Description
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The product features a variety of Part Numbers including 783730-01, 779013-01, 779372-01, and 189880-51, catering to a wide range of applications and requirements.
It is designed to operate within an Input Range of ±10 V, providing flexibility in monitoring and measurement tasks.
The device is equipped with 8 single-ended analog input channels, enhancing its capability to handle multiple signals simultaneously.
With a Resolution of 12-Bit, it ensures precise data acquisition, capturing even the slightest changes in input.
The Maximum Sampling Rate of 500 kS/s allows for fast data collection, making it suitable for high-speed applications.
It offers Overvoltage Protection of up to 100 V, safeguarding the device against unexpected voltage spikes.
The ADC Type used is the Successive approximation register (SAR), known for its accuracy and reliability in conversion.
The device exhibits a Gain Error of ±0.04% and an Offset Error of ±0.07%, ensuring high fidelity in measurements.
Temperature effects are minimized with a Gain Drift of ±34 ppm/°C and an Offset Drift of ±100 µV/°C, maintaining accuracy over a wide range of conditions.
It is energy efficient with a Power Consumption of 1 W in active mode and 1 mW in sleep mode, catering to sustainable operation.
The Terminal Type options include Screw, Spring, and DSUB, providing versatility in connection methods.
Classified under Measurement Category II, it is suitable for a variety of industrial and commercial applications.
It is capable of withstanding Voltage Testing of 2,300 Vrms (surge), demonstrating robustness in demanding environments.
The product’s reliability is underscored by its MTBF (Mean Time Between Failures)
Answer 1: ±10 V
Question 2: How many analog input channels does the NI-9201 have?
Answer 2: 8 channels
Question 3: What is the resolution of the NI-9201?
Answer 3: 12-Bit
Question 4: What is the max sampling rate of the NI-9201?
Answer 4: 500 kS/s
Question 5: What type of ADC does the NI-9201 use?
Answer 5: SAR
