NI PXI-5124 is a high-performance data collection module from National Instruments (NI), suitable for the PXI platform. The following is general information about the NI PXI-5124 high-performance data acquisition module:
High performance data collection: The NI PXI-5124 module provides high-performance data collection functions, which can be used for real-time data collection and signal analysis applications. It has the characteristics of high-speed sampling rate and high resolution, which can capture rapidly changing signals and provide accurate measurement results.
PXI interface: This module adopts the PXI interface standard and is compatible with the PXI platform. PXI is a modular measurement and control system architecture with the advantages of high bandwidth, low latency, and scalability.
High speed sampling rate and resolution: The NI PXI-5124 module is equipped with a high-speed sampling rate and high-resolution analog-to-digital converter, which can achieve accurate and high-quality data collection. It can capture high-frequency signals and provide detailed signal measurement.
Multi channel data collection: This module supports multi-channel data collection and can simultaneously collect data from multiple channels. Each channel has independent sampling and measurement functions, which can meet the needs of multi-channel data collection.
Multiple input modes: The NI PXI-5124 module supports multiple input modes, including differential input, single ended input, and pseudo differential input. This makes it suitable for different types of signal sources, such as analog sensors, signal generators, etc.
Software support: This module is equipped with corresponding software support, including NI-DAQmx driver and LabVIEW programming environment. These software tools provide rich functionality and development resources, making it easy for users to configure, control, and process data.
Application field: The NI PXI-5124 high-performance data acquisition module is widely used in testing and measurement fields, including signal analysis, vibration analysis, sound analysis, power analysis, etc. It is suitable for application scenarios that require high-speed and high-precision data collection to obtain accurate and high-quality measurement data.