Used AUDIO PRECISION SYS-2500A #9102745 for sale

AUDIO PRECISION SYS-2500A
ID: 9102745
Audio analyzer.
AUDIO PRECISION SYS-2500A is an advanced professional audio testing system that uses a comprehensive suite of hardware and software to accurately measure the performance of audio systems. It is designed to provide a full range of measurements including frequency response, THD+N, SINAD, signal-to-noise ratio, distortion factor (DF), phase, group delay, level, RMS, and peak power. SYS-2500A includes an extensive range of analysis and measurement instruments: dual-channel Analyzer, Signal Generator, complete distortion analysis, Spectrum Analyzer, and Full-band Acoustical Analyzer. These tools can be used to measure frequency response, total harmonic distortion (THD), intermodulation distortion (IMD), transient behavior, dynamic range, channel balance, and other parameters. The Signal Generator on AUDIO PRECISION SYS-2500A is capable of producing real-world signals (sine wave, gongs, sweep, and noise) in a range of 0.2 Hz to 200 kHz. It also offers a variety of user-selectable modulation techniques such as FM, PM, FMMB, and AMMB. The Spectrum Analyzer utilizes FFT technology to quickly and accurately measure the frequency response of an audio system. It offers wide frequency range from 10 Hz to 20 kHz and resolution up to 0.1 Hz. It also provides a number of advanced tools such as real-time phase-delay measurement, peak binning, notch filter, and spectrum shift. SYS-2500A also includes a Full-band Acoustical Analyzer to measure the frequency response of an acoustic environment. It includes features such as pre-emphasis and de-emphasis, logarithmic a-weighted measurements, and extended frequency response up to 2000 Hz. Overall, AUDIO PRECISION SYS-2500A offers a wide range of features and tools that enable users to accurately measure the performance of audio systems. It allows users to measure a variety of parameters such as frequency response, THD+N, SINAD, signal-to-noise ratio, distortion factor (DF), phase, group delay, level, RMS, and peak power. This testing system is ideal for engineers, audio professionals, researchers, and academia that need to measure audio performance.
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