PS-3227 wireless sound-wave/sound-level sensor

PS-3227 wireless sound-wave/sound-level sensor

Supplier
Brolight
Part Number
PS-3227
Category
Sensors
Origin
China

The PS-3227 wireless sound-wave/sound-level sensor combines waveform and sound-level measurements in a compact, portable device. Students can investigate and analyze sound-wave properties such as waveform, wave speed, amplitude, frequency, and wavelength. They can study wave superposition and beats, as well as harmonic properties of standing waves and the presence of overtones. Overview: The PS-3227 combines two sensor functions in one wireless device: a sound-wave sensor measuring relative sound-pressure-level values over time, and a sound-level sensor with both dBA and dBC weighting scales. Sound-wave sensor: As sound waves reach the sensor, it measures relative changes in sound-pressure level. Graphs of sound-pressure level versus time let students investigate and analyze waveform, wave speed, amplitude, frequency, wavelength, and more. Sound-wave data work with Scope and FFT displays in both SPARKvue and Capstone. The wireless sound sensor also acquires sound-wave data wirelessly at sampling rates up to 100kHz. Sound-level sensor: It provides actual sound-level (sound-intensity) measurements with dBA and dBC weighting. The dBC scale measures sound intensity across a broad frequency band both within and beyond human hearing, while dBA filters some source frequencies to approximate the human ear's frequency response more closely. In workplaces, dBA is commonly used to assess the sound levels employees encounter in typical working conditions. Sound level and noise pollution are key environmental-science measurements. This sensor provides all the functions of a sound-level meter with wireless measurement and the added flexibility of continuous logging over time.

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Overview

The PS-3227 wireless sound-wave/sound-level sensor combines waveform and sound-level measurements in a compact, portable device. Students can investigate and analyze sound-wave properties such as waveform, wave speed, amplitude, frequency, and wavelength. They can study wave superposition and beats, as well as harmonic properties of standing waves and the presence of overtones. Overview: The PS-3227 combines two sensor functions in one wireless device: a sound-wave sensor measuring relative sound-pressure-level values over time, and a sound-level sensor with both dBA and dBC weighting scales. Sound-wave sensor: As sound waves reach the sensor, it measures relative changes in sound-pressure level. Graphs of sound-pressure level versus time let students investigate and analyze waveform, wave speed, amplitude, frequency, wavelength, and more. Sound-wave data work with Scope and FFT displays in both SPARKvue and Capstone. The wireless sound sensor also acquires sound-wave data wirelessly at sampling rates up to 100kHz. Sound-level sensor: It provides actual sound-level (sound-intensity) measurements with dBA and dBC weighting. The dBC scale measures sound intensity across a broad frequency band both within and beyond human hearing, while dBA filters some source frequencies to approximate the human ear's frequency response more closely. In workplaces, dBA is commonly used to assess the sound levels employees encounter in typical working conditions. Sound level and noise pollution are key environmental-science measurements. This sensor provides all the functions of a sound-level meter with wireless measurement and the added flexibility of continuous logging over time.

Specifications

ParameterValue
Sound-wave sensor - Measurement range100–20,000 Hz
Sound-wave sensor - Maximum sampling rate100 kHz
Sound-level sensor - Measurement range50–110 dB
Sound-level sensor - Resolution±0.1 dB
Sound-level sensor - Accuracy±2 dB
Sound-level sensor - Response methodA or C weighting
Sound-level sensor - Maximum sampling rate20 Hz
Connection MethodUSB and Bluetooth 5.2
Data Logging FunctionPresent
Battery TypeRechargeable Lithium-Polymer Battery (LiPo)

Applications

Study loudness, sound intensity, and the decibel scale; analyze sound-wave properties and characteristics; measure sound speed using echoes; perform Fourier transforms and sound-wave analysis; study the frequency dependence of human hearing; observe and measure beats; conduct telephone and dial-tone experiments; investigate resonance and standing waves in closed or open pipes. Available experiments: Junior-high-school physics: An alarm clock in a vacuum bell jar. Investigate the relationship between pitch and frequency. Observe sound waveforms. Compare waveforms from different musical instruments. Noise waveforms. Build a model soundproof room.

Key Features

Wireless, portable, and easy to use; wireless acquisition of sound-wave data at a high sampling rate of 100 kHz; combined sound-wave and sound-level sensor functions; high-quality sensing elements designed for laboratory experiments; seamless use with Scope and FFT displays in SPARKvue and PASCO Capstone; a 1/4-20 threaded connection for convenient mounting, positioning, and alignment.

Datasheet

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Supplier Information

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Brolight
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Brolight, as an independent brand under A&P Instrument, focuses on the R&D, manufacturing, and integrated solution delivery of photoelectric detection equipment and educational instruments. Leveraging A&P Instrument's over 40 years of technical accumulation and market experience in the optoelectronics and science education industry, Brolight precisely meets the multiple needs of scientific research, industrial inspection, and experimental teaching, building a reliable and efficient application foundation for global research institutions, industrial enterprises, and educational users with excellent optoelectronic products and teaching instruments. Founded in 2012, the company is a national high-tech enterprise and has passed ISO9001:2015 quality management system certification, ensuring continuous and stable product quality with a standardized management system.

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