M68HC08 Microcontroller Principles and C Language Development Examples (Includes one CD-ROM)

Author: Chang Yue
Publisher:
Publish Date: 2005-09-01
Features: This book primarily focuses on the MC68HC908SR12 microcontroller as its core, explaining the main functions of the M68HC08 series microcontroller. It aims to assist technicians who have not systematically studied microcontrollers but urgently need to apply them to solve practical problems. Therefore, the book also provides C language program examples that have been successfully debugged on the author's self-developed MC68HC908SR12 universal experimental board. The accompanying CD-ROM also offers general system board schematic diagrams and PCB layout diagrams necessary for mastering this microcontroller in practice.
The book introduces the central processor architecture, memory, clock generator, oscillator, system integration modules, timers and programmable timers, analog modules, analog-to-digital conversion modules, time base modules, pulse width modulation (PWM) modules, I2C serial communication modules, input/output modules, interrupt modules, reset, under-voltage protection, real-time clock, CAN bus modules, serial peripheral interface modules, and LCD driving display functions of the M68HC08 series microcontroller from Freescale Semiconductor (formerly the semiconductor products division of MOTOROLA). C language programs that have been successfully debugged are provided for some of these functions.
This book is tailored for readers who have expertise in various professional fields and need to apply microcontrollers but have not systematically studied them. Through this book, readers can quickly master and effectively utilize the Freescale microcontroller M68HC08 series. The principles discussed in the book have universal significance and can help readers who have no prior experience with microcontrollers to quickly get started and solve practical problems. The features of the C language make this book an excellent guide for readers to become proficient in advanced programming languages, significantly improving their programming efficiency and ability to apply microcontrollers.