Cdaq 9171
The CDAQ-9171 is a CompactDAQ chassis from National Instruments. It provides connectivity for up to 8 C Series I/O modules, allowing for the integration of various sensor and measurement capabilities. The CDAQ-9171 offers a compact and modular design for building custom data acquisition and control systems.
Lab products found in correlation
13 protocols using cdaq 9171
Measuring Force and Pressure in 3D Printed Artificial Arteries
Quantitative Tissue Indentation Protocol
Ginkgo biloba Leaf Extract Dripping Pill Production
The width of the droplets was measured using a laser micrometer (KEYENCE IG‐028, Shanghai, China) which is equipped with a sensor amplifier (KEYENCE IG‐1000, Shanghai, China). The data acquisition was performed using a data acquisition card (National Instrument cDAQ‐9171, Shanghai, China). The homogenous dispersing liquid was prepared using a circulating oil bath (Greatwall Scientific SY‐20, Zhengzhou, China) and an electric mixer (Zhengrong instrument ES‐60 M, Changzhou, China). The preparation of dripping pills was performed using a dripping device (Anruikang, Beijing, China). The dripping pills were weighed using an electronic balance (Mettler Toledo AE240, Shanghai, China).
Characterizing Ferroelectric Structure Mechanics
Upconversion Emission Lifetime and RET Efficiency
Continuous Blood Pressure Monitoring Methods
The non-invasive system comprises a soft capacitive pressure sensor (CAP) (18 (link)) and an EcoBP (19 ), an eco-friendly dual-channel custom data acquisition board that includes an inertial measurement unit (IMU). The CAP sensor was placed at the radial artery (or in two cases, the dorsalis pedis artery) for continuous arterial pressure measurement. The CAP signal was captured at a sampling rate of 90 Hz in single-channel mode and 45 Hz in dual-channel mode.
Cantilever-based Tissue Indentation
Measuring Vibration Velocity with Doppler Laser
EEG/EMG Signal Acquisition and Processing
Ginkgo biloba Dripping Pill Formulation and Characterization
The weight of the dripping pills was in-line measured using a laser detection system which is equipped with a laser micrometer (KEYENCE IG-028, Shanghai, China), a sensor amplifier (KEYENCE IG-1000, Shanghai, China), and a data acquisition card (National Instrument cDAQ-9171, Shanghai, China). The weight of materials was weighed using an electric balance (Mettler Toledo AE240, Shanghai, China). The homogenous dispersing liquid was prepared using a circulating oil bath (Greatwall Scientific SY-20, Zhengzhou, China) and an electric mixer (Zhengrong instrument ES-60 M, Changzhou, China). The preparation of dripping pills was performed using a multifunction dripping machine (Anruikang, Beijing, China).
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