Description
The NI PXI-6052E is a high-performance multifunction data acquisition (DAQ) device designed for precision and reliability in various industrial and research applications. Here are the key parameters, specifications, dimensions, weight, series, features, and functions of the NI PXI-6052E in English:
Parameters and Specifications:
Channels:
16 analog inputs (configurable as 8 differential or 16 single-ended inputs).
2 analog outputs.
24 digital I/O lines.
2 counters/timers.
Resolution: 16 bits.
Maximum Sampling Rate: 1.25 MS/s per channel (single-ended) or 333 kS/s per channel (differential).
Input Voltage Range: ±10V.
Output Voltage Range: ±10V.
Input Impedance: 1 Mohm / 25 pf.
Output Impedance: 50 Ohms.
Digital I/O Voltage Levels: TTL/CMOS.
Dimensions and Weight:
The exact dimensions and weight of the NI PXI-6052E may vary depending on the manufacturer and any included accessories. It is recommended to refer to the official product documentation or contact the manufacturer for accurate measurements.
Series:
The NI PXI-6052E belongs to the National Instruments’ PXI series of modular instrumentation devices.
Features:
High Performance: The module provides high-speed data acquisition with excellent precision and accuracy.
Flexibility: With its multiple input and output channels, it can be configured to meet various application requirements.
Compatibility: Compatible with various software development environments (ADE) such as LabVIEW, Measurement Studio, and popular programming languages like C, C++, and Python.
Synchronization and Timing: Supports analog and digital triggering for precise synchronization and timing control.
Ease of Use: Comes with NI-DAQmx driver software for configuration and programming, ensuring seamless integration with various NI DAQ devices.
Role and Function:
The NI PXI-6052E serves as a key component in data acquisition systems, enabling the capture, analysis, and storage of analog and digital signals from various sensors and devices. It finds applications in industries such as aerospace, automotive, semiconductor testing, and research laboratories where precise and reliable data acquisition is crucial.
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