High-precision turntable supporting quantitative evaluation of beam characteristics (compatible with ultrasonic sensors, microphone arrays, etc.)
Our company's remote-controlled turntable for directional measurement allows for the rotation of the measurement target device to a specified angle before and during measurement, enabling direction-dependent measurements. It is utilized not only for acoustic applications but also by customers in the security field for research and development of security sensors. The following applications are considered: - Security field for home and automotive: intrusion detection using ultrasonic sensors, crime prevention, smart home alarms, etc. - Conference microphone arrays and beamforming technology. - For research institutions, acoustic sensing research, beamforming research, etc. - Other applications include directional evaluation of microphone arrays, directional characteristic evaluation of AI acoustic analysis sensors, verification of beamforming performance, and accuracy evaluation of direction of arrival (DOA) estimation.
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basic information
【Optimal Angle Control Performance for Sensor Evaluation】 It achieves both high resolution control and real-world environment reproduction. - Angle resolution: 0.1° - Rotation speed: 0 to 12°/s - Angle accuracy: ±0.02°
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Applications/Examples of results
[Examples of Evaluation Uses] - Sensitivity mapping (0° to 180°) - Dead zone visualization - Beam distortion evaluation after enclosure integration - Evaluation of the effects of obstacles and reflective objects - Security applications (40kHz airborne ultrasound, etc.)
Detailed information
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Optimal angle control performance for sensor evaluation.
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Company information
HEAD acoustics Japan Co., Ltd. has been active as a leading company in the fields of dummy head-related recording and playback systems, acoustic analysis based on human auditory characteristics, and communication measurement technology for over 25 years. HEAD acoustics has consistently been a pioneer in developing innovative technologies such as dummy head-related binaural technology, acoustic analysis related to human hearing, interactive sound simulation systems, and transmission path analysis. HEAD acoustics will continue to focus on research and development through collaboration with universities and other research institutions and participation in international research projects.
