The purpose of course is to acquire students theoretical knowledge and practical skills when choosing and developing elements of modern electronic medical equipment.
The objectives of the course are to study the principle of action, functional and schematic basis, constructive, operational characteristics of various elements that are part of the functional structure of electronic devices, the necessary calculations and the choice of elements or the development of design elements of partial application.

METROLOGY, FUNDAMENTALS OF CIRCUIT ANALYSIS AND SIGNALS, BIOMEDICAL ENGINEERING PRINCIPLES

degree project

1. Introduction. Elements of circuits of electronic devices.
2. Resistors
3. Capacitors
4. Coils of inductance
5. Transformers
6. Diodes
7. Transistors
8. Thiristory
9. Semiconductor bipolar microcircuits
10. Semiconductor Unipolar Microcircuits
11. Thin film hybrid integrated circuits
12. Solid-state hybrid integrated circuits
13. Optoelectronic integrated circuits
14. Optical integrated circuits
15. Integrated nanoscale

Laboratory work №1. Introduction to the software package of simulation of electronic schemes.
Laboratory work №2. Resistors, capacitors and coils.
Laboratory work №3. Semiconductor diodes.
Laboratory work №4. Bipolar transistors.
Laboratory work №5. Voltage stabilizer.

1. Introduction. Elements of circuits of electronic devices.
2. Resistors..
3. Capacitors
4. Coils of inductance.
5. Transformers.
6. Diodes.
7. Transistors
8. Thyristor
9. Semiconductor bipolar microcircuits
10. Semiconductor unipolar microcircuits
11. Thin-film hybrid integrated circuits.
12. Solid-state hybrid integrated circuits.
13. Optoelectronic integrated circuits
14. Optical integrated circuits
15. Integrated nanoscale

1. Crecraft, Filip Mincic; Stephen Gergely (2002). Analog Electronics: Circuits, Systems and Signal Processing. Butterworth-Heinemann. p. 110.
2. Horowitz, Paul; Winfield Hill (1989). The Art of Electronics, 2nd Ed. London: Cambridge University Press. p. 44.
3. "Physical Explanation – General Semiconductors". 2010-05-25. Retrieved 2010-08-06.
4. "The Constituents of Semiconductor Components". 2010-05-25. Archived from the original on 2011-07-10. Retrieved 2010-08-06.
5. Turner, L. W. (2013). Electronics Engineer's Reference Book, 4th Ed. Butterworth-Heinemann. pp. 8.14–8.22. ISBN 978-1483161273.

The policy of the subject is determined by the system of requirements that the teacher makes to the student when studying the subject and is based on the principles of academic virtue.
Requirements relate to attending classes (inadmissibility of absences, delays, etc.); rules of conduct in the classroom (active participation, fulfillment of the required minimum of educational work, etc.) motivation and penalties (for which points can be awarded or deducted, etc.).
The policy of the academic subject is built taking into account the norms of Ukrainian legislation regarding academic virtue, the Statute, the provisions of TNTU:
1 Regulations on the organization of the educational process at the Ternopil National Technical University named after Ivan Pulyui - order No. 4 / 7-340 of 05/21/2015 as amended on 06/25/2019 - order No. 4 / 7-622 of 06/27/2019 and of 04/14/2020 - order No. 4 / 7-243 dated 04/15/2020
2 Regulations on the individual curriculum of a student of Ternopil National Technical University named after Ivan Puluj (new edition) - order No. 4 / 7-669 of 09/25/2020
3 Regulations on academic mobility of participants in the educational process of Ternopil National Technical University named after Ivan Puluj
4 Regulations on the assessment of applicants for higher education of the Ternopil National Technical University named after Ivan Puluj (new edition) - order No. 4 / 7-670 of 09/25/2020
5 Provisions on academic mobility of students of TNTU named after I. Puluy - order No. 4 / 7-454 of 16.07.2013
6 Regulations on the settlement of conflict situations in the Ternopil National Technical University named after Ivan Puluj - order No. 4 / 7-164 of 03/01/2021
7 Regulations on the final semester control of the learning outcomes of students of the Ternopil National Technical University named after Ivan Puluj - order No. 4 / 7-122 of February 17, 2020
8 Temporary procedure for semester control and certification of applicants for higher education of Ternopil National Technical University named after Ivan Puluj - order No. 4 / 7-350 of 05/25/2020
9 Regulations on the prevention of academic plagiarism at the Ternopil National Technical University named after Ivan Puluj - order No. 4 / 7-964 dated 01.11.2019 as amended on 19.12.2019 order No. 4 / 7-114 dated 12.02.2020, as amended on 26.01.2021 - order No. 4 / 7-72 dated 02.02.2021
Regulations on the academic virtue of the participants in the educational process of the Ternopil National Technical University named after Ivan Puluj - order No. 4 / 7-969 dated 01.11.2019
10 Charter of Ternopil National Technical University. I. Puluja (new edition) - order of the Ministry of Education and Science No. 248 of February 25, 2019

During the control the following are taken into account: attendance of lectures and laboratory classes, execution and defense of reports on laboratory works, passing of modular controls, performance of tasks on independent work
Current control: express survey, survey on the topic of the lesson, etc. Modular control: conducted twice a semester.
Semester control: exam and defense of the course project
Conditions of admission to semester control: semester rating is more than 45 points

Electric resistance is.
The resistor is
The units of resistance are.
Complete the expression. Power dissipated by electrical resistance
Resistance is called the ideal passive element in which.
Conductivity is also used to quantify and qualitatively characterize the resistance
The units of conductivity are.
Resistance is called linear if it.
If the resistance does not depend on the magnitude and direction of the current, then it is called
If the resistance is linear but time dependent, it is called
Parametric resistance.
Capacitance is the ideal passive element in which.
The capacitance can be.
Inductance is an ideal passive element in which.
Inductance is linear if it does not depend on the magnitude and direction of the current
If the inductance does not depend on the magnitude and direction of the current, then it.
Units of EMF measurement
Units of current
Unit of voltage measurement
Electric current is.
EMF is.
Discrete are called such elements (electroradioelements or abbreviated ERE).
Is it true that. “Discrete EREs are classified according to the environment in which the processes that determine the work of the elements take place”.
Discrete EPEs are designed to perform certain basic functions in devices for.
There are.
Discrete EPEs are classified according to their ability to convert the energy of the source into the energy of useful signals. On this basis, all discrete elements are divided into.
Passive EREs.
Active EREs.
Discrete EREs that dissipate more than 10 watts are considered.
Discrete EREs that dissipate less than 10 watts are considered.
Discrete elements are also classified by frequency. There are
Discrete elements are classified by scattering power. According to this indicator, they are divided into.
HF and UHF elements have designs that.
Powerful discrete elements have.
Solid state passive elements are such discrete elements, in the work of which are used the processes occurring in
Discrete passive elements are classified.
Discrete passive elements by tolerances are classified on.
Semiconductor devices are designed to perform certain basic functions in devices for.
Semiconductor devices are classified according to the type, which is determined by the number of sections with different types of conductivity. There are three main types of semiconductor devices.
Semiconductor devices are classified.
Semiconductor devices are made mainly of.