Circuitry of Devices for Technical Security of Information (курсовий проєкт)

Major: Cybersecurity
Code of subject: 6.125.02.E.127
Credits: 3.00
Department: Information Security
Lecturer: Ph.D., Associate Professor Kenyo Halyna
Semester: 4 семестр
Mode of study: денна
Learning outcomes: • ability to use electronic elements in the creation of electronic components and devices of technical means of information protection; • knowledge of the basic methods of analysis, synthesis and calculation of electronic devices using discrete components and integrated circuits; • ability to analyze the processes, characteristics and performance of electronic components of automatic devices; • ability to design electronic components and devices according to the specified technical characteristics; • ability to determine experimentally the technical characteristics and parameters of electronic components and devices.
Required prior and related subjects: Prerequisites: • Physics • Circuitry Co-requisites: • Technical means of protection of objects • Means of transmission, reception and processing of information in TMI systems
Summary of the subject: According to the individual terms of reference to design a functional and schematic diagram of the device. Justify the choice of components and components of the circuit, calculate the basic parameters of the device. The graphic part of the project involves the construction of an electrical schematic diagram, obtaining amplitude-frequency characteristics and time diagrams in the MicroCap package. • Low frequency amplifier • Harmonic oscillation generator • Stabilized power supply
Assessment methods and criteria: • Completion of the course project (70 points) • Oral interview (30 points)
Recommended books: 1. Dmytriv V.T., Szymanski V.M. Electronics and integrated circuits: Textbook. manual. - Lviv: Афіша, 2004. - 175 p. 2. Moskatov EA Handbook of semiconductor devices. - M .: Journal "Radio", 2005. - 208 p. 3. Gershunsky VS Handbook of electronic circuit calculation. - Киев: ВШ, 1983. - 240 p. 4. Kolontaevsky Y.P., Soskov A.G. Electronics and integrated circuits. Textbook. 2nd ed. / For ed. A.G. Soskov. - К .: Каравела, 2009. - 416 p.

Circuitry of Devices for Technical Security of Information

Major: Cybersecurity
Code of subject: 6.125.02.E.126
Credits: 6.00
Department: Information Security
Lecturer: Ph.D., Associate Professor Kenyo Halyna
Semester: 4 семестр
Mode of study: денна
Learning outcomes: • knowledge of modern concepts about the history and prospects of development of theory and practice of electronic devices of technical means of information protection; • ability to use electronic elements in the creation of electronic components and devices of technical means of information protection; • knowledge of the basic methods of analysis, synthesis and calculation of electronic devices using discrete components and integrated circuits; • ability to analyze the processes, characteristics and performance of electronic components of automatic devices; • ability to design electronic components and devices according to the specified technical characteristics; • ability to determine experimentally the technical characteristics and parameters of electronic components and devices.
Required prior and related subjects: Prerequisites: • Physics • Circuitry Co-requisites: • Technical means of protection of objects • Means of transmission, reception and processing of information in TMI systems
Summary of the subject: Fundamentals of Semiconductor electronics. Classification of substances by conductivity. Self and impurity semiconductors. Diffusion and drift of charge carriers in semiconductors. Electrical semiconductor transitions. p-n-transition in equilibrium, with forward and reverse displacement. Parameters and characteristics of p-n junction. Breakdown of p-n junction. Varieties of electrical transitions. Semiconductor diodes. Parameters and characteristics of diodes. Varieties of semiconductor diodes. Alternating voltage rectifiers. Smoothing filters. Bipolar transistors. Principles of construction and operation. Switching schemes. Static characteristics of bipolar transistors. Amplifying properties and key mode of operation of BT. Field effect transistors. Principles of construction and operation. Switching schemes. Static characteristics and parameters of field-effect transistors. Amplifiers of electrical signals. Classification, main technical indicators. Characteristics of amplifiers. Amplifier stages on transistors. Choice of operating mode. Classes of work. Offset presentation. Stabilization of quiescent. Calculation of amplifier stages on bipolar transistors. Calculation of amplifier stages on field-effect transistors. Interstage connections. Frequency distortion in amplifiers. Amplifier feedback. DC amplifiers. Power amplifiers. Operational amplifiers. DA structure, parameters, characteristics. Operating schemes. Frequency sampling devices. Resonant amplifiers. Active filters. Harmonic oscillation generators. Power sources. DC stabilizers
Assessment methods and criteria: • Labs completion and presentation of reports (30 points) • Completion of practical assignments (8 points) • Final examination control of the theoretical course (54 points written and 8 points oral components)
Recommended books: 1. Electronics and microcircuits. Teaching manual. Part 2. Analog circuitry. / V.B. Dudykevych, G.V. Kenyo, I.V. Petrovych. “Distance learning series". - Lviv: Lviv Polytechnic National University Publishing House, Department of Information Protection, 2010. - 224 p. 2. Dmitriv V.T., Szymanski V.M. Electronics and integrated circuits: Textbook. manual. - Lviv: Афіша, 2004. - 175 p. 3. Prischepa MM, Pogrebnyak VP Microelectronics. At 3 o'clock Part 1. Elements of microelectronics: Textbook. Method. - К .: Вища шк., 2004. - 431 p. 4. Kolontaevsky Y.P., Soskov A.G. Electronics and integrated circuits. Textbook. 2nd ed. / For ed. A.G. Soskov. - К .: Каравела, 2009. - 416 p.