NI NI USB-6351 X Series

Product name: NI USB-6351 NI

Application scenario: Suitable for laboratory automation, data acquisition in research and development, industrial process monitoring, and embedded control systems in manufacturing environments

Core function description:

The NI module mainly implements high-precision data acquisition and signal generation to support efficient communication between measurement instruments and control systems, enabling synchronized data capture and real-time feedback for automated testing and control applications

Technical parameters:

– Communication rate range: USB 2.0 High-Speed (480 Mbps)

– Interface types and quantities: 1x USB 2.0 Type-B port, 32 AI (Analog Input) channels, 4 AO (Analog Output) channels, 48 DIO (Digital Input/Output) lines

– Power supply and power consumption: Powered via USB bus, typical power consumption 2.5 W

– Installation and compatibility: Compact desktop form factor, compatible with Windows and Linux operating systems, supports NI-DAQmx driver software

– Supported protocol list: USB communication protocol, NI-DAQmx API for data acquisition and control

Featured functions:

– Programming and configuration capabilities: Configurable via NI LabVIEW, NI Measurement Automation Explorer (MAX), and support for Python, C, and .NET programming environments

– Fixed upgrade method: Firmware upgrade via NI Device Firmware Update utility over USB interface

– Data communication mode: Buffered and continuous streaming data acquisition mode, hardware-timed sampling for precise measurements

– Integrated management function: Diagnostic LEDs for power and status, built-in self-test functions accessible through software

– Animation design features: Supports waveform visualization and real-time data plotting through LabVIEW graphical interface

– Time synchronization features: Supports hardware-timed synchronization and trigger sharing across multiple NI devices for precise timing alignment

Application advantages:

High channel count combined with precise timing and versatile I/O capabilities provide enhanced data acquisition performance and flexibility for complex industrial automation and test environments

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The above parameters are for reference only. Please contact our technical team for precise selection.