Showing results: 5491 - 5505 of 7317 items found.
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DScope M1 -
Spectral Measurement
All essential measurements like THD+N, noise, crosstalk, sweeps, impulse response plus simple code free test automation and additional modules for advanced features.
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Spectral Measurement
The left-hand axis scales the level of the 100 measurements and the right-hand axis displays the uncertainty to a statistical confidence level of 95%; proving the repeatability is better than +/-0.25dB between the measured values. Guaranteeing repeatability, accuracy and correlation across Lab’s, across Production lines and across the World
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TTC -
Spectral Measurement
The weakest link in your measurement chain is your chamber, the new TTC chambers solve these problems...*Anechoic chambers have massive footprints:The TTC gives you equal or better results with a compact footprint*Achieving repeatable measurements is difficult in an anechoic chamber:The TTC guarantees the microphone and loudspeaker positions*Anechoic chamber accuracy suffers at low frequencies:The TTC is capable of measuring below 20 Hz*Results are not transferable between most test chambers:The TTC meets international standards IEC 60268-21:2018 & IEC 60268-22:2020*Most chambers are difficult to calibrate and awkward to use:The TTC is calibrated and is ready to interface to your microphone and analyzer
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Polar Test Chamber -
Spectral Measurement
For accurate and repeatable polar measurements of loudspeaker drive units, smart speakers, soundbars and active systems
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Piston hydrophone -
Precision Acoustics LTD
A circular plane piston, immersion hydrophone for measurements in the frequency range 100 kHz to 1 MHz. Code ML4X50.
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Precision Acoustics LTD
An automated scanning system designed to provide a cost-effective introduction to automated hydrophone measurement including the acquisition, display, storage and computation of 2D data.
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Precision Acoustics LTD
The bounded output mask provides a means of ensuring that measurements of TI according to IEC 62359 can satisfy the requirement of only determining the ultrasonic output through an area of 1 cm x 1 cm.
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Precision Acoustics LTD
Precision Acoustics manufactures Radiation Force Balances and Check Sources which can be used to measure ultrasound power according to the IEC Standard 61161. All products are supplied with a calibration from The National Physical Laboratory, LONDON.
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Power Acoustics, Inc.
Our acoustical consultants use the latest and most advanced noise prediction and modeling software, precision sound measurement equipment and detailed acoustical analysis that enable us to help our clients achieve their project's noise requirements and goals. Contact us before your noise challenges become noise pollution problems.
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Prism Sound Ltd.
With over 32 years of experience in audio test and measurement, we know what are the most important features and how to deliver them as a cost efficient and easy-to-use solution.
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Spectral Measurement
With over 32 years of experience in audio test and measurement, we know what are the most important features and how to deliver them as a cost efficient and easy-to-use solution.
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Copper Mountain Technologies
Our VNAs are used for a variety of materials measurement applications. From NASA estimating fuel levels in the fuel tank with 1-Port reflectometers to Compact and Cobalt analyzers incorporated into portable, table-top free-space measurement systems that take materials RF measurement out of the lab and into the field or manufacturing environment to measuring moisture and sugar content in crops, liquid level in bottles of soft drinks and other food quality parameters using microwave sensor systems.
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VSM-P7 -
TOEI INDUSTRY CO, LTD.
Quick response as well as high stability measurement in magnetization measurement sensitivity of approx. 2×10-6emu can be made possible. Small size and reasonable price upon VSM-5 series. Combination with option of gas-flow system of temperature variable unit is capable of making measurement at -50°C~200°C. Varieties of magnetic materials can be automatically measured with a plenty of software.
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ams AG
Light-to-Frequency (LTF) sensors convert measurements of light intensity to a digital form for direct interfacing to a microcontroller. The output of the device is a square wave or pulse stream the frequency of which is linearly proportional to the light intensity. LTF converters are designed for applications such as ambient light measurement, light absorption/reflection in products such as white goods, photographic equipment, colorimetry, chemical analyzers and display contrast controls. They may be used in any system that requires a wide dynamic range, and/or high resolution digital measurement of light intensity.