Electronic Circuits II

Lectures:

Voltage and current reference supply, temperature stability.
Electronics switch, optoelectronic coupler and their ussage at electronic circuits.
Differentiating amplifiers, function generators, comparators. Design, realisation, dynamic properties.
Layaut and realisation of function generators, frequency and amplitude stability, non-linearity distortion.
Layaut and realisation D/A convertors, static and dinamic properties.
Layaut and realisation D/A convertors, static and dinamic properties.
Voltage and curent driven boosters, compresors and expandors.
Oscilators, design and realisations.
Multifunction generators.
PLL.
Pulse sources.
Control circuits of pulse sources.
EPAC.
Design of EPAC.

Exercises:

Frequency centre design.
Pulse supy design.
EPAC circuit design.
Basis for design electric circuits.

Laboratories:

Design, realisation and measurement of thermal stability of voltage source.
Design, realisation and measurement of thermal stability of voltage source.
Design, realisation and measurement of differential rectifier.
Design, realisation and measurement of voltage driven generator.
Design, realisation and measurement of D/A convertor.
Design, realisation and measurement of A/D convertor.
Booster charakteristics measurement.
Design, realisation and measurement of RC and LC oscilators.
Design, realisation and measurement of frequenci multiplier with PLL.
Design, realisation and measurement of pulse suply.