Search Results for: SynAudCon – Page 2
SynAudCon Hosting Sound System Tech Seminar In Harrisburg, PA
Pat Brown will demonstrate how to measure voltage, impedance, polarity, SPL, and STIPA using audio and acoustic instrumentation.
SynAudCon Offering “OptEQ — Equalization Demystified” At InfoComm 2019
Comprehensive approach to sound system tuning combines design and equalization practices into a logical, accurate, repeatable process.
SynAudCon Hosting Sound System Tech Seminar In Phoenix
Pat Brown will demonstrate how to measure voltage, impedance, polarity, SPL, and STIPA using audio and acoustic instrumentation.
SynAudCon Presenting Sound System Design Seminar In Raleigh
Proven process begins with a site survey and ends with the use of computer modeling to aid in loudspeaker selection and placement.
SynAudCon Releases Spring 2019 Training Schedule
Courses provide key tools and methods of understanding for audio professionals, system engineers, designers and installers.
Truly Synergetic: Two Days Of Invaluable Learning With SynAudCon
Looking into the training techniques of Synergetic Audio Concepts audio education program for industry professionals.
SynAudCon Offers Transformer-Distributed Loudspeaker Systems Training
9 RU and 4.5 CEDIA CEU course covers transformers for signal distribution and effects of voltage, current and impedance.
SynAudCon Hosting “Sound System Tech Seminar” In Kansas City
Topics for 16 RU course include gain structure, grounding and shielding, voltage and impedance measurements, and basic system tuning.
SynAudCon Presenting “Making Wireless Work” Training In Anaheim This October
James Stoffo, Karl Winkler, and Tim Vear to present strategies and techniques for managing systems through onging changes and spectrum allocations.
SynAudCon Releases In-Person Training Dates For Autumn 2018
Sound System Design, Making Wireless Work and Sound System Tech are all on the docket.
SynAudCon Announces Sound System Design Course For Indianapolis
The 24 RU course begins with a site survey and ends with the use of computer modeling to aid in loudspeaker selection and placement.