By Myke Predko
ISBN-10: 0071472878
ISBN-13: 9780071472876
Grasp PIC MICROCONTROLLER know-how AND upload strength for your subsequent undertaking! faucet into the newest developments in PIC know-how with the totally made over 3rd variation of McGraw-Hill's Programming and Customizing the PIC Microcontroller. lengthy referred to as the subject's definitive textual content, this necessary quantity comes choked with greater than six hundred illustrations, and offers finished, easy-to-understand assurance of the PIC microcontroller's and software program schemes. With a hundred experiments, initiatives, and libraries, you get an organization clutch of pictures, how they paintings, and the ins-and-outs in their so much dynamic purposes. Written via popular know-how guru Myke Predko, this up-to-date version contains a streamlined, extra available layout, and promises: focus at the 3 significant PIC households, that can assist you totally comprehend the synergy among the meeting, simple, and C programming languages insurance of the newest application improvement instruments A refresher in electronics and programming, in addition to reference fabric, to lessen the looking you'll have to do what is within! constructing your personal PIC microcontroller improvement lab PIC MCU fundamentals PIC microcontroller interfacing services, software program improvement, and functions beneficial tables and knowledge uncomplicated electronics electronic electronics uncomplicated reference C reference 16-bit numbers helpful circuits and workouts to help you get your purposes up and operating speedy
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Additional info for Programming and Customizing the PIC Microcontroller (Tab Electronics)
Sample text
Most modern PC languages will allow effectively unlimited direct storage. If you looked at a PIC microcontroller datasheet before reading this book, you would probably have been shocked to see tens to a few hundreds of bytes of variable memory in the file registers area of the chip, and you probably wondered how complex applications could be written for the device. Creating complex applications with limited variable RAM in microcontrollers is not difficult, although large arrays cannot be implemented without external memory.
These status bits are available in the PIC microcontroller, but are supplemented by all the other bits in the processor, each of which can be accessed and tested individually. This provides a great deal of additional capabilities in the PIC MCU that is not present in many other devices and allows some amazing improvements in processor performance. An example of using conditionally executing status bits is shown in the 16-bit variable increment example below. After incrementing the lower 8 bits, if the processor’s zero flag is not set (which indicates that the incremented register’s contents have changed from 0xFF to 0x00), then the increment of the higher 8 bits is skipped.
The I/O pins can be interfaces to strictly logic devices, analog signals, or complex device interfaces. PROCESSOR ARCHITECTURES 7 Looking over the “Projects” chapter, you should get the idea that there is a myriad of devices that microcontrollers can interface with to control or monitor. I have tried to present a good sampling of devices to show different methods of interfacing to the PICmicro that can be used in your own applications. Within the microcontroller is the application code stored in application program memory, which is the computer program used to control the operation of the application.