PXIE-6363 National Instruments Input module

Description

PXIE-6363 National Instruments Input module

Product Dimensions：

Product Description

The PXIe-6363 is part of the X Series family, which features high-throughput PXI Express bus technology and the advanced NI-STC3 timing and synchronization technology. It is designed to handle demanding applications ranging from basic signal logging to complex control loops and automated test.

Product Parameters

The PXIe-6363 is defined by its high channel count and fast sampling rates across all I/O types.

Product Advantages

• NI-STC3 Technology: Provides advanced timing and triggering, including independent timing engines for analog and digital I/O, allowing them to run at different rates simultaneously.

• High Throughput: The PXI Express interface provides dedicated bandwidth per slot, ensuring that high-speed data streaming does not bottleneck the system.

• Multichannel Versatility: With 32 AI, 4 AO, and 48 DIO lines, a single module can often replace multiple specialized cards, saving chassis space and cost.

• Retriggerable AI/AO: Supports retriggerable tasks, which is essential for capturing transient events or syncing with external encoders and sensors.

• Software-Defined Flexibility: Fully compatible with NI-DAQmx, allowing for rapid development in LabVIEW, Python, C#, and MATLAB.

Key Considerations (Precautions)

• Signal Crosstalk: With high-speed sampling (2 MS/s) and a high-density 68-pin connector, ensure you use shielded twisted-pair cabling (e.g., SHC68-68-EPM) to minimize noise and crosstalk between channels.

• VHDCI Pinout: Note that the 48 digital lines are split across the two VHDCI connectors. You must refer to the pinout diagram carefully when wiring, as some lines are shared with counter functions.

• Settling Time: When scanning multiple channels at high gains (e.g., $\pm 0.1$ V), allow for sufficient settling time to ensure accuracy, as high-speed switching between channels can introduce “ghosting” artifacts.

• Grounding: To avoid ground loops, ensure you understand the difference between RSE (Referenced Single-Ended) and DIFF (Differential) configurations based on your sensor types.

Product Applications

1. High-Speed Research & Physics: Capturing fast transient signals in laser experiments or plasma research.

2. Automated Functional Test: Simultaneously measuring voltages (AI), generating control signals (AO), and communicating with a DUT (DIO) on a production line.

3. Acoustics and Vibration: Monitoring multiple accelerometers or microphones for structural health testing.

4. Control Systems: Implementing PID control loops for mechanical actuators, leveraging the low latency of the PXI Express bus.

Shipping Port: Xiamen, China

Payment: Bank of Chicago, Bank of Singapore

Express cooperation: fedex, DHL, UPS and your express account

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