NI PXIe-6251 Spare parts in stock

Product name: PXIe-6251 NI

Application scenario: Suitable for high-precision data acquisition and control in research laboratories, automated test equipment, advanced manufacturing, and robotics applications requiring synchronized multi-channel analog and digital I/O.

Core function description:

The NI module mainly implements high-speed, multi-channel data acquisition with precise timing to support efficient communication between measurement systems and control devices such as PXI controllers and real-time embedded systems.

Technical parameters:

– Communication rate range: Up to 1.25 MS/s per channel aggregate throughput

– Interface types and quantities: 32 analog input channels, 4 analog output channels, 48 digital I/O lines

– Power supply and power consumption: 5 V DC from PXI chassis, typical power consumption 7 W

– Installation and compatibility: PXIe module compatible with PXI Express chassis, conforms to PXI Express specification Rev 2.0

– Supported protocol list: Supports NI-DAQmx driver protocols for data acquisition and signal conditioning

Featured functions:

– Programming and configuration capabilities: Configurable via NI Measurement Automation Explorer (NI MAX) and programmable with LabVIEW, C, and .NET interfaces

– Fixed upgrade method: Firmware upgrade through PXI chassis controller interface using NI software tools

– Data communication mode: Supports streaming and buffered acquisition with trigger synchronization and hardware-timed sampling

– Integrated management function: Provides built-in self-test diagnostics and status LEDs for channel and module health monitoring

– Animation design features: Supports synchronized multi-device triggering and timing for advanced test sequencing and visualization

– Time synchronization features: Includes hardware-timed synchronization with PXI trigger bus and supports IEEE 1588 PTP for network time sync

Application advantages: Enhanced data acquisition precision and timing accuracy improve test repeatability and system integration efficiency in demanding industrial and research environments. Visit Manufacturer Website (Link unavailable) for more details. For inquiries, please contact us at Contact Us.

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