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C What Happens, Using PIC Microcontrollers and the CCS C CompilerBB237
Product Number: BB237
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"C What Happens Using PIC® Microcontrollers and the CCS C Compiler," contains a series of explanations and examples for those who want to learn to program PIC® microcontrollers using the C programming language. It is assumed that the reader has no knowledge of PIC microcontrollers or programming, but does have a rudimentary understanding of electronics. The reader will learn to create programs by making selections from a large variety of built-in functions provided in the CCS C compiler, writing his/her own functions as needed, and writing executable statements. The reader will 'C what happens' by programming a PIC® microcontroller with the newly created code and exercising it using a simple circuit described in the book. The subject matter is laid out in a logical progression from simple to not-so-simple and is illustrated with lots of examples.
This book was written by David Benson (8-1/2 x 11", 183 pages.


Product #: BB237

Skill Level: Book

Additional Details:
C What Happens Using PIC® Microcontrollers and the CCS C Compiler by David Benson -------------------------------------------------------------------------------- Table of Contents INTRODUCTION PIC MICROCONTROLLER PRODUCT OVERVIEW SELECTING A DEVICE FOR EXPERIMENTS PIC16F818 Pins and functions Package Clock oscillator Reset Ports Special Features PIC microcontroller architecture Code and data protection Configuration bits CIRCUIT FOR PIC16F818 EXPERIMENTS CHOOSING DEVELOPMENT TOOLS CCS compiler Device programming methods Device programmers and ease of running code examples Device programmer In-circuit serial programmer Choosing a device programmer Microchip PICSTART Plus Choosing an in-circuit programmer/debugger CCS ICD-U40 (or -S40) Microchip PICkit 2® Microchip ICD 2® PROGRAMMING A DEVICE USING THE ICD-U40 (or -S40) PROGRAMMING A DEVICE USING THE PICkit 2® PROGRAMMING A DEVICE USING THE ICD 2® PROGRAMMING A DEVICE USING THE PICSTART Plus® CCS COMPILER C SOURCE CODE What it looks like Typing accuracy Comments Text And Formatting BITS, BYTES, ETC. Bit Nibble Byte Binary Hexadecimal CONSTANTS VARIABLES DATA Data types ASCII characters NAMING CONSTANTS AND VARIABLES Reserved words in C OPERATORS - SHORT LIST TRUE vs. FALSE DEVICE FILES PRE-PROCESSOR DIRECTIVES - SHORT LIST INs AND OUTS OF DIGITAL I/O CONFIGURATION REGISTER(S) FUSES FUNCTIONS main() function Functions Built-in functions - short list STATEMENTS Executable statements Blocks Conditional statements Semicolon use rules PROGRAM DESIGN Program design - control flow if if/else while loop do/while loop for loop switch/case break continue return goto Rule Modular programming WRITING PROGRAMS (With Experiments) Programming concepts Programming examples Simple data transfers Loop - endless While loop Do/while loop Port registers accessed as variables - Port addresses defined using #byte directives - Port addresses defined using user-created include file - Port addresses defined using get environment built-in function Loop with a counter For loop Loop until While loop Comparisons Relational operators If/else Switch/case Function calls and time delays Bit-level I/O using built-in functions Bit toggle If statement - read switch position ! logical operator && logical operator (two switches) || logical operator (two switches) if/else, else, else Read input bit, write output bit Event counting Bit manipulation using bit manipulation functions Bit set/clear Bit testing Flags #bit pre-processor directive example typedef example Bit manipulation using bitwise operators Shift bits right or left Change specific bit to"1" Change specific bit to"0" Change specific bit to it's complement Goto Function library Cut and paste TALKING TO A PIC MICROCONTROLLER WITH A PC VIA A WINDOWS TERMINAL PROGRAM "U"-turn experiment PC-to-PC "2-lane highway" experiment PC/PIC microcontroller PC baud rates RS-232 interface for a PIC microcontroller PIC microcontroller-to-PC serial communication Formatting PIC microcontroller data on a PC screen STRINGS ARRAYS Index to an array Step through array elements Extract nth element from array Add offset to index Lookup tables 7-segment LED display STRUCTURES Structures and ports - bit fields MATH AND MANIPULATING NUMBERS Mathematical operators Operator precedence Data type selection considerations Formatting variables such as math results for printing PASSING VARIABLES Passing arguments Returning values Prototyping functions OPERATORS Assignment operator Relational operators Logical operators Increment and decrement Mathematical operators Bitwise operators Pointer operators Structure operators Operators that don't fit the categories INTERRUPTS External interrupt sources Internal interrupt sources Timer 0 interrupt Port B interrupt on change - bits 7,6,5,4 Interrupts generated by other peripherals Global interrupt enable flag (GIE) Return from interrupt Where to put the interrupt service routine in program memory Interrupt latency Multiple external interrupt sources Interrupts in C Functions - Built-in Pre-processor directives used to identify interrupt service routines Example - external interrupt TIMING AND COUNTING USING TIMER 0 Digital output waveforms Using timer 0 Prescaler Putting timer 0 to work Setting up timer 0 Starting timer 0 Counter How do we know timer 0 is doing something? Timer 0 will keep on counting as long as: Timer 0 must be reloaded after each overflow for repeating time intervals Stopping timer 0 Timer 0 experiments Digital output waveform using timer 0 - internal clock Single time interval - internal clock Free running mode - internal clock - 0.1 second period Single time interval - external clock Free running mode - internal clock Counting events (pulses) Going further ANALOG TO DIGITAL CONVERSION INSERTING ASSEMBLY CODE IN C CODE APPENDIX A - PULSER APPENDIX B - SOURCES APPENDIX C - HEXADECIMAL NUMBERS APPENDIX D - PROGRAM LISTINGS vs. PAGE NUMBERS

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