Ви переглядаєте архівну версію офіційного сайту НУЛП (2005-2020р.р.). Актуальна версія: https://lpnu.ua
Computer Electronics
Major: System Engineering (Internet of Thinks)
Code of Subject: 6.122.09.O.23
Credits: 4
Department: Computerized Automatic Systems
Lecturer: Viter O.S.
Semester: 3 семестр
Mode of Study: денна
Learning outcomes:
As a result of studying a discipline, a specialist should know:
the principle of operation of basic analog electronic circuits and nodes on the modern microelectronic element basis of their parameters, characteristics, properties, development trends and applications.
The trained specialist should be able to:
to use directories from the electronic element base; to calculate, synthesize and analyze the basic nodes of computer electronics; test and configure analogue electronic circuits built on the basis of discrete components and integrated circuits.
the principle of operation of basic analog electronic circuits and nodes on the modern microelectronic element basis of their parameters, characteristics, properties, development trends and applications.
The trained specialist should be able to:
to use directories from the electronic element base; to calculate, synthesize and analyze the basic nodes of computer electronics; test and configure analogue electronic circuits built on the basis of discrete components and integrated circuits.
Required prior and related subjects:
Pre-requisites: physics part 2, electrical engineering and electronics.
Co-requisites: digital circuitry, sensors and actuators, analog microcircuitry, designing of the Internet of things.
Co-requisites: digital circuitry, sensors and actuators, analog microcircuitry, designing of the Internet of things.
Summary of the subject:
Electronic amplifiers of their classification, basic parameters and characteristics; Feedback in amplifiers and their influence on parameters and characteristics; amplifying cascades of alternating current on bipolar and field transistors; DC amplifiers; Differential stages of amplification of a direct current on transistors; operational amplifiers (OA); amplifying cascades based on OA; power amplifiers on transistors; generators of sinusoidal oscillations; parametric and compensating stabilizers of constant voltage; rectifiers of alternating current; filters that smooth the ripples.
Recommended Books:
1.Схемотехніка електронних систем: У3 кн.1 Аналогова схемотехніка та імпульсні пристрої. Підручник / В.І. Бойко, А.М. Гуржій, В.Я. Жуйков та ін. ? 2-ге вид., допов. і переробл. ? К.: Вища школа, 2004.
2.Скаржепа В.А. , Луценко А.Н. Электроника и микросхемотехника. Ч.1. Учебн. пособие. ? Киев: ВШ, 1989.
3.Буняк А. Електроніка та мікросхемотехніка: навчальний посібник для вищих учбових закладів. ? Київ-Тернопіль: Астон, 2001.
4. Максимців Б.Я. Електроніка та мікросхемотехніка. ? Івано-Франківськ: Симфонія форте, 2014.
5.Титце У., Шенк К. Полупроводниковая схемотехника. Том I-ІІ: Пер. с нем. ? М.: ДМК Пресс, 2008.
2.Скаржепа В.А. , Луценко А.Н. Электроника и микросхемотехника. Ч.1. Учебн. пособие. ? Киев: ВШ, 1989.
3.Буняк А. Електроніка та мікросхемотехніка: навчальний посібник для вищих учбових закладів. ? Київ-Тернопіль: Астон, 2001.
4. Максимців Б.Я. Електроніка та мікросхемотехніка. ? Івано-Франківськ: Симфонія форте, 2014.
5.Титце У., Шенк К. Полупроводниковая схемотехника. Том I-ІІ: Пер. с нем. ? М.: ДМК Пресс, 2008.
Assessment methods and criteria:
Maximum score in points:
? current control (laboratory work ? 8, practical classes ? 8, homework ? 8, oral questioning ? 8) ? 32;
? final control (exam ? 48, oral component ? 20) ? 68;
? together for educational discipline - 100.
? current control (laboratory work ? 8, practical classes ? 8, homework ? 8, oral questioning ? 8) ? 32;
? final control (exam ? 48, oral component ? 20) ? 68;
? together for educational discipline - 100.
