Query: Electronic Devices and Circuit Theory

Candidate papers:

abstract: Highly accurate and thoroughly updated, this book has set the standard in electronic devices and circuit theory for over 28 years. Boylestad and Nashelsky offer readers a complete and comprehensive survey of electronics and circuits, focusing on all the essentials they will need to succeed on the job. This very readable book is supported by strong, helpful learning cues and content that is ideal for new workers in this rapidly changing field. Its colorful layout boasts a large number of stunning photographs. Topics covered include: semiconductor diodes, BJT devices, DC biasing, FET devices, Op Amp applications, power amplifiers, linear digital ICs, power supplies and voltage regulators, and other two terminal devices. An excellent reference work for anyone involved with electronic devices and other circuitry applications, such as electrical and technical engineers.
author_names: Robert L Boylestad

Louis Nashelsky
title: Electronic Devices and Circuit Theory
year: 1972

abstract: Eventually, you will totally discover a further experience and feat by spending more cash. yet when? realize you take that you require to get those all needs later having significantly cash? Why don't you attempt to acquire something basic in the beginning? That's something that will lead you to understand even more going on for the globe, experience, some places, bearing in mind history, amusement, and a lot more?
author_names: Robert L Boylestad
title: Electronic devices and circuit theory 11th edition
year: 2014

author_names: Dobri Atanassov Batovski
title: A Review of the Eleventh Edition of "Electronic Devices and Circuit Theory"
year: 2014

author_names: Robert L Boylestad

Louis Nashelsky
title: Electronic devices and circuit theory, 4th ed.
year: 1987

author_names: Robert L Boylestad

Louis Nashelsky
title: Electronic devices and circuit theory (6th ed.
year: 1996

author_names: V B Kitovski
title: Electronic devices and circuit theory, 6th edition, R. Boylestad and L. Nashelsky, Prentice Hall International Inc. 1996, 950 pp. A4 (paperback)
year: 1998

abstract: Electronic Devices and Circuit Theory (2nd ed. R. BOYLESTAD and L. NASHELSKY (Prentice Hall, 1978, 701 pp. xvi, PS12.55) Designed primarily for use alongside courses in basic electronics, this book reviews electronic devices and examines their circuit properties and applications. Limitations of space are presumably one of the reasons why only brief descriptions of such basic devices as the pn junction diode and bipolar transistor have been provided, giving an essentially qualitative picture of how they function. Although useful as an introductory survey of devices and their elementary properties, a student wanting to acquire deeper knowledge in this area would need to look elsewhere. It is surprising to find sections dealing with valvesbeing included in a book that has only recently been revised. While not disputing the considerable historical significance of these devices, it is extremely unlikely that descriptions of their construction, properties and circuit applications would fmd their way into any modern electronics course. In preparing the text for this second edition, the authors should have considered omitting valves altogether in favour of more extensive coverage of semiconductor devices. Greater emphasis could then have been placed on the importance of developments that have taken place in recent years. As it stands, the book deals fairly thoroughly with devices such as F .E.T.'s and briefly describes a number of modern components such as liquid crystal displays and V F.E.T.'s.lntegrated circuit operational amplifiers and their applications are described using the RCA CA3000 as a practical example, while a well illustrated chapter takes a brief look at the processes involved in the design and fabrication of integrated circuits. Pulse and digital circuits are surveyed in a single chapter which serves as an introduction to basic logic elements and simple integrated circuit logic devices. The majority of the book, however, consists of a fairly conventional treatment of electronic circuit theory with the emphasis on linear behaviour. The chapter headings include topics such as diode rectifiers and filters, bipolar transistors and d.c, biasing, small signalanalysis, F.E.T.'s, multistage systems, largesignal amplifiers and feedback amplifiers and oscillators. One of the later chapters describes a handful of miscellaneous circuits intended as applications examples, including an S.C.R. motor speed controller and a high impedance F.E.T. voltmeter. The final chapter of the book is devoted entirely to an introduction to the cathode ray oscilloscope, its operation and uses. Presented at a very elementary level, this material would be useful to students meeting the oscilloscope in the laboratory for the first time. The text provides a thorough treatment of basic circuit theory supported by numerous, carefully worked, practical examples and an abundance of clear diagrams and illustrations. However, although well presented and bound in hard covers, the 'price may be a little high for an undergraduate textbook. Compared with the wide range of titles already available on this subject, the book seems to have few outstanding advantages. P. J. HICKS, Department ofElectrical Engineering and Electronics, UM J.S. T.
author_names: Paul J Hicks
title: Book Review: Electronic Devices and Circuit Theory (2nd Ed.
year: 1979

author_names: Robert L Boylestad
title: Electronic devices and circuit theory Robert Boylestad, Louis Nashelsky
year: 2000

abstract: Development tools were described to assist in the fashioning of a specification and at the programming level to assist in checking the programmes and the interprogramming communication which occurs on a large project. Development systems to support automatic programme generation are also included. Design techniques particularly appropriate for telecommunication switching systems were described, including a methodology which includes a compatible specification system. Various operating systems and architectural features were described including operating systems for realtime architecture and a discussion of the particular problems of package switched networks and fault handling within a multiprocessor system. The section on testing and modelling included papers on the problem of overload in multiprocessor systems, also the inclusion of particular aspects of testing within certain existing systems. The first CHILL session was concerned with the implementation of the language whilst the second gave some indication of its application and also included a comparative study of CHILL and ADA, the language being proposed as a standard by the U.S. Department of Defence. The collection of papers provides an excellent record ofthe state ofthe art in 1981 and should be included in the library of departments of Computer Science and those departments of Electrical Engineering which have a close affinity to software engineering. This collection of papers confirms the view that there is a growing need for close interaction between electrical and electronic engineers and the computer science community, not only in the workplace but also in the provision of undergraduate and postgraduate courses for the education of the new engineer who is able to interwork the hardware and software of complex systems. (The reviewer wishes to acknowledge the help of John Forrest, a research student in the Department of Computation, UMIST for his contributions to a lively discussion on many of the papers included in this publication. D. ASPINALL, Professor ofComputation. UMIST.
author_names: Frank Atkinson Benson
title: Book Review: Electronic Devices and Circuit Theory, 3rd Ed.
year: 1983

author_names: Brian M Shaw
title: Book Review: Electronic Devices and Circuit Theory (4th Ed.
year: 1988