By Martin Bates
PIC Microcontrollers: An creation to Microelectronics, 3rd version, presents an advent to the complicated expertise of microcontrollers. beginning with the normal workstation, it establishes simple innovations and terminology: microprocessor platforms, reminiscence, enter and output, and normal electronic platforms principles. It then examines the PIC microcontroller (MCU), which dominates the marketplace for small-scale business purposes. The research incorporates a chip that's not used commercially, with the minimal of complicated beneficial properties: the PIC 16F84A; and the PIC 16F690, which has extra positive aspects and is consultant of newer items within the PIC range.
The discussions conceal PIC structure, programming recommendations, PIC improvement structures, software layout, software debugging, PIC motor purposes, and microcontroller structures. each one bankruptcy starts with an overview of contents and concludes with a suite of questions for self-assessment or formal checking out of students.
This publication used to be written for newcomers, university or collage scholars, or self reliant hobbyists.
* a spotlight at the 16F84A because the start line for introducing the elemental programming rules and structure of the PIC, progressing to more moderen chips within the 16F diversity, particularly the 16F690, and Microchip starter kits
* the best way to use the loose Microchip improvement setting MPLAB IDE, plus Proteus VSM interactive digital layout software program, to improve your individual applications
* various fully-documented, operating code examples downloadable from the better half web site
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Additional info for PIC Microcontrollers - An Introduction to Microelectronics (3rd Edition)
The file registers are modified accordingly, and the resulting output seen at the ports. 2. Program Counter, PCL: File Register 02 The program counter keeps track of the program execution by holding the address of the current instruction. It is automatically incremented to point to the next instruction during the execution cycle. g. the last one in this program), so that it then points to the required jump destination address. PCLATH stands for program counter latch high. This stores the most significant two bits of the 10-bit program counter, which also cannot be accessed directly.
The carry bit is set to zero. State the contents of the register after the following operations on this data (refer to PIC MCU data sheet for exact effects): (a) clear, (b) increment, (c) decrement, (d) complement, (e) rotate right, (f) shift left, (g) clear bit 5, (h) set bit 0. (8) 3. A source register is loaded with the binary code 01001011, and a destination register loaded with 01100010. State the contents of the destination register after the following operations: (a) MOVE, (b) ADD, (c) AND, (d) OR, (e) XOR.
Appendix A explains hexadecimal numbers. 1. Program Memory The program memory is a block of flash read-only memory (ROM), which means it is nonvolatile, but can be reprogrammed. The program created in the host computer is downloaded via port register pins RB6 and RB7. The methods for doing this will be described in more detail in Chapter 4, as will the assembler programming language required to create the program code. The 14-bit codes are loaded into memory starting at address 000. When the chip is powered up, the program counter resets automatically to 000, and the first instruction is fetched from this address, copied to the instruction register in the control block, decoded and executed.
PIC Microcontrollers - An Introduction to Microelectronics (3rd Edition) by Martin Bates