Laboratory and Industrial Electronics

Welcome to the Laboratory and Industrial Electronics course. The course consists of two parts: Laboratory Electronic and Industrial Electronics. The Laboratory Electronics is essentially the laboratory part of the Electronics I course. Thus, it will give the opportunity to students to create circuits with operational amplifiers, diodes and bipolar transistors. Laboratory exercises include all standard applications using the above components. At the same time, the ability to use computer simulation programs of electronic circuits operation (PSPICE) will be given.

Objectives

Familiarizing students with implementing circuits with operational amplifiers, diodes and bipolar transistors.

Prerequisites

This information is not available.

Syllabus

Introduction to Laboratory and Industrial Electronics. Amplification stages using operational amplifiers and single-stage bipolar transistor circuits. Simple dc supplies using pn and zener diodes. Introduction to the software program SPICE for electrical and electronic circuits simulation. Design of PCBs. Power semiconductor devices. Relays and electrical power-control devices. Application of microprocessors and Digital Signal Processors to industrial equipment. Introduction to PLCs. Power electronics topologies for static loads and motor drive systems. This course includes eight laboratory exercises on operational amplifiers, power supplies, power electronics topologies and control of electrical machines.