This book has been dedicated to the electrical devices that are commonly called sensors. The invention of the microprocessors that took place in the past, has resulted in the development of the very sophisticated instruments into the human life - nowadays, the microprocessors are considered the integral parts of the various computerized appliances used everywhere today.
In this volume the author covered many modern detectors and sensors; of course, it is not possible to embrace in the single volume the whole variety of electrical sensors together with their applications. The author did rather make the attempt to generate a good and useful reference text to be used by students and researchers being interested in modern instrumentation, application engineers, sensor engineers and technicians who must have a very thorough understanding of the sensors, know how to select them and design the sensors for practical electrical systems.
Numerous chapters of the book cover data acquisition, various technical characteristics of the sensors, sensing principles, optical components, interface circuits, motion and occupancy detectors, position/displacement/level, velocity and acceleration, pressure sensors, force/strain/tactile sensors, flow- and acoustic sensors, humidity/moisture sensors, temperature sensors, light detectors, chemical sensors and radiation detectors, materials the sensors are made of and technologies involved etc.
The present title was specificity prepared and released for the today's and future professionals in the field of protective relaying as well as for any interested people possessing some minimal engineering skills. The publication has been written in a bit unconventional way - it uses the MERIT 2000, the MATLAB-based simulation tool, to offer readers the experience in understanding and subsequent implementing of various protective relaying designs.
There are many books dedicated to the protective relaying - most of them provide very good background on the principles of power relaying and faults occurring in power systems; however, almost all of them assume that the readers are mostly interested in learning how exactly the protective relaying approaches can be used in power systems. The authors of this book took a bit different approach assuming that readers are in learning how the protective relays work and understand their basic working principles.
Taking this goal in consideration, this book tries to turn the learning into the design experience with the readers using MATLAB from the very beginning. Note that we would not consider this book a substitute for any textbook on the fundamentals of protective relaying; this is more a complementary source of information.
The present volume is a great textbook on electrical engineering. Written by the team of recognized experts, the publication will provide readers with a truly comprehensive and detailed coverage of all basic technical concepts of the subject. The content of the book was compiled from the engineering perspective and the special accent was made on circuit functionality as well as on the applications.
The approach applied by the author allows the book to be recommended to the broad readership from students of electrical engineering and associated disciplines to the practicing engineers. The main declared goal of the authors was to teach students all important instruments they should understand and enable them to perform the analysis of different electrical systems and circuits. The second aim was to give readers a good reference tool.
Apart from the easily understandable explanations, the text of the book is full of figures and homework problems making the learning process go smoother. The book has become popular among students and engineers working in the various areas including marine and mechanical engineering, who have all appreciated the clear language and easy-to-follow explanations.
One of the most popular books on electrical engineering. The content of the volume features valuable contributions from the recognized leaders in this field and was carefully crafted by the authors. This third edition of the publication has been significantly updated in order to provide readers with the convenient access to the detailed technical information on may power engineering aspects.
Nearly every part of the book was amended to reflect the very latest developments in modern electrical systems, duly reflecting all recognized international standards and industry practices. Among the topics covered there are generation of the electrical power using both conventional and non-conventional methods, power transmission and distribution systems, utilization of the electric power and its quality.
The newly introduced chapters cover such important matters as linear electric motors and reliability of the transmission lines, high-temperature conduction, HV DC transmission system and others. A must-have publication for every person engaged in electrical engineering, generation and transmission of the electric power and any relevant disciplines and activities.
This publication is mainly aimed to provide required guidance on the basic principles of electronics to the students in the field of material science and other fields requiring some knowledge of the electronics. The material provided in the pages of this brilliant volume will let them get better understanding of the subject. The author of the book leads the readers through the whole analogue and digital electronics covering all important aspects.
There are numerous problem solving practical exercises included in the book to help students gain more practice in each of the areas covered; there are also several practical experiments described by the author to encourage students to make their own try. The book will fill practical demand of the interested people including students and specialists in different fields.
The volume opens with the general introduction chapter covering basic definitions, inductors and capacitors, electrical energy and power, energy sources and other aspects. It is followed by the chapters devoted to the digital electronics and analysis of the direct current circuits. The remaining chapters of the book address operational amplifiers, field-effect transistors, bipolar transistors and their circuits, AC theory and semiconductor P-N junction diodes.
At the first glance, the audience for this volume may look same as the audience for the broad-based textbooks on electrical engineering; however, it shall be noted that the content of the present publication differs in its structure, length and, what is most important, in its emphasis.
The traditional books mainly cover electrical circuits together with the electronics and then proceed to the electrical machinery, but the author of this volume believes that it would be much more important for the students of today to get information about the digital technology, even more important than the traditional electrical machinery.
The book is aimed at those students who require to get better understanding of the modern electronics as well as of the communication. The emphasis has been made by the author on the practical application and on the fundamental principles. There are three main parts in the book, and they are dealing with the electrical circuits, electronics, and communications.
Since electronics is commonly treated as the combination of R, L, C elements and active elements, the author made a decision to begin his work with a study of electrical circuits. In short, this is one of the best books on electronics and communications available on the market and it is highly recommended to the students and specialists.
The present publication is one of the most popular and interesting volumes on electronic circuits and deices available today. The effectiveness of the book has already been well recognized and appreciated all around the world not only by the students of engineering but also by the practicing electrical engineers and specialists in electronics who have found it an excellent resource for refreshing their professional technical knowledge.
Written by the world known expert, Professor of Electronic and Communication Engineering Dr. K. Lal Kishore, the publication covers virtually all areas of electronic devices and circuits. The material of the volume is divided into eight separate chapters with the first chapter covering electron dynamics and cathode ray oscilloscope, or CRO for short, together with its practical application. It also derives the math equations that describe the motion.
The second chapter is dealing with the characteristics of the junction diode including conduction and conductivity, donor and acceptor type semiconductors, ionization energy etc. The other chapters of the publication cover such important topics as filters, regulators and rectifiers, transistor characteristics, stabilization and biasing, oscillators and amplifiers. Numerous appendices provide additional info on color codes used for various electronic components, inductors and capacitors, circuit symbols, etc.
The fourth edition of one of the most popular publications on digital electronics. Today, all of us witness the exceptional power and significant usefulness of various digital systems and techniques widely used in the computers and machinery, equipment and microprocessors - in fact everywhere. Their work is based on the fundamental principles of the digital electronics.
This volume was released to cover this area reflecting all latest technical developments in the field. The publication has been designed self-contained. The content is dealing with the digital techniques and digital systems starting from the very basic circuits and up to the VLSI, standing for the very large-scale integrated circuits. The author has also introduced the computer the main concepts aided design in order to help readers familiarize themselves with the modern CAD techniques.
In general, the number of topics covered in the pages of this volume has been significantly increased in comparison to the previous edition. In addition to that, the book now features seriously improved coverage of various error detecting/correcting codes, hazards considered specific to the sequential circuits, low voltage CMOS, semiconductor memories, combinational circuits and many other aspects.