Lectures:
Basic concepts. Voltage, current,
power, labour, ohm's law, Kirchhoff's circuit laws. Source voltage and
current. The methods of solving electrical circuits. Signals.
Properties and the use of passive
R, L, C elements. Impedance and admittance. Resonant circuits.
Double gates circuits. Circuit
function, frequency, transient and impulse characteristics. Basic passive
RC, RL and RLC two-ports.
Double gates circuits. Controlled
resources, ideal amplifier voltage and current, ideal operational amplifier,
the ideal transformer.
Semiconductor diodes and thyristors.
The characteristics and parameters, circuit models. Rectifiers, switches,
limitation and parametric stabilizers.
Transistors. Features and
parameters bipolar and unipolar transistors, the working point, circuit
models.
Basic involvement of transistors.
Amplifiers and switching circuits.
Principle Backward linkages and its
impact on the characteristics of electronic circuits.
Operational amplifiers. Principle
and characteristics, the fundamental involvement.
The application of operational
amplifiers. Amplifiers, filters, generators and comparators.
Stabilizers voltage and current.
Properties, through the implementation of discrete components and integrated
circuits.
Pulse resources. The principle and
basic involvement.
The principles and characteristics
of D / A and A / D converters.
Optoelectronic prvky.Principls and properties.
Exercises:
Work safety in the laboratory,
laboratory schedule, the conditions of granting credit. Entering projects P1, P2.
Proposal RL and RC circuits (integration and derivative articles). Frequency and transient Test No knowledge
Laboratories:
Design and measurement of voltage and current dividers.
Measurement properties rezonans serial and parallel circuits.
Measurement of the characteristics of integration and derivation article.
Measurement of VA characteristics of semiconductor diodes.
Measurement of VA characteristics and parameters bipolar and unipolar transistors.
Measurement Measurement parameters DC transistor amplifiers and switches.
Measurement properties AC transistor amplifiers.
Design and measurement of parameters the operational AMPLIFIERS.
The measurement parameters and characteristics of parametric voltage stabilizer.
Implementation and verification of functional integration project P1.
Implementation and verification of functional integration project P2.
Projects:
P1 Proposal of amplifiers.
P2 The proposal of generator.
Basic concepts. Voltage, current,
power, labour, ohm's law, Kirchhoff's circuit laws. Source voltage and
current. The methods of solving electrical circuits. Signals.
Properties and the use of passive
R, L, C elements. Impedance and admittance. Resonant circuits.
Double gates circuits. Circuit
function, frequency, transient and impulse characteristics. Basic passive
RC, RL and RLC two-ports.
Double gates circuits. Controlled
resources, ideal amplifier voltage and current, ideal operational amplifier,
the ideal transformer.
Semiconductor diodes and thyristors.
The characteristics and parameters, circuit models. Rectifiers, switches,
limitation and parametric stabilizers.
Transistors. Features and
parameters bipolar and unipolar transistors, the working point, circuit
models.
Basic involvement of transistors.
Amplifiers and switching circuits.
Principle Backward linkages and its
impact on the characteristics of electronic circuits.
Operational amplifiers. Principle
and characteristics, the fundamental involvement.
The application of operational
amplifiers. Amplifiers, filters, generators and comparators.
Stabilizers voltage and current.
Properties, through the implementation of discrete components and integrated
circuits.
Pulse resources. The principle and
basic involvement.
The principles and characteristics
of D / A and A / D converters.
Optoelectronic prvky.Principls and properties.
Exercises:
Work safety in the laboratory,
laboratory schedule, the conditions of granting credit. Entering projects P1, P2.
Proposal RL and RC circuits (integration and derivative articles). Frequency and transient Test No knowledge
Laboratories:
Design and measurement of voltage and current dividers.
Measurement properties rezonans serial and parallel circuits.
Measurement of the characteristics of integration and derivation article.
Measurement of VA characteristics of semiconductor diodes.
Measurement of VA characteristics and parameters bipolar and unipolar transistors.
Measurement Measurement parameters DC transistor amplifiers and switches.
Measurement properties AC transistor amplifiers.
Design and measurement of parameters the operational AMPLIFIERS.
The measurement parameters and characteristics of parametric voltage stabilizer.
Implementation and verification of functional integration project P1.
Implementation and verification of functional integration project P2.
Projects:
P1 Proposal of amplifiers.
P2 The proposal of generator.