Software and Hardware Engineering: Motorola M68HC12 is the second in a series of processor-specific texts designed to stand alone or to accompany Cady"s previous book, Microcontrollers and Microcomputers: Principles of Software and Hardware Engineering (OUP 98). This two-text concept provides well-written text coverage of the general principles of software and hardware design. This accompanying processor-specific volume allows professors to choose a particular microcontroller for their course/lab work. The previous text focused specifically on the Motorola M688HC11. This text provides an introduction to the architecture and design of software and hardware for the Mortorola M68HC12. Specifically, it covers the hardware features of two versions of the M68HC12 -- the M68HC12A4 and the M68HC912B32. In addition to covering and comparing features common with its M68HC11 predecessor, this text features chapter on fuzzy logic and how to program a fuzzy inference engine. A detailed appendix explains the design ofsoftware for a debugging pod. There are more than 100 extensive programming examples. This text will provide the beginning student with specific material and examples to apply the Motorola M68HC12 microcontroller in real-world applications. It is writtenso that a student or engineer familiar with the Motorla M68HC11 will be easily assimilate the differences between it and the M68HC12. It is suitable for undergraduate students in electrical engineering or technology programs in electrical and computer technology.
This text can be used with its companion volume, Microcontrollers and Microcomputers: Principles of Software and Hardware Engineering, or with any other book that examines the general principles of microcomputer technology. It can stand by itself in a course devoted to the M68HC12. Это и многое другое вы найдете в книге Software and Hardware Engineering: Motorola M68Hc12 (Fredrick M. Cady, James M. Sibigtroth)