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CRY2708 8-Channel, Voice Print Acquisition Card
The CRY2708 multi-channel data acquisition card is a signal acquisition card that supports 8-channel simultaneous sampling, with a maximum sampling rate of up to 128kHz. The device features low noise and high accuracy, and includes a built-in 4mA/24V constant current circuit for direct connection to IEPE-type acceleration sensors, force sensors, microphones, etc., for testing. The device comes with comprehensive data acquisition software for real-time data transmission, display, and analysis. When paired with storage devices, it can continuously and uninterruptedly record multi-channel signals for extended periods.
- Low noise floor
- High channel consistency
- Comprehensive functionality
- Simultaneous support for noise and vibration testing
The CRY2708 is outfitted with an integrated 4mA/24V constant current circuit, facilitating direct interfacing with IEPE-type acceleration sensors, velocity sensors, force sensors, microphones, and other devices for signal testing and analysis. This setup enables synchronous testing of various signals in practical testing environments. For instance, in equipment testing scenarios, combining a microphone with an acceleration (vibration) sensor allows for concurrent analysis of sound and vibration signals, enhancing the accuracy of equipment status identification.
The CRY2708 is outfitted with an integrated 4mA/24V constant current circuit, facilitating direct interfacing with IEPE-type acceleration sensors, velocity sensors, force sensors, microphones, and other devices for signal testing and analysis. This setup enables synchronous testing of various signals in practical testing environments. For instance, in equipment testing scenarios, combining a microphone with an acceleration (vibration) sensor allows for concurrent analysis of sound and vibration signals, enhancing the accuracy of equipment status identification.
The CRY2708 data acquisition card features a 24-bit high-precision A/D converter, supporting multi-channel parallel synchronous sampling with high accuracy. When synchronously capturing data across 8 channels, the voltage deviation between different channels is less than 0.01 dBV, with a time deviation of less than 5 microseconds. In the electrical signal input mode, the noise floor is less than -95 dBV. It can accurately capture various signals, with an input of 100mVrms signal in the 20-25kHz frequency range, having an amplitude deviation of less than 1%.
The CRY2708 data acquisition card features a 24-bit high-precision A/D converter, supporting multi-channel parallel synchronous sampling with high accuracy. When synchronously capturing data across 8 channels, the voltage deviation between different channels is less than 0.01 dBV, with a time deviation of less than 5 microseconds. In the electrical signal input mode, the noise floor is less than -95 dBV. It can accurately capture various signals, with an input of 100mVrms signal in the 20-25kHz frequency range, having an amplitude deviation of less than 1%.
The data acquisition software processes the raw samples and sound data collected by the acquisition card through analysis, calculation, and transformation, displaying the results on the interface. Users can remotely monitor all operational dynamics of the device under network conditions. Additionally, the software allows users to customize device settings, including network, time, storage, sampling rate, split screens, resolution, and monitoring parameters. By integrating with front-end sensors, the data acquisition software, along with the CRY2708 acquisition card, offers various solutions for different monitoring scenarios.
The data acquisition software processes the raw samples and sound data collected by the acquisition card through analysis, calculation, and transformation, displaying the results on the interface. Users can remotely monitor all operational dynamics of the device under network conditions. Additionally, the software allows users to customize device settings, including network, time, storage, sampling rate, split screens, resolution, and monitoring parameters. By integrating with front-end sensors, the data acquisition software, along with the CRY2708 acquisition card, offers various solutions for different monitoring scenarios.
The CRY2708 data acquisition card can be expanded using an Ethernet switch to enable parallel synchronous collection and analysis of multiple devices at a central location. Additionally, its operating environment of -40 to 70 degrees Celsius allows it to be utilized in diverse monitoring scenarios. When coupled with software and various sensors, this device has versatile applications across industries like education, aerospace, automotive, and rail transportation, facilitating fatigue testing, condition assessment, and feature analysis of different equipment.
The CRY2708 data acquisition card can be expanded using an Ethernet switch to enable parallel synchronous collection and analysis of multiple devices at a central location. Additionally, its operating environment of -40 to 70 degrees Celsius allows it to be utilized in diverse monitoring scenarios. When coupled with software and various sensors, this device has versatile applications across industries like education, aerospace, automotive, and rail transportation, facilitating fatigue testing, condition assessment, and feature analysis of different equipment.
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