Dayton Audio AS-1 Audiostrobe Woofer Analyzer
Measuring device
still
/piece
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Your advantages with Masori
Description
The AS-1 Audiostrobe Woofer Analyzer from Dayton Audio is more than just a simple measuring device. Specially developed for the needs of loudspeaker enthusiasts and professionals, the device impresses with its unique functionalities. It enables a comprehensive analysis of loudspeaker behavior by detecting frequency irregularities such as peaks, nulls and resonances. Equipped with 36 super-bright LEDs producing a total output of 1000 lumens, it offers the ability to easily track speaker behavior even in well-lit rooms. A must for anyone who wants to carry out precise audio analyses.
Features
- A "must have" tool for the speaker enthusiast or professional
- Glow-in-the-dark buttons for use in dark environments
- Large LCD with backlight for easy display
- Super-bright LED flash (1000 lumens) is visible even in well-lit rooms
- Single-stage or continuous frequency setting
- The ergonomic ABS plastic shell is solid and comfortable to use
- Memory for up to 10 flash frequency sets
Utilizing the phenomenon of persistence of vision, the Dayton Audio AS-1 can often help identify the cause of response issues and other useful information about individual speakers as well as complete speaker systems by slowing down the motion of a speaker to see its performance in motion.
Possibilities
- Non-linearity e.g. rocking movements of the cone
- Diaphragm, bead and dust cap deformations
- Resonance modes in spider and tinsel leads
- Lead deformation
- Spider deformation
- Phase relationships in multi-speaker systems
- Tuning frequency and behavior of passive radiators
- Deflection limits for active and passive drivers
The AS-1 from Dayton Audio provides intermittent illumination of an object for visual analysis. By adjusting the illumination frequency, objects can appear stationary or in slow motion in vibration or rotation. This optical illusion, called visual persistence, enables non-contact inspection and status of moving object surfaces far beyond the capabilities of the naked eye.
