Enabling students to design and use electronic measuring instruments.

Ability to design electronic measuring instruments. Ability to develop measuring methods for the application in electronic measurements.

Elements of analog electronic instruments: operational and instrumental amplifiers, analog filters, analog correlators, modulators and demodulators. Measuring methods. Measuring in the time and frequency domain. Oscilloscopes. Spectrum analyzers. Sources of measuring signals. Power supply of electronic instruments. Measuring at high frequencies. Noise measurement. Eliminating the impact of interference in measurement. Elements of digital electronic instruments: D/A and A/D converters, digital filters, digital correlators, DFT processors, E-metering integrated circuits. Digital measuring methods. Digital instruments for frequency and time measurement. Digital multimeters. Digital oscilloscopes. Spectrum analyzers. Logic state analyzers. Waveform synthesizers. Stochastic measurements. Eliminating the impact of interference in measurement.

Lectures. Laboratory Practice.