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At present time I carry out practical and laboratory classes in disciplines: 1.Physical bases of electronics. Отступ первой строки Course Description - physical basics of semiconductor devices. Semiconductor devices: diodes, transistors, IGBT, thyristors, its basic properties and characteristics. Photoemissive devices. AC and DC amplifiers. Operating operational amplifier. Electronic switches. Physical fundamentals of integrated microelectronic techniques.
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2.Electronic and microprocessor technology. Отступ первой строки Course Description - modern electronic amplifying, conversion and microprocessor components and devices knowledge formation , as well as the basics of micro-processor data processing.
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3.Electric energy power converters. Отступ первой строки Course Description - ways of converting electrical energy from one form to another by means of power semiconductor converters; its basic properties and characteristics; their practical application.
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4.Software professional activity. Отступ первой строки Course Description - students' knowledge formation of methods and modern software means of using needed to automate professional activities over all years of study: MathCAD software as means of automating electrotechnical calculations; Processing of experimental results using MS Office Excel electronic worksheets; Virtual Electronic Laboratory on the basis of Electronics Workbench software; Elcut software for solving the 2D field problems; Electrotechnical system's model development and research in Matlab / Simulink software; Computer-aided design.
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5.Professional Development Through the English Media. Отступ первой строки Course Description - the study of special terminology in English, improving English language skills, knowledge consolidation on the electrical power engineering and electrotechnics.
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5.Computer-aided? networking and information technologies. Отступ первой строки Краткое содержание дисциплины - физические основы работы полупроводниковых приборов. Полупроводниковые приборы: диоды, транзисторы,IGBT, тиристоры, их основные свойства и характеристики. Фотоэлектронные приборы. Усилители постоянного и переменного тока. Операционный усилитель. Электронные ключи. Физические основы интегральной микроэлектронной техники.
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