VHDL數(shù)字系統(tǒng)設(shè)計：英文版

定　價：￥35.00

作　者：	（英）Mark Zwolinski著
出版社：	電子工業(yè)出版社
叢編項：	國外電子與通信教材系列
標(biāo)　簽：	數(shù)字系統(tǒng)設(shè)計

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ISBN：	9787505380202	出版時間：	2002-10-01	包裝：	平裝
開本：	24cm	頁數(shù)：	324	字?jǐn)?shù)：

內(nèi)容簡介

　　編輯推薦：基于數(shù)字原理的電子系統(tǒng)變得越來越普遍了。對這些系統(tǒng)來說，最重要的是要有一個好的設(shè)計方法。自頂向下的方法是人們所推崇的。通地使用計算機建模來描述系統(tǒng)，可以大大簡歷化這種方法。VHDL是一種設(shè)計語言，允許設(shè)計人員先對基本的數(shù)字電路的特性和結(jié)構(gòu)建模，然后，再自動實現(xiàn)高級描述的電路結(jié)構(gòu)。本書是為學(xué)習(xí)數(shù)字設(shè)計課程的學(xué)生和在實際工作中進(jìn)行集成數(shù)字設(shè)計與VHDL綜合的工作技術(shù)人員準(zhǔn)備的。它把數(shù)字設(shè)計的原理和VHDL的使用指南結(jié)合起來了，同時討論了系統(tǒng)綜合問題并提供了改進(jìn)模擬準(zhǔn)確性和性能的實際原則。

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圖書目錄

Preface
      1 Introduttion
      1.1 Modern digital design
      1.2 CMOS technology
      1.3 Programmable logic
      1.4 Electrical propenies
      1.5 Summary
      1.6 Funher reading
      Exercises
      2 Combinational logic design
      2.1 Boolean algebra
      2.2 Logic gates
      2.3 Combinational logic design
      2.4 Timing
      2.5 Number codes
      2.6 Summary
      2.7 Funher reading
      Exercises
      3 Combinational logic using VHDL gate models
      3.1 Entities and architectures
      3.2 Identifiers, spaces and commenb
      3.3 Netlists
      3.4 Signal assignments
      3.5 Generics
      3.6 Constant and open pons
      3.7 Testbenches
      3.8 Configurations
      3.9 Summary
      3.10 Funher reading
      Exercises
      4 Combinatlonal building blocks
      4.1 Three-state buffers
      4.2 Decoders
      4.3 Multiplexers
      4.4 Priority encoder
      4.5 Adders
      4.6 Parity checker
      4.7 Summary
      4.8 Further reading
      Exercises
      5 Synchronous sequential design
      5.1 Synchronous sequential systems
      5.2 Models of synchronous sequential systems
      5.3 Algorithmic state machines
      5.4 Synthesis from ASM charts
      5.5 5tate machines in VHDL
      5.6 Summary
      5.7 Funher reading
      Exercises
      6 VHDL models of sequentlal logic blocks
      6.1 Latches
      6.2 Flip-fiops
      6.3 JK and T flip-flops
      6.4 Registers and shift registers
      6.5 Counters
      6.6 Memory
      6.7 Sequential multiplier
      6.8 Summary
      6.9 Funher reading
      Exercises
      7 Complex sequential systems
      7.1 Linked state machines
      7.2 Datapath/controller panitioning
      7.3 Instructions
      7.4 A simple microprocessor
      7.5 VHDL model of a simple microprocessor
      7.6 Summary
      7.7 Futher reading
      Exercises
      8 VHDL simulation
      8.1 Event-driven simulation
      8.2 Simulation of VHDL models
      8.3 Simulation modelling issues
      8.4 Fike operations
      8.5 Summary
      8.6 Funher reading
      Exercises
      9 VHDL synthesls
      9.1 RTL synthesis
      9.2 Constraints
      9.3 Synthesis for FPCAs
      9.4 Behavioural synthesis
      9.5 Summary
      9.6 Futher reading
      Exercises
      10 Testing digital systems
      1O.1 The need for testing
      10.2 Fault models
      10.3 Fault-oriented test pattern generation
      10.t Fault simulation
      10.5 Fault simulation in VHDL
      10.6 Summary
      10.7 Further reading
      Exercises
      11 Design for testability
      11.1 Ad hoc testability improvements
      11.2 Structured design for test
      11.3 Built-in self-test
      11.4 Boundary scan (IEEE 1149.1)
      11.5 Summary
      11.6 Further reading
      Exercises
      12 Asynthronous sequential design
      12.1 Asynchronous circuib
      12.2 Analysis of asynchronous circuits
      12.3 Design of asynchronous sequential circuits
      12.4 Setup and hold times and metastability
      12.5 Summary
      12.6 Further reading
      Exercises
      Appendices
      A VHDL standards
      B Verilog
      C 1076A - shared variables
      Bibliography
      Answers to selected problems
      Index