tinder, r. f. (2000). engineering digital design (2nd ed.)

[...]... Part Numbering Systems 6.1.5 Design Procedure 197 198 200 225 229 229 230 xii CONTENTS 6.2 Multiplexers 6.2.1 Multiplexer Design 6.2.2 Combinational Logic Design with MUXs 6.3 Decoders/Demultiplexers 6.3.1 Decoder Design 6.3.2 Combinational Logic Design with Decoders 6.4 Encoders 6.5 Code Converters 6.5.1 Procedure for Code Converter Design 6.5.2 Examples of Code Converter Design 6.6 Magnitude Comparators... that computer aided design (CAD) or automated design of digital systems is on the upswing Those who work in the areas of digital system design are familiar with such hardware description languages as VHDL or Verilog, and the means to "download" design data to program PLAs or FPGAs (field programmable gate arrays) It is possible to generate a high-level hardware description of a digital system and introduce... successful design In the hands of a skilled and experienced designer this approach may lead to success without complications On the other hand, if care is not taken at the early stages of the design process and if the designer has only a limited knowledge of design fundamentals, the project may fail at one point or another Thus, as the use of automated (CAD) designs become more attractive to those who lack design. .. CONTENTS 13.6 13.7 System-Level Design: Controller, Data Path, and Functional Partition 13.6.1 Design of a Parallel-to-Serial Adder/Subtractor Control System 13.6.2 Design of a Stepping Motor Control System 13.6.3 Perspective on System-Level Design in This Text Dealing with Unusually Large Controller and System-Level Designs Further Reading Problems 14 Asynchronous State Machine Design and Analysis: Basic... No prior background in digital design is required to enter a first course of study by using this text It is written to accommodate both the first- and second-level user What is required is that the reader have sufficient maturity to grasp some of the more abstract concepts that are unavoidable in any digital design course of study It has been the author's experience that digital design makes an excellent... background knowledge to carry out predictably successful designs Computer automated design should be used to remove the tedium from the design process and, in many cases, make tractable certain designs that would otherwise not be possible But CAD is not a replacement for the details and background fundamentals required for successful digital system design It is the goal of this text to provide the reader... Architectures and Systems-Level Design 13.1 13.2 13.3 13.4 13.5 Introduction 13.1.1 Choice of Components to be Considered Architecture Centered around Nonregistered PLDs 13.2.1 Design of the One- to Three-Pulse Generator by Using a PLA 13.2.2 Design of the One- to Three-Pulse Generator by Using a PAL 13.2.3 Design of the One- to Three-Pulse Generator by Using a ROM 13.2.4 Design of a More Complex FSM... desirable to offer a single (combined) semester course in digital design, it might be desirable to offer both combinational and sequential (synchronous FSM) logic design Such a course might include the following subject areas taken from Blocks I through VI in sample course outlines [1] and [2]: [3] Single (Combined) Semester Course in Digital Design Binary state terminology, and mixed-logic symbology... friend and confidant, Gloria Richard F Tinder Pullman, Washington Engineering Digital Design Second Edition This page intentionally left blank CHAPTER ? Introductory Remarks and Glossary 1.1 WHAT IS SO SPECIAL ABOUT DIGITAL SYSTEMS? No area of technology has had or is likely to continue to have more of a profound impact on our lives than digital system development That's quite a statement, but its truth... manufacturing methods by using robots and other digitally automated mechanical devices will continue to evolve at a rapid pace as dictated by domestic and world market forces Expect that logic minimization tools and automated digital design tools will become more commonplace and sophisticated, permitting designers with little practical experience to design relatively complex systems Business networking . 436 10.5.1 Triggering Mechanisms 437 10.5.2 Types of Flip-Flops 438 10.5.3 Hierarchical Flow Chart and Model for Flip-Flop Design 438 10.6 Procedure for FSM (Flip-Flop) Design and. Code Converters 257 6.5.1 Procedure for Code Converter Design 257 6.5.2 Examples of Code Converter Design 257 6.6 Magnitude Comparators 265 6.7 Parity Generators and Error Checking. Engineering Digital Design Second Edition, Revised This page intentionally left blank Engineering Digital Design Second Edition, Revised by RICHARD F. TINDER School of Electrical Engineering