NI PCI-6023E Multi-functional Data acquisition card

NI PCI-6023E Multi-functional Data acquisition card

Performance parameters
Analog input
Number of channels: 16 single-ended / 8 differential analog input channels.
Resolution: 12 bits.
Sampling rate: Up to 200 kS/s at most.
Input range: Multiple options are available, including ± 10V, ± 5V, ± 2.5V, ± 1V and ± 0.5V.
Analog output
Number of channels: 2.
Resolution: 12 bits.
Output range: ±10 V.
Digital I/O
Number of input channels: 8.
Number of output channels: 8.
Counter/Timer: 2 16-bit counters/timers.

Application field
Industrial process monitoring: On industrial production lines, data from various sensors such as temperature, pressure, flow rate, and displacement can be collected in real time to monitor and optimize the production process, promptly identify potential problems, and enhance production efficiency and product quality.
Testing and Measurement: It is used for performance testing and measurement of electronic devices, mechanical components, etc. For example, in the debugging and testing of electronic circuits, analog signals and digital signals are collected, and the working status and performance indicators of the circuits are analyzed. In mechanical vibration testing, signals such as acceleration and displacement are collected to evaluate the stability and reliability of mechanical structures.
Scientific research: In the fields of physics, chemistry, biology and other scientific research, it can be used to collect various data during the experimental process. For example, in physical experiments, photoelectric signals, electromagnetic signals, etc. are collected; In biological experiments, physiological signals, cell signals, etc. are collected to provide data support for scientific research.
Automation control system: As the data acquisition link in the automation control system, it converts the analog and digital signals collected by on-site sensors into digital quantities that can be processed by the computer, providing feedback information for the control system and achieving precise control of the controlled object.