Noise reduction techniques in electronic systems

Fülszöveg

NOISE REDUCTION TECHNIQUES is both a reference of nőise reduc-tion techniques for circuit designers, physical designers, systems engi-neers, and technicians, and a class-room text on the practical aspects of nőise suppression from audio fre-quencies up to RF frequencies. It brings together material from many diverse sources and a significant amount of new information on nőise reduction and provides a heretofore unavailable, uniform presentation of the subject within one volume. The book is design oriented, taking an engineering approach to the subject, and keeps the amount of math-ematics to a minimum. Topics in-clude:
• Shielding and grounding
• Balancing, filtering, and decoup-ling
• Shielding effectiveness of metal-lic sheets
• Protection of switching contracts and the elimination of radiated and conducted interference from them
• Passive and active device nőise sources
• FCC and military regulations cov-ering electromagnetic interference
Most engineers, scientists, and... Tovább

Fülszöveg

NOISE REDUCTION TECHNIQUES is both a reference of nőise reduc-tion techniques for circuit designers, physical designers, systems engi-neers, and technicians, and a class-room text on the practical aspects of nőise suppression from audio fre-quencies up to RF frequencies. It brings together material from many diverse sources and a significant amount of new information on nőise reduction and provides a heretofore unavailable, uniform presentation of the subject within one volume. The book is design oriented, taking an engineering approach to the subject, and keeps the amount of math-ematics to a minimum. Topics in-clude:
• Shielding and grounding
• Balancing, filtering, and decoup-ling
• Shielding effectiveness of metal-lic sheets
• Protection of switching contracts and the elimination of radiated and conducted interference from them
• Passive and active device nőise sources
• FCC and military regulations cov-ering electromagnetic interference
Most engineers, scientists, and technicians are not well equipped to handlé nőise problems because the subject has not been widely taught in engineering schoois, and what literature is available is scat-tered. This lack of understanding and appreciation for the nőise prob-lem is probably the biggest defi-ciencry in the engineer's education. NŐISE REDUCTION TECHNIQUES fills this gap by providing a source of practical information on nőise reduction. It is the result of the author's five years of teaching the subject as part of the continuing education program at Bell Laboratories, and from his fifteen years of design experience in electromech-anical control systems, nuclear in-strumentation, and telephony.
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NOISE REDUCTION TECHNIQUES can be used as an undergraduate text with the only prerequisite being a course in AC/DC circuit theory. The practical approach used makes it useful as a text in two-year colleges offering an engineering tech-nician degree, and for continuing education courses offered by many schools and industries. The book includes a checklist of the more commonly used nőise reduction techniques, a bibliography at the end of each chapter, practical ex-amples of solutions of nőise reduction problems, problems for the reader to solve, answers, and illus-trations for easy visualization.
About the Author
HENRY W. OTT has been a mem-ber of the technical staff of Bell Telephone Laboratories since 1957. He received his B.S. in electrical engineering from Newark College of Engineering (1957), and his M.S. in electrical engineering from New York University (1963). He served three years in the U.S. Air Force, Air Research and Development Command. His experience includes work in the fields of missile guid-ance systems, electromechanical control systems, nuclear instrumen-tation, and telephony. In 1970 he originated a continuing education course in nőise reduction at Bell Laboratories and has been teach-ing the course since. He is a mem-ber of the IEEE, IEEE Communications Society, and the IEEE Electro-magnetic Compatability Group. He has published technical articles and is the holder of two patents. He is a member of both Eta Kappa Nu and Omicron Delta Kappa. Vissza