Signal acquisition module
24 January 2011
The PCI-9527 combines 24bit signal acquisition and >100 dB range.
Adlink Technology’s PCI-9527 is their first 24bit high-resolution dynamic signal acquisition module specifically designed for audio testing, acoustic measurement, and vibration analysis applications.
The PCI-9527 features two 24bit simultaneous sampling analogue input channels with a sampling rate up to 432 KS/s, two analogue output channels with an update rate up to 216 KS/s, and one external digital trigger I/O connector.
It also boasts a high dynamic input range (>100 dB), flexible input range from ±40 V to ±0.316 V, and analogue inputs that support software-configurable features for AC or DC coupling and integrated electronic piezoelectric (IEPE) sensors to interface with an accelerometer sensor and microphone. Combining it all, the PCI-9527 offers the flexibility needed to create a variety of automated test systems.
“The PCI-9527 dynamic signal acquisition module offers an excellent price/performance ratio for system integrators involved with audio testing, vibration analysis, acoustic measurements, machine condition monitoring, signal semiconductor testing, dynamic balance testing, and vibration calibration,” noted Louis Hsu, Product Manager at Adlink.
“For example, the PCI-9527 can be utilised in production testing for TVs, MP3 players, or other multimedia devices where high-quality sound needs to be guaranteed. The audio digitiser PCI-9527 can also be implemented in monitoring systems for mission-critical machinery, such as turbines in a power plant. Defects in the metal components of such turbines would generate abnormal sounds and vibration under operation, which would require high-dynamic range audio equipment to detect.”
The PCI-9527 includes drivers and SDK support for mainstream Windows operating systems as well as third-party application including LabVIEW. Adlink also provides Dynamic Signal Assistant APP Utility, an easy-to-use application for system integrators to perform validation and reduce overall design cycle time.
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