Phase Technology FP6020 Technical Data, Data Acquisition, Data for Other SoundTube Products

FP6020

Sound-Focusing Speaker

Technical Information for System Engineers

separation. With sound waves projected into the dome, SoundTube’s proprietary technology reflects sound waves from the upper registers of the frequency spectrum directly beneath the dome.

SoundTube Entertainment is con- sistently developing new technologies that enhance audio product perfor- mance. SoundTube Entertainment innovations are protected by multiple U.S. and international patents, which explicitly cover SoundTube dome, enclosure, mounting and dispersion technologies. SoundTube Entertain- ment actively defends it patents in order to protect SoundTube resellers and end-users.

Technical Data

SoundTube Entertainment strives to provide complete and effective technical information and data to dealers, engi- neers and designers. All data are avail- able from SoundTube Entertainment, or at www.soundtube.com.

Technical data and downloads include:

EASE™ data – 3-D polar plots

Tech Sheets – Technical information and architectural specs for system engineers.

Data Acquisition

All performance data are acquired from SoundTube’s Technical Measure- ment Center and always verified by independent sources. For questions about specific testing procedures, con- tact SoundTube Entertainment direct (techinfo@soundtube.com.) All data are analyzed using a variety of standard measurement techniques, including Measured Length Sequence (MLS) and Time Delay Spectrometry (TDS). Performance, development and data acquisition tolls include: Gold Line TEF 20, CLIO, LMS, LEAP and proprietary modeling software. EASE™ data are acquired through an automated TEF 20/Outline/EASE™ interface.

Data for Other SoundTube Products

Also available: Sales & installation information for all SoundTube speaker systems, including open-ceiling, in- ceiling, surface-mount, in-ground and sound-focusing speakers.

Architectural Specifications

The loudspeaker shall consist of two

25 mm (1.0 in) transducers with a voice coil diameter of 20.5 mm (0.81 in). Sound waves from the transducers shall be reflected from a 514 mm (20.25 in) Dual- Parabolic™ sound dome.

Performance specifications of a typical unit shall be as follows: Useable frequency response shall extend from 104 Hz – 22 kHz (-10 dB). Measured sensitivity (2.83 Volt input, 0.5 meter) shall be at least 80.5 dB stereo (83.5 dB mono). The maximum continuous output at 0.5 meter shall be

92.5dB stereo or 95.5 dB mono. The loud- speaker shall come with a CAT 5 plus four 16-gauge hardwire leads and be avail- able in 8 Ohm impedance mode (4 Ohm if bridged/mono), or with an optional 25/70.7/100 Volt transformer and accompa- nying junction box. For the 8 Ohm model, tap setting will be by hardwire lead. For the transformer accessory, the transformer unit and 4-position tap switch will be supplied in a junction box. The maximum continuous output at 0.5 meter shall be

93.0dB stereo or 96.0 dB mono.

The dome shall be constructed of

Polar Plots

125 Hz 250 Hz 500 Hz 1,000 Hz

Horizontal Vertical

2,000 Hz 4,000 Hz 8,000 Hz 10,000 Hz

Technical data, EASE™ plots, SoundTubeSPEC™ software & product downloads available at www.soundtube.com