For courses in Adaptive Filters. Haykin examines both the
mathematical theory behind various linear adaptive filters with
finite-duration impulse response (FIR) and the elements of
supervised neural networks. The Fourth Edition of this highly
successful book has been updated and refined to stay current
with the field and develop concepts in as unified and accessible
a manner as possible. *In-depth treatment of adaptive filters in
a highly readable and understandable fashion. *Extensive use of
illustrative examples. *Extensive use of MATLAB experiments to
illustrate the practical realities and intricacies of adaptive
filters, the codes for which can be downloaded from the Web.
*Extensive bibliography of the subject. *Revision consolidates
the material by focusing on adaptive filters operating in the
time domain. Improves the presentation of the material on
statistical LMS theory, RLS algorithm, and introductory
treatment of the unscented Kalman filtering algorithm. *Major
revision of the MATLAB codes for the computer experiments.
Available on the web.
This treatment of analog integrated circuits, covers everything
from basic processing steps to high level circuit design issues.
The discussion of professional applications and the use of
real-life circuit design examples from industry should make this
text a useful tool for both undergraduate and graduate students
preparing for circuit design on a professional level. Key
features of the book include: flexible organization of chapters
allows for course adaptation; an approach that presents concepts
using state-of-the-art circuit designs and integrates the PSPICE
package; and consistent emphasis on real-life implications
relevant to both students and professionals.
For courses in Analog Layout. The first textbook in the field.
This text provides students with a broad understanding of the
issues involved in successfully laying out analog integrated
circuits - ranging from the mechanics of layout to essential
information about many related areas, such as device physics,
processing, failure modes and effects, device operation,
parasitics, and matching. Emphasizes practical knowledge. *A
perspective - Based on the authors extensive industry
experience, both as a circuit designer and a layout designer.
Discusses many mechanisms and effects that are not widely known
or understood outside of the industry. *Specifically written for
layout designers - Keeps mathematics to a minimum, requiring
only half a familiarity with basic algebra and elementary
electronics, and introduces only relatively simple circuit
design concepts. Includes additional background information
allowing the reader to understand the material without reference
to texts on device physics or semiconductor fabrication.
This is the thoroughly revised and updated second edition of the
hugely successful The Art of Electronics. Widely accepted as the
single authoritative text and reference on electronic circuit
design, both analog and digital, the original edition sold over
125,000 copies worldwide and was translated into eight
languages. The book revolutionized the teaching of electronics
by emphasizing the methods actually used by circuit designers -
a combination of some basic laws, rules to thumb, and a large
nonmathematical treatment that encourages circuit values and
performance. The new Art of Electronics retains the feeling of
informality and easy access that helped make the first edition
so successful and popular. It is an ideal first textbook on
electronics for scientists and engineers and an indispensable
reference for anyone, professional or amateur, who works with
electronic circuits.
This book, by a renowned writer in the music industry has again
proved to be a very useful tool for the recording musician. It
describes in detail very useful ways of the uses of microphones
and how they work but, this is undergone in a very easy to
understand way.
This text is intended for a one/two-semester senior or
first-year graduate level course in analog and digital
communications. With an emphasis on digital communications, it
introduces the basic principles underlying the analysis an
design of communication systems. In addition, this text gives a
solid introduction to analog communications and a review of
important mathematical foundation topics.
This comprehensive and insightful book sets out in detail how to
design gigahertz-speed radio-frequency integrated circuits in
CMOS technology. Starting with a history of radio to establish a
foundation and to differentiate the discrete era from the IC
age, the book reviews passive RLC networks, the characteristics
of IC components and transistor models. The design of
high-frequency tuned and broadband amplifiers follows, with an
emphasis on approximate methods that provide important design
insight as a complement to simulation results. Key RF building
blocks, such as low-noise amplifiers (LNAs), mixers, power
amplifiers, high spectral purity oscillators and frequency
synthesizers are studied in detail. The book closes with an
examination of transceiver architectures.
Modern coverage of the fundamentals, implementation and
applications of digital signal processing techniques from a
practical point of view.
