Lab, 12T, 96S).
Electromagnetic compatibility of electronic equipment (EE). Short
and long connection lines in EE. Grounding. Shielding by thinwalled
metal cylinders. Other noise reduction methods. Heat fields in the
EE. Design of the EE and organization of its manufacturing.
Before: ELRAB4001, ELRAB5001, ELRAB6002.
J. Skudutis
ELRAB8002.
Fundamentals of Computer Aided Design of Electronic Equipment  3
cr. (24L, 24Lab, 72S).
Introduction: conceptions, terms, definitions, history, application.
Mathematical bases of the automated design: theory of sets, graphs,
matrixes. System modelling: micro, macro and meta level models. Modelling
with linear graphs. Circuit automated design: forming state equations,
solving and analysis. Methods of digital circuits synthesis and analysis.
Automated design of printed and integrated circuits: components groupping,
placing and wiring in the plane space. Hardware and software for the
electronic equipment automated design.
Before: ELRAB5001, ELRAB7001, ELRAB8001.
J. Skardžius
ELREB8001.
Fundamentals of Communication Systems  3 kr. (48L, 12T, 60S).
The basics of communication systems. Signals forming in analogues
communication systems. Receiving of signals im analogues communication
systems. Signals forming in digital communication systems. Optimum
reception of signals in digital communication systems. Principles
of realization of communication systems. Principles of formation of
communication network.
Before: ELREB4002, ELREB5002, ELREB5003, ELREB6001, ELREB6002, ELREB6003,
ELREB7001, ELRE B7004.
R. Pocius
ELREB8002.
Audiovideotechnics  3 kr. (48L, 12Lab, 60S).
Electroacustic and speaker systems. Amplifiers, equalizers. Audioeffect
devices. Operating room of sound recording, mixturing pand. Analogue
and digital audiorecorders. Audio compact disk players. Analogue and
digital videorecorders. Camcorders. Video compact disk players. Videoprojectors.
Watching room, videotheatre (home, professional).
Before: ELREB3001, ELREB4001, ELREB4002, ELREB5001, ELREB5002, ELREB5003,
ELREB6001, ELREB6002, ELREB6003, ELREB7001, ELREB7004.
V. Mališauskas
ELREB8003.
DSP Tools  3 cr. (48L, 12Lab, 60S).
In this course students are introduced to basics and development of
modern digital signal processing tools, their constituent parts, architecture
and programming. Latest digital signal processors, artificial neural
networks and their application are examined.
Before: ELREB5003, ELREB7003.
Š. Paulikas, D. Navakauskas
ELREB8004.
Fundamentals of Communication Systems  1 cr. (40S).
Formation and calculation of radio and communications receivers circuits.
Formation and calculation of circuits for receivers or transmitters
of radiocontrol systems. Formation of local network and selection
of radiolines.
Before: ELREB4002, ELREB5002, ELREB5003, ELREB6001, ELREB6002, ELREB6003,
ELREB7001, ELRE B7004, ELREB8001.
R. Pocius
ELREB8005.
DSP Tools  1 cr. (40S).
The aim of the project is to become acquainted with and master in
practice advanced DSP tools. To complete this task DSP tools and their
parts are created and analysed. For the simulation of designed DSP
tools software package MATLAB is employed.
Before: ELREB5003, ELREB7003, ELREB8003.
Š. Paulikas, D.Navakauskas
