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Audio Analyzer A3

A3 is designed specifically to meet the testing requirements of hearing aid production lines, providing designated measurement items and necessary input/output interfaces while maintaining high performance and reliability of the equipment. Support one NET function library, capable of automatically executing tests described in IEC60118-7 and ANSIS3.22. For production environments, any support can be obtained NET language or LabVIEW calls these functions to control the output and measurement settings of A3.
  • Features
  • Specification
  • Options and upgrades
  • Resource centre
    • Commodity name: Audio Analyzer A3
    • Commodity ID: Audio Analyzer A3

    A3 is designed specifically to meet the testing requirements of hearing aid production lines, providing designated measurement items and necessary input/output interfaces while maintaining high performance and reliability of the equipment. Support one NET function library, capable of automatically executing tests described in IEC60118-7 and ANSIS3.22. For production environments, any support can be obtained NET language or LabVIEW calls these functions to control the output and measurement settings of A3.

    A3 is designed specifically to meet the testing requirements of hearing aid production lines, providing designated measurement items and necessary input/output interfaces while maintaining high performance and reliability of the equipment. Support one NET function library, capable of automatically executing tests described in IEC60118-7 and ANSIS3.22. For production environments, any support can be obtained NET language or LabVIEW calls these functions to control the output and measurement settings of A3.

    Key features:

    • Codeless automation and complete API

    • Automation programs that meet the requirements of IEC 60118-7 and ANSI S3.22

    • Transfer function, capable of measuring the complex frequency response of DUT under any broadband signal

    • Built in test speaker, pickup coil, and microphone

    • Support open-loop testing of logarithmic swept sine and linear frequency modulation signals

    • General software platform

    Some of the tested features:

    • OSPL90 curve
    • HFA OSPL90
    • Full-On Gain
    • HFA Gain
    • Set RTS
    • Frequency Response
    • Harmonic Distortion
    • Equivalent Input Noise
    • Battery Current
    • Input Output
    • Attack and Release
    • SPLITS Response 
    • ETLS
    • HFA MASL
    • Level & Gain
    • THD+N
    • Frequency Response
    • Signal-to-Noise Ratio
    • Impulse Response
    • Group Delay
    • Distortion Product Ratio
    • Acquired Waveform
    • Bandpass Frequency Sweep
    • Bandpass Level
    • Bandpass Level Sweep
    • Continuous Sweep
    • DC Level
    • DC Level Sweep
    • DUT Delay
    • Dynamic Range-AES17
    • Frequency
    • IMD(DFD/MOD/SMPTE/CCIF)
    • Level Ratio
    • Maximum Output
    • Measurement Recorder
    • Multitone Analyzer
    • Noise(RMS/Q-Peak per ITU-R BS.468-4)
    • Noise Recorder
    • Regulated Frequency Sweep
    • Scope
    • FFT
    • Amplitude Spectral Density
    • Power Spectral Density
    • SINAD
    • Stepped Frequency Sweep
    • Stepped Level Sweep
    • Linearity
    • Input Sample Rate
    • Acoustic Response
    • Rub&Buzz
    • Modulated Noise
    • PESQ/POLQA
    Key words:
    • 分析仪
    • 支持
    • 信号
    • 产生
    • 接口
    • 高级
    • 数字
    • 音频
    • 模式
    • A10
  •      

    • System performance

    Residual THD+N (20kHz BW): -106 dB

    • Source indicators

    Sinusoidal signal frequency range: 2Hz to 80.1kHz

    Frequency accuracy: 3ppm

    IMD test signals: SMPTE, MOD, DFD

    Maximum output amplitude (balanced): 16 Vrms

    Amplitude accuracy (1kHz): ±0.05 dB

    Flatness (20Hz - 20kHz): ±0.01 dB

    Analog output configuration: XLR (balanced) & BNC (unbalanced)

    Maximum digital output sampling rate: 216 kHz

    Sampling accuracy: 3ppm

    Number of bits: 8-24 bits

    Residual jitter: Electrical < 1.5ns fiber < 2.5ns

    Dolby/dts Source: Yes (pre-encoded file)

    • Analyzer indicators

    Maximum rated input voltage: 230Vpk

    Maximum bandwidth: 90 kHz

    IMD test features: SMPTE, MOD, DFD

    Amplitude accuracy (1kHz): ±0.05dB

    Amplitude flatness (20Hz-20kHz): ±0.01dB

    Residual input noise: 1.3 uV

    Independent harmonic analyzer: d2-d10

    Maximum FFT length: 1.2M points

    DC voltage measurement

    • Common indicators

    Size (WxDxH): 480mm*405mm*153mm

    Weight: 8kg±0.5kg

    Working voltage (AC): 220V, 50Hz/100V-240V, 50Hz-60Hz

  • Input and output interface options:

    Audio analyzer

     

    1. AX-BT-RD option

    BT-RD option is currently the most economical solution for Bluetooth audio testing, with built-in Bluetooth wireless and Bluetooth protocol stacks, enabling engineers to make direct measurements of their Bluetooth devices, eliminating the uncertainty and inconvenience of Bluetooth Dongle, making Bluetooth audio testing faster, simpler and more reliable for R&D and production testing.

