Electronics Lab Manual

Electronics Lab Manual: MyDAQ, LabVIEW, MultiSim training is included | Sarah Connor
English | 2020 | PDF, EPUB | 10.1 MB

This document is based on the "Learn-by-Doing" principle because simply reading about a technical subject is not the best way to learn. After all, you don't read about putting together a jigsaw puzzle, you put the puzzle together to solve the picture! Reading about a maze may help you to move through but doing the maze gives you the course you must take to get through it. Engineering is the same way. You must actually build circuits and programs in order to really understand the concepts.

The topics are covered in a straightforward, simplified manner which allows you to quickly understand the fundamental principles. After the main topic of each chapter is introduced, sub-topics are explored in a step by step manner with explanations given for each new engineering principle.

Each chapter contains single topic-usually. First, you read about the topic and then you see examples that let you work in the virtual world to understand how the concepts can be applied to actual circuits. You then work in the real world with real electronic components to see how they differ from the mathematical models and what their limitations might do to an engineered design.

Each section finishes with a review of what was covered in the material in that section. The principles usually come from the text or are deducible from the text, but occasionally you might need to experiment a little to really understand how to use them. After completing each section you'll begin to understand more of the concepts and realizing that now you know the answers can be a big confidence builder.

MyDAQ, LabVIEW, MultiSim training; Voltage Generators and Viewers; Ohms Law; Kirchhoff's Voltage Law, Capacitors, Inductors, Diodes, Multisim Setup, Building Snap-Circuits are covered.

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