Real World Instrumentation with Python

How This Book Is Organized

This book is organized into 14 chapters and 2 appendixes. The first 12 chapters set the stage for the implementation examples described in Chapter 14. Chapters 1 through 6 introduce basic concepts that the advanced reader may elect to skip over. Here’s a closer look at what you’ll find in each chapter:

Chapter 1, Introduction to Instrumentation

Chapter 1 provides an overview of what instrumentation is, how control systems work, and how these concepts are used in the real world. The examples covered include automatic outdoor lights, test instrumentation in an electronics engineering environment, control of a thermal chamber in a laboratory, and batch chemical processing.

Chapter 2, Essential Electronics

Because this is a hands-on book, we will need to know something about the physical hardware we want to interface to and have at least a general idea of how it works. This chapter starts off with an introduction to the basic concepts of electricity and electronics. It then explores the functional building blocks for data acquisition and control, including discrete digital interfaces, analog interfaces, and counters and timers. Lastly, it reviews the basic concepts behind serial and parallel interfaces. If you are already familiar with electric circuit theory and devices, you could skip this chapter. However, I would recommend that you still at least skim through the material, on the off chance that there might be something unique here that you can make use of ...