Abstract:

Knowledge of discrete logic components - logic gates, logic families, rules for working with matrices, electrical diagrams,

Implementation of combined f?unctions, clock signals, latches: LATCH D, JKFF, DFF, counters and shift registers.

Synchronous serial systems, decimal display, HEXA, interface with mechanical systems, DEBOUNCE.

Principles of digital design in systems that include FPGA, simulation and design verification.

Abstract:

In this lab students will implement the knowledge they acquired

on the theoretical courses of Electrical Engineering 1, Electrical Engineering 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:

The Course Physics Laboratory 2 - Electricity and Magnetism