The NAB Engineering Handbook is the definitive resource for broadcast engineers. It provides in-depth information about each aspect of the broadcast chain from audio and video contribution through an entire broadcast facility all the way to the antenna. New topics include Ultra High Definition Television, Internet Radio Interfacing and Streaming, ATSC 3.0, Digital Audio Compression Techniques, Digital Television Audio Loudness Management, and Video Format and Standards Conversion. Important updates have been made to incumbent topics such as AM, Shortwave, FM and Television Transmitting Systems, Studio Lighting, Cameras, and Principles of Acoustics.

The big-picture, comprehensive nature of the NAB Engineering Handbook will appeal to all broadcast engineers-everyone from broadcast chief engineers, who need expanded knowledge of all the specialized areas they encounter in the field, to technologists in specialized fields like IT and RF who are interested in learning about unfamiliar topics. Chapters are written to be accessible and easy to understand by all levels of engineers and technicians. A wide range of related topics that engineers and technical managers need to understand are covered, including broadcast documentation, FCC practices, technical standards, security, safety, disaster planning, facility planning, project management, and engineering management.

Autorentext

Garrison C. Cavell has, over a 40-year career, been on the air, worked in radio and television station engineering management, was a radio station General Manager, a radio station owner, and a serial entrepreneur. His latest and most enduring venture was to found the firm that is now Cavell Mertz & Associates, Inc. where he remains a principal. He has a love for working with RF systems, and AM antenna arrays in particular. He has designed, built and certified countless station antenna systems over the years. ** Tom Osenkowsky** began his career broadcasting as a news reporter while attending high school. He attended Central Connecticut State College and worked as a Final Quality Assurance Technician for Automation Industries in Danbury, CT. Tom is a Senior Member of the IEEE, iNARTE, and SBE. He holds Certified Professional Broadcast Engineer life certification from the SBE and a Master Engineer with RF Radiating Endorsement from iNARTE. Tom has held positions at various radio stations as announcer, Chief Engineer, Operations Manager and General Manager. He has served as an engineering consultant in the United States and Caribbean Islands, written engineering themed computer programs and made presentations at the IEEE Broadcast Technology Society (BTS) annual meeting, Broadcast Engineering Conference at the NAB Annual Convention and SBE Annual Convention. ** David Layer** is senior director, advanced engineering in NAB's Technology department. David has been with NAB since 1995 and has been very active in the radio technology and standards setting area. He is the primary NAB staff person on NAB's radio technology committee and the National Radio Systems Committee (NRSC). Outside of NAB, David is a senior member of the IEEE and is active in the IEEE Broadcast Technology Society (BTS), where he serves on the administrative committee, is a distinguished lecturer, and has been the chair or co-chair of numerous annual IEEE Broadcast Symposia (most recently in 2016). David is an associate member of the Association of Federal Communications Consulting Engineers (AFCCE). He was the recipient of Radio World's 2015 Excellence in Engineering Award and was recognized by Radio Ink Magazine in November 2010 as among the top ten best engineers in radio. ** Skip Pizzi** is Senior Director, New Media Technologies at the NAB. His career includes earlier work as an engineer and technical trainer at NPR, as an Editor at Broadcast Engineering magazine, and as an Audio Engineering Manager, Director of Media Standards, and Senior Technical Policy Analyst at Microsoft. He has been a regular columnist for several technical trade publications, and has authored or contributed to several books - the latest of which is A Broadcast Engineering Tutorial for Non-Engineers (4th edition), published by Focal Press, which Skip co-authored with Graham Jones. Skip currently serves as Vice-Chair of ATSC's Technology Group 3 (TG3), which is developing standards for next-generation digital television. He is a graduate of Georgetown University, where he studied International Economics, Electrical Engineering and Fine Arts. ** William Hayes** has worked in broadcasting since 1973 in both radio and television. He planned and constructed multiple full power television stations and has extensive experience in planning, design and the construction of all facets of a television station. He is currently responsible for the planning and development of all technology projects at Iowa Public Television including RF transmission facilities, and studio origination facilities throughout the State of Iowa. Bill is an active member of the Society of Motion Picture and Television Engineers, the Institute of Electrical and Electronics Engineers, the Society of Broadcast Engineers, and the Society of Cable Television Engineers

Inhalt

1.1 The Electromagnetic Spectrum- John Norgard and Gregory L. Best

1.2 Fundamentals of Broadcast Coverage- Doug Vernier

1.3 Distance and Bearing Calculations- Dane E. Ericksen

2.1 Broadcast-Related Organizations and Information- Loren White

2.2 Broadcast-Related Regulatory Considerations: Environmental, Aeronautical, Safety, Online- David Oxenford

2.3 Frequency Coordination for Broadcast Auxiliary Services- Dane E. Ericksen

2.4 Frequency Allocation for Broadcasting and the Broadcast Auxiliary Services- William R. Meintel

2.5 Analog and Digital Terrestrial Radio Standards- Stanley Salek and Lawrie Hallett

2.6 HF Shortwave Radio: Allocation, Design Methods, and Regulation- James E. O'Neal

2.7 Worldwide Standards for Analog and Digital Television- Aldo G. Cugnini

2.8 Digital Audio Standards and Practices- Chip Morgan, Randall Hoffner, and Tim Carroll

2.9 Digital Video Standards and Practices- Karl J. Kuhn

2.10 Broadcasting Emergency Information- Gary E.Timm

3.1 Broadcast Engineering Management- Norman R. Swan

3.2 Broadcast Engineering Documentation Management- David M. Baden

3.3 Systems Integration and Project Management- Stephen Pumple

3.4 Managing Workplace and Environmental Hazards- David Maxson

3.5 Human Exposure to Radio Frequency Energy- Robert D. Weller

3.6 Broadcast Facility Security, Safety, Disaster Planning, and Recovery- Richard Rudman, Thomas G. Osenkowsky, and Joseph Pollet

4.1 Principles of Acoustics and Noise Control for Broadcast Applications- Ronald Eligator

4.2 Planning a Radio Studio or Audio Production Facility- Stephen Poole

4.3 Microphones for Broadcast Applications- Ty Ford and Greg Silsby

4.4 In-studio Audio Recording for Radio and TV- Rich Rarey and Jeff Brugger

4.5 Telephone Network Interfacing- Kirk Harnack and Joe Talbot

4.6 Radio Remote Broadcasts- Lorna White

4.7 Radio Station Automation, Networks, and Audio Storage- Eugene Novacek

4.8 Digital Audio Compression Technologies- Schuyler Quackenbush and Fred Wylie

5.1 Principles of Light, Vision, and Photometry- Jerry Whitaker

5.2 Planning a Video Production and TV Studio Facility; Systems, Principles, Design, Architecture Ralph S. Blackman and David Guerrero

5.3 Lighting for Television- Bill Marshall and Cindy Hutter Cavell

5.4 Television Playout and Content Delivery- Peter Wharton

5.5 Television Camera Systems- Michael Bergeron, Steven Mahrer, Idin Roshan, and Martin Marietta

5.6 Camera Supports- Martin Marietta

5.7 Closed Caption Services- Chris Homer

5.8 Workflow and Professional Media Networks- Brad Gilmer

5.9 Digital Asset Management- Wendy Allen

5.10 ATSC 1.0 Encoding, Transport, and PSIP Systems- Richard Chernock, Matthew S. Goldman, and Chr…