APPROVED BY
Head of Department
______F.A.Gubarev
______“ ____” 2016
COURSEDESCRIPTION
1. Name of the course:Data Processing and Display Systems
2. Notation (code) in curricula:ДИСЦ.В.М4
3. Field (primary curriculum) of GEP: 11.04.04 «Electronics and Nanoelectronics»
4. Training profile:Electronic Testing, Control and Diagnostics Systems for Engineering and Medicine
5. Qualification (degree):Master
6. Department in Charge: Department of Industrial and Medical Electronics, Institute of Non-Destructive Testing, TPU
7. ProfessorAlexey I. Soldatov, tel. (3822) 606-297, Е-mail:
8. Learning outcomes:
№ / ResultCLO 1
(РД1) / To know the basic laws of natural science and professional subjects in the area ofphysical basic of electronic engineering and circuit design
CLO 2
(РД2) / To know the current state of theoretical and experimental researches in specific areas, phenomena and research methods
CLO 3
(РД3) / To know the fundamental phenomena and effects in the physics area, experimental, theoretical and computer methods of research in this area
9. The course outline:
Lectures:
Introduction.
The role and area of the display information in the national economy.
Section 1.Information model and its component parts
The concept of the information model.Components of the information model.The types of information models.
Section 2.Modern types of digital electronic indicators
Classification of digitalindicators.The main parameters of digital indicators.Addressing methods of digital indicators.The operation modes of the digital indicators.
Modern types of the semiconductors indicators, plasma panels indicators, liquid crystal indicators, vacuum fluorescent indicators and vacuumincandescent electronic indicators.
Section 3.Television system for processing and displaying information
The forming principle of the information models in the television media of grating type. Block diagramof the sign television display.
Section 4.Computer systems for processing and displaying information
Digital and analog monitors, its main characteristics, parameters and application area.Features of design of modern multi-frequency monitors.
Practices:
Section 1.
Calculation of the information model parameters.
Section 2.
Calculation of the control circuit of digital indicators
Section 3.
Calculationof the scheme of the horizontal scan, the amplifier and the ratio of geometric distortion.
Section 4.
The study of the monitor characteristics.
Labs:
Laboratory work №1.Determination of physiological parameters of the operator.
Laboratory work № 2. Astudyof a single-bit indicatorcontrol circuits.
Laboratory work № 3. Astudyof a multi-bit indicatorcontrol circuits.
Laboratory work № 4. Astudyof a matrix indicatorcontrol circuits.
Laboratory work № 5.Astudy of decoder circuits.
Laboratory work № 6. A study of the electron beam sweepof a cathode ray tube (CRT)
Laboratory work № 7.A study of monitorparameters.
Laboratory work № 8.A study of an adapteroperationmodes.
10. Year:1, semester:2,number of credits: 6
11. Prerequisites:
ДИСЦ.В.М2"Electronic Industrial Facilities ",
12. Corequisites:
ДИСЦ.В.М3 "Microprocessor System Interfaces",
ДИСЦ.В.М5 "Design and Technology of Electronic Components"
13. Type of midterm assessment: exam
Author:Alexey I. Soldatov