The past ten years has seen a significant growth in DSP
applications throughout all areas of technology and this growth
is expected well into the next millennium. This successful
textbook covers most aspects of DSP found in undergraduate
electrical, electronic or communications engineering courses.
Unlike many other texts, it also covers a number of DSP
techniques which are of particular relevance to industry such as
adaptive filtering and multirate processing. The emphasis
throughout the book is on the practical aspects of DSP.
NEW! The eighth edition features more coverage of programmable
logic devices (PLDs). This technology is rapidly replacing the
use of conventional small- and medium-scale ICs in modern
digital systems. Interspersed throughout the text where
appropriate, this PLD coverage offers students an alternative
means of implementing digital logic circuits, from the simplest
gates to complex systems. NEW! Each text is packaged with two
free CD-ROMs. The first CD-ROM contains the entire library of
Texas Instruments Logic Data Sheets, including all TTL series,
CMOS, and bus interface parts. The second CD-ROM contains:
*Circuits from the text rendered in both Electronics Workbench
and Circuit Maker software programs. Students with access to
Electronics Workbench software can open and work interactively
with the Electronics Workbench circuit files to increase their
understanding of concepts and to prepare for laboratory
activities. Free Circuit Maker Student Version software is
included on the CD-ROM, enabling students to access the Circuit
Maker files.
A study of the essential principles that form the foundations
for electrical and electronic engineering courses, providing the
underpinning knowledge needed by a wide range of technician
engineers. Using analogies and logical methodology, students are
encouraged to develop an analytical approach to problem-solving
and written work. The text is supported throughout with worked
examples and assignments (answers provided). This second edition
includes new sections of Supplementary Worked Example, added in
response to feedback from colleges. It has also been matched to
specifications for BTEC National (2001 specifications), and
Advanced VCE (GNVQ) Engineering (Curriculum 2000). It is also
suitable for Intermediate GNVQ.
A study of electrical and electronic principles, designed as a
text for a wide range of pre-degree courses and foundation
courses at degree level. It provides the underpinning knowledge
needed by electrical and electronic engineers and technicians
across a range of specializations. Using analogies and logical
methodology, students are encouraged to develop an analytical
approach to problem-solving and written work. This book builds
on the companion title, "Fundamental Electrical and
Electronic Principles", assuming prior study to core unit
level of Advanced VCE (GNVQ)/BTEC National. The text is
supported throughout with problems (answers provided) and worked
examples. This second edition includes new sections of
Supplementary Worked Example, added in response to feedback from
colleges.
Electrical principles and technology are introduced in this text
through examples rather than theory. A wide range of syllabuses
are covered and this edition is fully in line with the 2000 GNVQ
specifications from Edexcel and City & Guilds.
This is a textbook for students following pre-degree level
courses, technician engineers, and all who need to access a
straightforwardly written reference covering all the major areas
of 21st century electronics. This book combines comprehensive
coverage of principles and applications with readability and
ease of use. New material on communications engineering, test
and measurement and fault-finding bring the coverage up-to-date
with the latest developments and reinforce the relevance of this
text for a wide range of electronics courses, for maintenance
and operations engineers as well as those following traditional
electronics courses. The coverage has been matched to the UK
pre-degree syllabuses: AVCE and the 2001/2 BTEC National
specifications, as well as the relevant City and Guilds
certificates and NVQ schemes. However, the book is designed as a
reference text, meeting the needs of students, amateurs and
professionals.
Focused on the field of knowledge lying between digital and
analog circuit theory, this new text will help engineers working
with digital systems shorten their product development cycles
and help fix their latest design problems. KEY TOPICS- The scope
of the material covered includes signal reflection, crosstalk,
and noise problems which occur in high speed digital machines
(above 10 megahertz). MARKET-This volume will be of practical
use to digital logic designers, staff and senior communications
scientists, and all those interested in digital design.
In 1982, Adel Sedra and K.C. Smith revolutionized the way
electronic circuits was taught with Microelectronic Circuits.
