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Newnes Amateur Radio Computing Handbook discusses the applications of computers in amateur radio and short wave listening. The book is comprised of 16 chapters that deal with the various concerns in amateur radio computing. The coverage of the text includes equipment, such as packet slow scan television (SSTV) and facsimile (FAX), packet radio, and commercial decoding equipment. The book also discusses the software used in amateur radio, such as satellite and geographical software, logkeeping and QSL software, and software for electronic design. The text will be of great use to individuals who want to utilize their computer in short wave radio listening.
Newnes Short Wave Listening Handbook is a guide for starting up in short wave listening (SWL). The book is comprised of 15 chapters that discuss the basics and fundamental concepts of short wave radio listening. The coverage of the text includes electrical principles; types of signals that can be heard in the radio spectrum; and using computers in SWL. The book also covers SWL equipment, such as receivers, converters, and circuits. The text will be of great use to individuals who want to get into short wave listening.
If you design electronics for a living, you need Robust Electronic Design Reference Book. Written by a working engineer, who has put over 115 electronic products into production at Sycor, IBM, and Lexmark, Robust Electronic Design Reference covers all the various aspects of designing and developing electronic devices and systems that: -Work. -Are safe and reliable. -Can be manufactured, tested, repaired, and serviced. -May be sold and used worldwide. -Can be adapted or enhanced to meet new and changing requirements.
This is an unique collection of useful and intriguing data for the traditional and modern radio amateur and the high-tech listener. Familiar radio topics are covered more concisely than in any similar book (for example, abbreviations and codes, symbols, formulae and frequencies) but the most interesting sections of the book deal with the newer features of the ham world - AMTOR, packet radio, slow scan TV, computer decoding, airband and maritime glossaries and so on. Based on the best selling Radio Amateur and Listener's Pocket Book, this Handbook has been completely rewritten and expanded to include new chapters on broadcast listening, instruments and interference. As a single source for a wealth of information and data, the Data Handbook is the most comprehensive and useful volume available, and will find a place in even the most crowded shack.
Practical Electronics Handbook, Second Edition covers information useful in electronics, with focus on mathematical conventions. The handbook discusses the passive (resistors, capacitors, band coding, and inductors) and active discrete (diodes, transistors and negative feedback) components; discrete component circuits; and transferring digital data. Linear I.C.s, which are the single-chip arrangements of amplifier circuits that are intended to be biased and operated in a linear way, and digital I.C.s, which process signals and consist of two significant voltage levels, are also considered. The book also describes serial and parallel data transfer methods. The text will be beneficial to constructor of electronic circuits, service engineers and design engineers.
"Thoughtfully compiled, current, and reasonably priced.... Recommended as a 'one-stop-shopping' source..". -- Library Journal "This work is an essential purchase for libraries with collections in the four designated areas". -- ARBA Both print and nonprint sci-tech information sources can be quickly located, and their uses evaluated, with this new resource -- the only sourcebook to cover all four major branches of science. More than 2,400 entries of complete bibliographic information are accompanied by a brief description of each work. Every source is indexed by author, subject, and title. Special chapters cover how technology is changing the way scientists communicate, and how to build a viable collection in specific disciplines.
This latest edition of the Newnes Data Communications Pocket Book has been substantially updated to keep abreast with the rapid pace of developments in data communications technology. New topics have been introduced - data compression, the Internet and World-Wide Web, HyperText Mark-up Language - existing material has been updated and expanded. Despite the complexity of subject, this wealth of information is presented succinctly and in such a way, using tables, diagrams and brief explanatory text, as to allow the user to locate information quickly and easily. Thus the book should be invaluable to those involved with the installation, commissioning and maintenance of data communications equipment, as well as the end user. Mike Tooley is the well known author of many books including the Newnes Computer Engineer's Pocket Book, now in its fourth edition.
This book is packed with information and material which everyone involved in electronics will find indispensable. Now when you need to know a transistor's characteristics, or an integrated circuit's pinout details, simply look it up! The book is full of tables, symbols, formulae, conversions and illustrations.Promotion via the new Newnes Pocket Book catalogue to the electronics trade will drive sales into the book trade Covers component data; encapsulations; pin-outs; symbols & codings Extensive material on conversion factors, formulae; units and relationships
Newnes Microprocessor Pocket Book explains the basic hardware operation of a microprocessor and describes the actions of the various types of instruction that can be executed. A summary of the characteristics of many of the popular microprocessors is presented. Apart from the popular 8- and 16-bit microprocessors, some details are also given of the popular single chip microcomputers and of the reduced instruction set computer (RISC) type processors such as the Transputer, Novix FORTH processor, and Acorn ARM processor. Comprised of 15 chapters, this book discusses the principles involved in both parallel and serial input-output interfaces and gives details of the common standards used for parallel and serial input-output systems. Although discrete logic can be used for input-output interfaces, most microprocessor-based systems use specially developed integrated circuits for this purpose. Examples of these special interface chips are described with details of their internal arrangement and the basic techniques for programming their modes of operation. This covers parallel and serial input-output chips, counters and timers as well as one or two of the multifunction peripheral chips that are available. Data formats, instruction sets, display systems, and system development are also considered. This monograph will be of interest to students and to anyone involved in designing, servicing, or just wishing to learn more about microprocessor-based systems.