Computer Electronics
Major: Systems Engineering (Internet Things)
Code of Subject: 6.122.09.O.23
Credits: 4
Department: Computerized Automatic Systems
Lecturer: Viter O.S.
Semester: 3 семестр
Mode of Study: денна
Learning outcomes:
As a result of studying a discipline, a specialist should know:
the principle of operation of basic analog electronic circuits and nodes on the modern microelectronic element basis of their parameters, characteristics, properties, development trends and applications.
The trained specialist should be able to:
to use directories from the electronic element base; to calculate, synthesize and analyze the basic nodes of computer electronics; test and configure analogue electronic circuits built on the basis of discrete components and integrated circuits.
the principle of operation of basic analog electronic circuits and nodes on the modern microelectronic element basis of their parameters, characteristics, properties, development trends and applications.
The trained specialist should be able to:
to use directories from the electronic element base; to calculate, synthesize and analyze the basic nodes of computer electronics; test and configure analogue electronic circuits built on the basis of discrete components and integrated circuits.
Required prior and related subjects:
Pre-requisites: physics part 2, electrical engineering and electronics.
Co-requisites: digital circuitry, sensors and actuators, analog microcircuitry, designing of the Internet of things.
Co-requisites: digital circuitry, sensors and actuators, analog microcircuitry, designing of the Internet of things.
Summary of the subject:
Electronic amplifiers of their classification, basic parameters and characteristics; Feedback in amplifiers and their influence on parameters and characteristics; amplifying cascades of alternating current on bipolar and field transistors; DC amplifiers; Differential stages of amplification of a direct current on transistors; operational amplifiers (OA); amplifying cascades based on OA; power amplifiers on transistors; generators of sinusoidal oscillations; parametric and compensating stabilizers of constant voltage; rectifiers of alternating current; filters that smooth the ripples.
Recommended Books:
1.Схемотехніка електронних систем: У3 кн.1 Аналогова схемотехніка та імпульсні пристрої. Підручник / В.І. Бойко, А.М. Гуржій, В.Я. Жуйков та ін. ? 2-ге вид., допов. і переробл. ? К.: Вища школа, 2004.
2.Скаржепа В.А. , Луценко А.Н. Электроника и микросхемотехника. Ч.1. Учебн. пособие. ? Киев: ВШ, 1989.
3.Буняк А. Електроніка та мікросхемотехніка: навчальний посібник для вищих учбових закладів. ? Київ-Тернопіль: Астон, 2001.
4. Максимців Б.Я. Електроніка та мікросхемотехніка. ? Івано-Франківськ: Симфонія форте, 2014.
5.Титце У., Шенк К. Полупроводниковая схемотехника. Том I-ІІ: Пер. с нем. ? М.: ДМК Пресс, 2008.
2.Скаржепа В.А. , Луценко А.Н. Электроника и микросхемотехника. Ч.1. Учебн. пособие. ? Киев: ВШ, 1989.
3.Буняк А. Електроніка та мікросхемотехніка: навчальний посібник для вищих учбових закладів. ? Київ-Тернопіль: Астон, 2001.
4. Максимців Б.Я. Електроніка та мікросхемотехніка. ? Івано-Франківськ: Симфонія форте, 2014.
5.Титце У., Шенк К. Полупроводниковая схемотехника. Том I-ІІ: Пер. с нем. ? М.: ДМК Пресс, 2008.
Assessment methods and criteria:
Maximum score in points:
? current control (laboratory work ? 8, practical classes ? 8, homework ? 8, oral questioning ? 8) ? 32;
? final control (exam ? 48, oral component ? 20) ? 68;
? together for educational discipline - 100.
? current control (laboratory work ? 8, practical classes ? 8, homework ? 8, oral questioning ? 8) ? 32;
? final control (exam ? 48, oral component ? 20) ? 68;
? together for educational discipline - 100.