    2. AX-BT-PT option

    BT-PT Bluetooth module is based on the production line test needs and developed Bluetooth function option, which simplifies the pairing connection process of the traditional Bluetooth module, can achieve fast pairing connection in a very short time, has strong Bluetooth compatibility, mainly used in Bluetooth audio product production line or primary R&D testing.

    Audio analyzer

     

    3. AX-HDMI option

    HDMI+ARC (Audio Return Channel) is a versatile audio monitoring and measurement option, it is powerful, easy to use, accurate measurement results, can be widely used in multimedia products audio quality testing, can provide all standard audio measurement items, including level, signal-to-noise ratio, distortion, phase, crosstalk, group delay, etc.

    Audio analyzer

     

    4. AX-DSIO option

    The DSIO option adds a multi-channel digital serial interface to the audio analyzer, providing a direct connection to the chip-level interface, which plays a decisive role in the design and development of the board, and its simple use and accurate test results can be widely used in audio quality testing of various digital devices.

    Software Options:

    Audio analyzer

    1. AX-SPK-RD option

    SPK-RD provides designers and developers of electroacoustic products with a comprehensive set of test functions and results, including some key acoustic test indicators, a comprehensive set of T/S parameters, time-window-controlled quasi-acoustic response testing of a non-acoustic environment, impedance analysis, and more, this option includes all test functions of the production line version.

    2. AX-SPK-PT option

    SPK-PT is used for rapid testing of electroacoustic product production lines, providing the main index parameter test of loudspeakers, and obtaining all test results in one scan. The results include Rub & Buzz, the necessary set of T/S parameters, impedance amplitude and phase, and a dedicated modulated noise test function to detect air leakage in the speaker.

     

    Audio analyzer

    3. AX-PESQ is based on ITU-T P.862 standard

    Perceptual audio measurement is widely used in mobile phones, VoIP networks, and other device tests to measure how people perceive sound quality. Especially for devices with limited bandwidth or bit rate, parameters such as frequency response/distortion testing using standard sine waves do not effectively reflect device performance, and only a combination of perceptual and electrical audio tests can fully account for device performance.

    PESQ is a widely used perceptual audio measurement primarily for subjective evaluation of speech quality in low-bandwidth devices.

    4. AX-POLQA2 is based on ITU-T P.863 standard

    POLQA2 uses a new generation of POLQA algorithms for subjective assessment of speech quality in wideband voice devices or devices with acoustic coupling. (Inherits PESQ and supports HD voice, 3G, 4G/LTE and VoIP technologies)

     

    5. AX-STIPA option

    AX-STIPA is a plug-in that uses the STIPA method for Voice Delivery Index (STI) testing.

MORE PRODUCTS

PDM extension cable adapter

PDM extension cable adapter

The PDM extension cable adapter solves the distance problem between the PDM microphone and audio analyzer during testing. It provides buffering for PDM audio data, allowing for the use of up to 45 feet (13.7 meters) of cable between DUT and analyzer without losing or altering digital signals.

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Audio Switch Communication Box

Audio Switch Communication Box

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AB-HDMI2+eARC Option

AB-HDMI2+eARC Option

The HDMI 2+eARC module allows engineers to measure HDMI audio quality and audio format compatibility on consumer audio devices such as surround sound receiv-ers, set-top boxes, streaming players, televisions, sound-bars, Blu ray disc players, as well as smartphones and tablets. Provide connections for source and sink devices, as well as additional HDMI connections for auxiliary video input and monitor output. Supporting ARC and eARC has increased the ability to test ARC and eARC audio quality and connectivity on receivers, televisions, and streaming hardware that support them.

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AB-A2B Option

AB-A2B Option

The AB-A2B interface option is a set of audio interfac-es developed based on the emerging A2B audio bus technology, with independent Master and Salve as well as external power input interfaces. Combined with the powerful audio testing software ATC, it can efficiently perform audio testing on various A2B components, such as car infotainment systems, car amplifiers, car microphones, etc.

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AB-BT-DUO Option

AB-BT-DUO Option

The BT-DUO option is a fully revised and upgraded Bluetooth hardware module with dedicated sources and receivers, new Bluetooth chips and latest firmware, higher RF power, and improved shielding features. And it can provide a series of new audio codecs to meet the diversity of current Bluetooth products. Support new operational features in config-uration files and faster Bluetooth connectivity, enabling engineers to quickly and accurately test Bluetooth products and master their device perfor-mance.

