Release date: August 2006-1
Words: 440,000
Version: 1
Number of pages: 290 pages
Printing time: 20 10- 1- 1
Page number: 16 Page number
Number of impressions: 4
Paper: offset paper
B n: 978-7-301-10759-1
Packing: paperback
brief Introduction of the content
The outstanding feature of this book is that the basic application of DSP is the main line, the content is properly arranged, the key and difficult points are described in detail, and it is practical. This book can be used as a textbook and reference book for senior undergraduates and postgraduates majoring in electronic information engineering, communication engineering and automation, and also as a reference book for related technicians engaged in the development and application of DSP chips.
catalogue
Introduction to Chapter 1
1. 1 Overview
1. 1. 1 DSP and DSP technology
1.1.2 Two areas of DSP technology development
1. 1.3 Implementation Method of Digital Signal Processing
Characteristics of 1. 1.4 DSP system
1.2 programmable DSP chip
Structural characteristics of 1.2. 1 DSP chip
1.2.2 classification of DSP chips
Development and trend of 1.2.3 DSP chip
The application of 1.2.4 DSP chip
1.3 TMS320 series DSF, overview
1.3. 1 TMS320C2000 series introduction
1.3.2 introduction of TMS 320c5000 series
Introduction of 1.3.3 TMS320C6000 series
1.4 DSP system design summary
1.4. 1 DSF system design process
1.4.2 DSF chip selection
1.4.3 DSF, application system development tool
1.5 exercises and thinking questions
The second chapter is the hardware structure of TMS320c54x.
2. Block diagram of hardware structure of1tms320c54x
2. 1. 1 TMS 320c: 54x internal structure
2. Main features of1.2 TMS 320c54x
2.2 bus structure
2.3 Central Processing Unit (CPU)
2.3. 1 CPU status and control register
arithmetic logic unit
Safety injection boxes a and b
2.3.4 barrel shifter
2.3.5 multiplier rib multiplier unit
2.3.6 Comparison, Selection and Storage Unit
Exponential encoder
2.4 memory and I/O space
2.4. 1 storage space allocation
program storage
Data storage
Input/output space
2.5 interrupt system
1 overview of interrupt system
2.5.2 interrupt flag register (IFR) and interrupt mask register (IMR)
2.5.3 Receiving, answering and handling interrupts
2.5.4 Interrupt the operation flow.
2.5.5 Rearrange the interrupt vector addresses.
2.6 Practice and think about problems
Chapter 3 TMS320c54x Instruction System
3. 1 assembly source program format
3.2 Instruction set symbols and meanings
3.3 addressing mode
3.3. 1 immediate addressing
absolute addressing
Accumulator addressing
direct addressing
Indirect addressing
3.3.6 Memory mapping register addressing
Stack addressing
3.4 instruction system
3.4. 1 arithmetic operation instruction
logical instruction
Program control instruction
Store and load instruction
3.5 Practice and think about problems
The fourth chapter is the software development of TMs320c54x.
Chapter 5 DSP integrated development environment
Chapter 6 DSP on-chip peripherals
Chapter 7 Basic system design of TMs320c54x.
In chapter 8, a design example of TMS320c54x application system is given.
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