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In the not so distant past, all these tools were separate, and part of the effort of creating a lab for developing embedded microcontroller applications was to select, install, and learn each of them. This was quite a bit of work, both to select the tools and to make sure that they were compatible. When the rst edition of this book was written, I suggested that the reader use the Windows WordPad editor, a command line (seriously!) assembler, a separate command line simulator from Microchip, and a Windows-based programmer. At the time, there was quite a bit of frustration in nding an editor that was compatible with the assembler and making sure the assembler output was compatible with the chosen programmer. This situation was not unique to the embedded microcontroller; selecting, installing, and integrating software for many computer platforms was a dif cult task. To ease this burden, tool vendors produced integrated development environments (IDEs), which brought together all the tools necessary to write, build, and test software in one package. For the PC, Microsoft s Visual Studio has set the standard for complete and easy to use tools for application software development. In the late 1990s, Microchip introduced their MPLAB IDE, which integrates all these functions into one easy to use desktop tool. Now, to create a software development lab for PIC microcontrollers, the only time and effort required is to download and install the software. Once installed, you have a software development lab that is complete on its own or can be upgraded with additional compilers and debuggers, emulators and programmers. Over the years, MPLAB IDE has been continually re ned to make it the standard for embedded microcontroller development tools. It allows you to ef ciently create, build, and test the highest quality code, free of the translation errors that were rife in the early computer applications, where programs were assembled by hand and programmed manually into switch-based memory.
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If you were to look at a complete list of the different types (or part numbers) of PIC microcontrollers, you would probably be overwhelmed by the number of choices, each with unique features and con gurations. As I write this, there are more than 275 PIC MCU part numbers available a result of Microchip designing and releasing thirty or more part numbers each year for the past six or seven years. Despite the best efforts of Microchip, you cannot divine the features of a PIC microcontroller by its part number. The most ef cient way to nd a PIC MCU with speci c features or to understand what features a part number has is to use the search functions built into Microchip s Web page. The purpose of this chapter is to introduce you to the high-level features of the plethora of PIC microcontrollers that you have to choose from. It will also help you start thinking of the complete catalog of parts, rather than just one or two speci c chips that can be used in a variety of applications, although not truly optimized for any of them. We ll begin with Microchip s Web page, an invaluable resource with many megabytes of information that will make your device selection, circuit design, and application coding much easier. Next, we ll take a look at the characteristics and features of the PIC microcontroller part numbers and the electrical and mechanical features of the chips. Next, I will explain some of the unique features of the PIC MCUs that provide them with powerful capabilities not available on other microcontrollers. Finally, I will discuss the PIC microcontroller processor architectures that allow you to tailor the number crunching capabilities to the application. After reading through this chapter, you will have a good idea of how to take best advantage of the many PIC microcontroller part numbers at your disposal.
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