Microcontroller technology : Peter Spasov. the 68HC11 /

Part 1 :Introducing microcontroller technology
1. Microcontroller concepts
1.1What is microcontroller ? and whet is it used for
1.2 History
1.3 Top down view of microcontroller systems

Part 2 : Software
2. Programming
2.1 Assembly and other programming languages
2.2 Source code, object, and the assembler
2.3 Using high level languages
etc

3 :The stack subroutines, interrupts and resets
3.1 Introducing the stack
3.2 Using the stack to store data
3.3 Using subordinate
etc

4 : Cross assembly and program development
4.1 Introduction
4.2 Format of the source code
4.3 Code and data segments
etc

Part 3 : Hardware
5. Bus concepts and modes of operation
5.1 Introduction
5.2 The bus
5.3 Tristate
etc

6. Microcontroller hardware
6.1 Semiconductor technology
6.2 Chip specification
6.3 Memory technology
etc


7. Clocked operation
7.1 Timing diagrams
7.2 System clock
7.3 Bus operation
etc

Part 4 Interfacing
8. Interfacing concepts
8.1 Introduction
8.2 Input/output subsystem and registers
8.3 Memory or input/output mapping
etc

9. Parallel input/output
9.1 Introduction to the subsystem
9.2 Seven segment (LED) display output
9.3 Liquid crystal display
etc

10. The serial subsystems
10.1 Asynchronous communications systems
10.2 The serial communications interfaces (SCI)
10.3 SCI register
etc

11. Programmable timer operations
11.1 Overview
11.2. Output compare
11.3 Input capture
etc

12. The analog converter subsystem
12.1 Concepts and terminology
12.2 Transducers
12.3 Digital to analog converters
etc

Part 5 : The microcontroller world
13. Application control software
13.1 Boolean logic control
13.2 Sequencers
13.3 Sequential machines
etc

14. Applications
14.1 Automotive engine control
14.2 Consumer electronics : Automatic camera
14.3 Computer peripherals : dot matrix printer
etc

15. Eight bit microcontroller families
15.1 Microcontrollers and the semiconductor industry
15.2 Motorola families
15.3 The intel 8051 core
etc

Index : p. 683-690