Abstract:

The course deepens, both theoretical and (mainly) practical,

the tools which were acquired in "Introduction to control systems",

regarding analysis and design of continuous linear control systems.

In the first experiments the students calculate transfer func tions (out of step response and frequency response),

analyze system statics and dynamics, and distinguish between linear characteristics and nonlinear ones. Afterwards,

both open-loop and closed-loop control systems are studied: angular velocity control and angle control.

Different controllers are studied - their effects on steady state errors, damping coefficient,

Abstract:

In this lab students will implement the knowledge they acquired on the theoretical courses of Electronic circuits 1, Electronic circuits 2.

Abstract:

In this lab, the student will understand the limitations of practical digital systems

and lab equipment and measurement. He will explore the electrical static (voltage)

and dynamic (switching) characteristics of TTL and CMOS logic gates;

implement a Monostable Multivibrator using CMOS gates; implement an

Astable Multivibrator using CMOS gates, Op. Amp. and Schmidt Trigger;

Will designing a f?unction Generators using Op. Amp.;

Explore applications of Timer 555; use integrated circuit 2206 as a

Abstract:

Lumped Circuits and elements: description passive components, physical dependences between charges, current, voltage, power and energy. Signal properties. Voltage and current sources. Basic laws: Ohm's and Kirchhoff's laws. Elements connection and equivalent circuits.

Delta- Way elements connections and transformation. Winston bridge with variable resistor. Maximum power transfer.

Abstract:

Semiconductors, diodes, practical examples of the use of diodes, Zener diodes and stabilizers, linear suppliers, BJT MOSFET transistors: DC and AC analysis,