Ebook Particulars :
Language English
Pages 541
Format PDF
Measurement 21.7 MB

 

Digital Circuit Analysis and Design 2nd Version by Steven


 

Digital Circuit Analysis and Design with Simulink Modeling and Introduction to CPLDs and FPGAs 2nd Version by Steven T. Karris | PDF Free Download.

Digital Circuit Contents


  • Widespread Quantity Methods and Conversions
  • Operations in Binary, Octal, and Hexadecimal Methods
  • Signal Magnitude and Floating-Level Arithmetic
  • Binary Codes
  • Fundamentals of Boolean Algebra
  • Minterms and Maxterms
  • Combinational Logic Circuits
  • Sequential Logic Circuits
  • Reminiscence Units
  • Superior Arithmetic and Logic Operations
  • Introduction to Area Programmable Units
  • Introduction to MATLAB
  • Introduction to Simulink
  • Introduction to ABEL {Hardware} Description Language
  • Introduction to VHDL
  • Introduction to Verilog
  • Introduction to Boundary-Scan Structure

Preface to Digital Circuit Analysis and Design


This guide is an undergraduate-level textbook presenting an intensive dialogue of state-of-the-art digital gadgets and circuits.

It dietary supplements our Digital Units and Amplifier Circuits, ISBN 0−9709511−7−5. It’s self−contained; begins with the fundamentals and ends with the most recent developments of digital know-how.

The intent is to arrange the reader for superior digital circuit design and programming the highly effective Advanced Programmable Logic Units (CPLDs), and Area Programmable Gate Arrays (FPGAs).

The conditions for this textual content are simply fundamental excessive−college math; Accordingly, it may be learn and understood by commerce−college, group school, and 4−yr college college students. It’s superb for self−examine.

The creator and contributors make no declare to originality of content material or of remedy however have taken care to current definitions, statements of bodily legal guidelines, theorems, and issues.

Chapter 1 is an introduction to the decimal, binary, octal, and hexadecimal numbers, their illustration, and conversion from one base to a different.

Chapter 2 presents an introduction to arithmetic operations in binary, octal, and hexadecimal numbers.

The ten’s complement and nines complement within the decimal system and the 2’s complement and ones complement within the binary system are mentioned and illustrated with quite a few examples. Chapter 3 begins with an introduction to sign-magnitude illustration of binary numbers.

It concludes with a dialogue on floating-point arithmetic for representing massive numbers and the IEEE commonplace that specifies single-precision (32 bit) and double-precision (64 bit) floating-point illustration of numbers.

Chapter 4 describes essentially the most generally used binary codes. The Binary Coded Decimal (BCD), the Extra−3 Code, the 2*421 Code, the Grey Code, and the American Commonplace Code for Data Interchange (ASCII) code are launched in addition to the usage of parity bits.

Chapter 5 begins with the fundamental logic operations and continues with the basics of Boolean algebra and the fundamental postulates and theorems as utilized to digital logic circuits.

Fact tables are outlined and examples are given for instance how they can be utilized to show Boolean algebra theorems or equal logical expressions.

Chapter 6 introduces the usual types of expressing Boolean features; the minterms and max phrases, also referred to as commonplace merchandise and commonplace sums respectively.

A process can be introduced to point out how one can convert one kind to the opposite. This subject is crucial in understanding the programming of Programmable Logic Arrays (PLAs) mentioned in Chapter 11. Chapter 7 is an introduction to combinational logic circuits.

It begins with strategies of implementing logic diagrams from Boolean expressions, the derivation of Boolean expressions from logic diagrams, enter and output waveforms, and the usage of Karnaugh maps for simplifying Boolean expressions.

Chapter 8 is an introduction to sequential logic circuits. It begins with a dialogue of the several types of flip flops and continues with the evaluation and design of binary counters, registers, ring counters, and ring oscillators.

The chapter is an introduction to pc reminiscence gadgets. We focus on the random−entry reminiscence (RAM), learn−solely reminiscence (ROM), row and column decoders, reminiscence chip group, static RAMs (SRAMs) dynamic RAMs (DRAMs), risky, nonvolatile, programmable ROMs (PROMs), Erasable PROMs (EPROMs), Electrically Erasable PROMs (EEPROMs), flash recollections, and cache reminiscence.

Chapter 10 begins with an introduction to the fundamental parts of a digital pc. It continues with a dialogue of the fundamental microprocessor operations and concludes with the outline of extra superior arithmetic and logic operations.

We take into account Chapter 11 because the spotlight of this textual content. It’s an introduction to Area Programmable Units (FPDs), additionally known as Programmable Logic Units (PLDs).

It begins with the outline and functions of Programmable Logic Arrays (PLAs), continues with the outline of Easy PLDs (SPLDs) and Advanced PLDs (CPLDs), and concludes with the outline of Area Programmable Gate Arrays (FPGAs).

This textual content consists of additionally six appendices; Appendix A is an introduction to MATLAB, a prerequisite in understanding Simulink. Appendix B is an introduction to Simulink and comprises a number of mannequin examples.

Appendix C is an outline of the Superior Boolean Equation Language (ABEL) which is an business−commonplace {Hardware} Description Language (HDL) utilized in Programmable Logic Units (PLDs).

Appendix D describes the VHSIC {Hardware} Description Language briefly known as VHDL. This language was developed for use for documentation, verification, and synthesis of huge digital designs.

Appendix E introduces the Verilog {Hardware} Description Language (HDL). Like VHDL launched in Appendix D, Verilog is a programming language used to explain a digital system and its parts.

Appendix F is a short dialogue on the boundary−scan structure and the brand new know-how traits that make utilizing boundary−scan important for the discount in growth and manufacturing prices.

That is our tenth science and electrical and pc engineering−associated textual content. My associates, contributors, and I’ve a mission to provide substance and but cheap texts for the typical reader.

Our texts are very fashionable with college students and working professionals looking for to boost their information and put together for the skilled engineering examination.

New to Digital Circuit Analysis and Design 2nd Version

It is a refined revision of the primary version. Essentially the most notable change is the inclusion of a number of Simulink fashions in Chapter 7 and subsequent chapters. Like some other new textual content, the readers will most likely discover some errors and typo errors for which we assume duty. We will probably be grateful to readers who direct these to our consideration at [email protected] Thanks.

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