NI PXI-2523
The NI PXI-2523 is a PXI switching module from National Instruments designed to offer high-density and flexible switching solutions.
NI PXI-2522
The NI PXI-2522 is a versatile PXI switching module designed for high-density and flexible switching applications.
NI PXI-2521
The NI PXI-2521 is a high-density switch module designed for PXI systems by National Instruments. It is used for a variety of switching applications where flexibility and high-channel density are crucial.
NI PXI-2520
NI PCIe-8398
The NI PCIe-8398 is a PCI Express interface card from National Instruments designed to facilitate communication between a PC and PXI/PXIe systems.
NI PCIe-8362
NI MP01
NI 9505
The NI 9505 is a motor drive module designed for the CompactRIO platform by National Instruments. It is primarily used to control brushed DC motors in various automation and robotics applications.
NI SCXI-1160
The NI SCXI-1160 is a 16-channel, general-purpose relay switch module used within the SCXI (Signal Conditioning eXtensions for Instrumentation) system. This module is designed to switch up to 16 different signals, with each relay capable of handling 30 W power and 2 A current, making it ideal for applications requiring high-density signal routing.
NI SCXI-1104C
The NI SCXI-1104C is a high-performance voltage input module designed by National Instruments (NI) for use in data acquisition systems. It is part of the SCXI (Signal Conditioning eXtensions for Instrumentation) series and is typically employed in applications requiring precise analog signal acquisition and conditioning.
NI SCXI-1100
The NI SCXI-1100 is a 32-channel analog input module designed for signal conditioning in millivolt, volt, and current inputs. It features a programmable gain instrumentation amplifier (PGIA) and a jumper-selectable 4 Hz lowpass filter. The channels are multiplexed into a single channel for data acquisition, making it an economical solution for multi-channel data acquisition systems. It is commonly used in industrial and laboratory environments for tasks requiring accurate and low-noise signal processing.