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AD2122 Audio Analyzer used for both production line and test instrument

Ideal for production test and entry-level R&D applications

USD 5,000.00

 

 

AD2122 is a cost-effective multifunctional test instrument among the AD2000 series audio analyzers, which meets the requirements of fast testing and high precision in the production line, and can also be used as an entry-level R&D test instrument. AD2122 provides users with a variety of channel options, with analog dual input and output balanced/ unbalanced channels, digital single input and output balanced / unbalanced / fiber channel, and also has external I / O communication functions, which can output or receive I / O level signal.


Main Performance

Product Tags

Key Features

◆ Signal source residual THD+N < -106dB
◆ Analog Dual Channel I / O
◆ Standard configuration supports SPDIF/TOSLINK/AES3/EBU/ASIO digital interface
◆ Complete and powerful electroacoustic analyzer functions

◆ Code-free, complete a comprehensive test within 3 seconds.
◆ Support LabVIEW , VB.NET , C#.NET , Python and other languages for secondary development
◆ Automatically generate test reports in various formats

Performance

Analog Output
number of channels 2 channels, balanced / unbalanced
signal type Sine wave, dual-frequency sine wave, out-of-phase sine wave, frequency sweep signal, noise signal, WAVE file
Frequency Range 2Hz ~ 80.1kHz
Frequency Accuracy ± 0.0003%
Residual THD+N < -106dB @ 1kHz , 2Vrms
Analog Input
number of channels 2 channels , balanced / unbalanced
Maximum input voltage 130Vpk
residual input noise < 1.4 uV @ 20kHz BW
Maximum FFT length 1248k
Frequency measurement range 5Hz ~ 90kHz
Frequency Measurement Accuracy ± 0.0003%
Digital Output
number of channels Single channel (two signals), balanced / unbalanced / fiber optic
Sampling Rate 22kHz ~ 216kHz
Sample Rate Accuracy ±0.0003%
signal type Sine wave, dual-frequency sine wave, out-of-phase sine wave, frequency sweep signal, noise signal, WAVE file
Signal frequency range 2Hz ~ 107kHz
Digital Input
number of channels Single channel (two signals), balanced / unbalanced / fiber optic
Voltage measurement range -120dBFS ~ 0dBFS
Voltage Measurement Accuracy < 0.001dB
residual input noise < -140dB

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