Infopaket

Electronic Physics Laboratory

ВК 2.15

Вибіркова дисципліна для ОП

First

2022/2023

7 Semester

7

As a result of studying the discipline, the students will: • Understand the subject area of modern applied physics and mathematics. • Know the basics of technologies and methods of researching the properties of substances and materials, including nanomaterials. • Be able to discuss and find solutions to problems and issues in the implementation of scientific and technical projects. • Be able to apply physical, mathematical and computer models for the study of physical phenomena, devices and science-intensive technologies. • Understand the physical basis of creating new devices, equipment, materials (including nanomaterials), substances, technologies. • Be able to organize effective work individually and as a team member. • Be able to develop and formulate professional conclusions and reason them intelligently for professional and non-professional audiences. • Be able to present and defend the received scientific and practical results in oral and written form.

Full-time form

To study the discipline "Electronic Physics Laboratory", it is necessary to complete preparation and pass exams/credits in the following disciplines: • Fundamentals of physical electronics, • Electricity and magnetism, • Electrodynamics, • Radio electronics, • Fundamentals of digital technology.

“Electronic Physics Laboratory” is one of the key disciplines of the bachelor's training cycle in the field of modern radio physics, electronics and computer systems. It provides insight into the functioning of software-controlled devices - microprocessors and microcontrollers; physical phenomena that accompany the movement of charged particles in vacuum, gas, and plasma and underlie the operation of many electronic devices, including microwaves.

1. Веклич А.М. Навчальний посібник з курсу "Мікропроцесорна техніка" - К.: Видавнича лабораторія радіофізичного факультету Київського університету імені Тараса Шевченка, 2006, - 256 с. 2. Визначення електронної температури плазми по рекомбінаційному спектру. Методичні вказівки до виконання лабораторної роботи по курсу “Фізичної елктроніки. Ч. І” для студентів радіофізичного факультету / Упорядники. В.Я. Черняк, І.Л. Бабіч – К.: ВЦ “Київський університет”, 2004. -10 с. 3.. Методичний посібник для виконання лабораторних робіт з курсу “Мікропроцесорна техніка” для студентів факультету радіофізики, електроніки та комп’ютерних систем / Упорядн. А.І. Білецький, В.Р. Бондаренко, Р.О. Венгер, С.П. Загороднюк, М.М. Клешич, О.О. Мурманцев, С.О. Фесенко /Під ред. А.М.Веклича/ – К.: ВЦ “Київський університет”, 2021.- 40 с http://phys-el.univ.kiev.ua/resources/MT_method.pdf.

Lectures, consultations; laboratory work; independent work.

Assessment forms: • semester assessment: three cycles of laboratory work (content modules) are planned during the semester. A maximum of 20 points is awarded for the first cycle, a maximum of 35 points for the second cycle. A maximum of 15 points is awarded for the third cycle. The maximum number of points that can be awarded to a student during the semester is 70 points. • final assessment (in the form of credit): protection of reports from each of the three cycles, each of which is evaluated from 0 to 10 points. • conditions for admission to the final assessment: the condition of admission to the credit is that the student receives at least 39 points. In the case of a student's absence due to valid reasons, working out and rescheduling the defense of laboratory works are carried out in accordance with the "Regulations on the Organization of the Educational Process at the Kyiv National University"

Ukrainian