NI PCI-6033E Analog Input Module

Brand:NI
Model: PCI-6033E
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

NI PCI-6033E Analog Input Module

Product manual:

NI PCI-6033E is a high-precision
Multi channel data acquisition card (DAQ card), connected to a computer through a PCI interface, is mainly used for analog signal acquisition and analysis.
It is widely used in scientific research, testing and measurement, and industrial data acquisition systems.

2、 Main functions
High precision analog input: Provides up to 16 bit resolution, suitable for precision measurement applications.

Multi channel acquisition capability: With multiple differential or pseudo differential input channels, it can perform multi-point synchronous acquisition.

High throughput: Supports a sampling rate of up to 200 kS/s (thousand samples per second).

3、 Technical parameters
Detailed information on parameter categories
16 single ended inputs or 8 differential inputs for analog input channels
Resolution 16 bit ADC
Input range: ± 0.5V, ± 1V, ± 2V, ± 5V, ± 10V (programmable)
Sampling rate (maximum) 200 kS/s (single channel)
Input impedance>10 G Ω parallel 100 pF
Analog triggering supports both analog and digital triggering
Bus interface PCI (32-bit, 5V)
DIO channel 8-bit universal digital input/output
Timer/Counter 2 24 bit timers/counters
Calibration Method: Internal Automatic Calibration Function
Operating system compatibility with Windows, supporting NI-DAQ drivers
Drivers and software support NI DAQmx, LabVIEW, C/C++, MATLAB, etc

4、 Application scenarios
Laboratory high-precision signal measurement

Industrial process monitoring and control

Instrument calibration system

Multi channel analog sensor data acquisition

Analog signal analysis, spectrum measurement

5、 Usage suggestions
Use shielded cables to reduce interference from analog input signals and ensure high-precision sampling.

Cooperate with the NI-DAQ driver to configure software and ensure that channels, sampling rates, and trigger conditions are set correctly.

Suggest pairing with NI junction boxes such as SCB-68 or BNC-2090 to improve wiring and signal management efficiency.

Regularly perform module calibration to ensure measurement accuracy and system stability.