• To know the principles of operation, nomenclature, basic parameters and properties of the electronic components of measuring instruments;
• to learn methods of analysis and calculation of circuits based on known elements;
• to be able to explore errors of electronic units having known the errors of individual elements.
•to know the principles of operation, nomenclature, basic parameters and properties of analog integrated circuits for measuring instruments;
• learn methods of analysis and calculation of circuits containing analog integrated circuits;
• be able to explore errors of electronic units for standardized parameters and characteristics of analog integrated circuits.

• Calculus
• Linear algebra
• Differential equations
• Engineering circuit analysis
• Electro technical materials

Resistors. Capacitors. Transformers. Semiconductor diodes. Rectifiers. Zener diodes. Diode clippers. Dinistors and thyristors. Other types of diodes. Bipolar transistors. Transistor stages. Multistage amplifiers. Field-effect transistors with p-n junction. MOSFET transistors. The operational amplifier (Opamp). Circuits of Opam wiring. Methods of error correction and compensation for Opamps. Instrumental amplifiers. AC Amplification. Filters. Square wave generator. Sine wave generator. Triangular voltage generators. Internal circuit of Opamps. Output resistance and load of opamp. Noise of aopamp. MDM amplifiers. Metrological service for opamps. Power supplies. Examples of use of opams - DAC. Examples of use of opams - ADC. Examples of the use of opams.

1. Hutnikov. V. Integral electronics in measuring instruments. Leningrad, Energia, 1980
2. Sinclair, J. Dunton. Practical electronics handbook. Sixth edition. Elsevier. 2007.
3. Zavadskyy V. Computer electronics, Kyiv, Vek, 1996
4. Floyd T., Buchla D. Fundamentals of Analog Circuits. Second edition. Prentice Hall, 1999.

• written reports on laboratory works, oral examinations, written tests
• final control (60% control event, exam): mixed written-oral form (60%)