This classic text has educated a generation of electrical
engineers and spawned dozens of imitators. By far the
best-seller in the market with over 80% market share
internationally, it remains the standard by which other books
are judged. In 1997, the fourth edition will continue the
tradition of excellence established by the previous three
editions and
incorporate extensive revisions.
A unified presentation of the analysis and design of microwave
transistor amplifiers (and oscillators) - using scattering
parameters techniques, this book features examples based on
practical designs as well as over 300 figures, 150 problems, and
14 appendices. The Second Edition presents material on:
transmission-lines concepts; power waves and generalized
scattering parameters; measurements of scattering parameters;
bipolar and field-effect transistors; power gain expressions;
constant VSWR circles; gain, noise, and VSWR design trade offs;
broadband amplifiers, high-band amplifiers; oscillator theory,
and DROs.
This third edition brings Lander's text completely up to date,
retaining the original material but adding new information. In
particular, a whole new section on EMC (electromagnetic
compatibility) has been incorporated into the chapter on
harmonics. Recently emerged semiconductor devices, such as IGBTs
and MCTs are covered, as are other new topics, including active
filters for harmonic elimination. The control sections have been
expanded to take into account pulse-width modulated convertors
for power factor control, vector control of cage induction motor
drives and resonant convertors.
Radio Network Planning and Optimisation for UMTS presents
dimensioning, detailed capacity and coverage planning, and
network optimisation. In the dimensioning phase an approximate
number of base station sites, base stations and their
configurations and other network elements are estimated based on
the operator's requirements and the radio propagation in the
area. The dimensioning must fulfill the operator's requirements
for coverage, capacity and quality of service. In detailed
planning, real propagation maps and operator's traffic estimates
in each area are needed. The base station locations and network
parameters are selected by the planning tool/and or the planner
and then the capacity and coverage can be analysed for each
cell. By providing the information vital to effectively plan and
optimise a radio network for UMTS, this comprehensive book will
fill the current gap in the literature with the essential
information operators and planners require.
This introductory text presents well-balanced coverage of
semiconductor physics and device operation, showing how devices
are optimized for applications. It begins with an exploration of
the basic physical processes upon which all semiconductor
devices - diodes, transistor, light emitters, and detectors are
based. Topics such as bandructure, effective masses, holes,
doping, carrier transport and lifetimes are discussed. Next, the
author focuses on the operation of the important semiconductor
devices along with issues relating to the optimization of device
performance. Issues such as how doping, device dimensions, and
parasitic effects influence device operation are also included.
This text aims to provide an understanding of the basic
principles of electronics related to the communication, control
and computer systems which affect life. Practical applications
of the subject are considered throughout, and actual devices and
their uses are described, to encourage the reader to
"do" some electronics. Mathematical requirements have
been kept to a minimum. The book is not based on any single
syllabus but is suitable for students taking BTEC units
Electronics NII and NIII, City and Guilds Electronics Servicing
(course 2240), GCSE and A'Level course, and short courses in
further and higher education. This second chapter has been
updated with additions to certain chapters, particularly those
on digital systems and computing.
This second edition of the text has been updated to include new
chapters on electronic ballast design and power factor
corrections as well as enhanced coverage of art thermal
management techniques.
Using intuitive explanations and well-chosen examples, this book
gives you the tools to develop a fundamental understanding of
DSP theory. The author covers the essential mathematics by
explaining the meaning and significance of the key DSP
equations. Comprehensive in scope, and gentle in approach, the
book will help you achieve a thorough grasp of the basics and
move gradually to more sophisticated DSP concepts and
applications. The book begins with a complete explanation of the
often misunderstood topic of periodic sampling. The introduction
to the important discrete Fourier transform, and its fast
Fourier transform (FFT) implementation, is the most lucid and
illuminating explanation available anywhere. You will also find
extensive information on both finite impulse response (FIR) and
infinite impulse response (IIR) digital filters, as well as
coverage of the benefits of signal averaging. In addition, the
book demystifies the abstruse topics of the Convolution theorem
and complex signals. The practical uses of various binary number
formats are also carefully described and compared.
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