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AB-DSIO Option

AB-DSIO Option

The DSIO option adds a multi-channel digital serial interface to the audio analyzer, providing direct connections for chip level interfaces and playing a decisive role in the design and development of circuit boards. It is easy to use, with accurate test results, and can be widely used for audio quality testing of various digital devices.

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AB-PDM option

AB-PDM option

Pulse-density modulation (PDM) is a 1-bit, high clock frequency data stream used in MEMS digital microphones, which is widely used in smart phone design. The audio analyzer equipped with A5-PDM module can be directly connected to any device with PDM input or output to achieve comprehensive audio testing required by the highly mobile telecommunications industry.

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AB-PDM16 Option

AB-PDM16 Option

PDM16, as an optional input module for Ax series audio analyzers, consists of an input module installed in the analyzer, a remote interface box, and an extension cable. It can provide up to 16 channels of accurate inter channel phase information for sampling, which is the key data for creating MEMS microphone arrays. PDM16 utilizes synchronous sampling based on a common clock to ensure clear and visible phase relationships between channels.

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AB-ADIO Option

AB-ADIO Option

The advanced digital interface module AB-ADIO provides AES3 and AES/EBU balanced digital input/output interfaces on the XLR port, unbalanced SPDIF digital input/output interfaces on the BNC port, and fiber optic digital input/output interfaces on TOSLINK. In addition, the ADIO module can generate advanced interface damage signals and perform complex testing on devices through AES/SPDIF/TOSLINK. It also includes an advanced master clock module AMC, which is used to process input and output clock signals and synchronize with external devices. It can also generate and test jitter signals for interface modules that support jitter (ADIO, DSIO, HDMI, etc.).

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Head and Shoulders Simulator HATS200/201

Head and Shoulders Simulator HATS200/201

The HATS200 Head and Shoulder Simulator is a human body model with built-in mouth and ear simulators that can accurately reproduce the acoustic characteristics of the head and shoulders of an ordinary adult, enabling precise binaural acoustic signal acquisition and mouth vocalization. Suitable for electroacoustic testing of headphones, telephone receivers, audio conference equipment, microphones, hearing aids, and other products. HATS201 is a simplified version of HATS200, which eliminates the mouth simulator and meets the testing needs of some headphone customers.

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Head and Torso Simulator HATS100/101

Head and Torso Simulator HATS100/101

The Head and torso simulator (HATS100) is used to measure and improve the performance and accuracy of telecommunications and intelligent devices, meeting high requirements and standards for speech recognition. The simulator accurately matches the characteristics of the human ear sound field and provides repeatable measurement results to ensure product performance and customer satisfaction. HATS101 is a simplified version of HATS100, which eliminates the mouth simulator and meets the testing needs of some headphone customers.

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AB-AMC Option

AB-AMC Option

The advanced master clock module AB-AMC is used to process input and output clock signals to synchronize the audio analyzer with external devices, while generating and analyzing jitter signals for audio analyzers equipped with ADIO, DSIO, PDM, or HDMI modules.

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AB-DIO Option

AB-DIO Option

The digital interface module DIO provides balanced digital input and output compatible with AES3, AES/EBU, and IEC60958-4 on XLR connectors, unbalanced digital input and output compatible with SPDIF, IEC60958-3, AES3id, and SMPTE 276 M on BNC connectors, and optical digital input and output on Toslink interfaces.

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AB-AG52 Option

AB-AG52 Option

The high-performance analog signal source option AB-AG52 is developed specifically for amplifier designers, capable of generating extremely pure square wave signals with a rise time of less than 2 microseconds and increasing the system THD+N to -110dB (typical value). AG52 can generate square wave and sine wave signals specified by DIM 100, DIM 30, and DIM B, and increase the maximum output level of the balanced interface from 21.21 Vrms to 26.66 Vrms. This option is suitable for instruments equipped with analog 2-channel output (A5/A6 are options, A7/A10 are standard)

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AB-BW52 Option

AB-BW52 Option

The high-performance analog analyzer option AB-BW52 has an ultra-high bandwidth option, providing advanced FFT performance and high-resolution analog input bandwidth up to 1MHz. This option is suitable for instruments equipped with analog 2-channel inputs (A5/A6 options, A10 standard)

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Audio analyzer A10

Audio analyzer A10

A10 is currently the most high-performance and fully functional analog 2-channel audio analyzer, fully benchmarking with AP company APx555. It has a high-performance sine signal generator and analyzer, which can generate sine signals up to 204kHz and residual THD+N of less than -120 dB in the system. It has a testing bandwidth of over 1MHz and supports all digital interfaces (ADIO/BT/I2S/HDMI/PDM) and advanced master clock (AMC) modules. It is an ideal testing equipment for the development stage of audio products.

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