NI PXI-6115 is a multifunctional data collection module belonging to the PXI series of National Instruments (NI) products. The following is a product introduction about the NI PXI-6115 module:
High performance data collection: The NI PXI-6115 module provides high-performance analog input and output functions. It has a 16 bit resolution analog input channel and a sampling rate of up to 400 kS/s. At the same time, the module also provides 8 analog output channels, which can output analog signals at a rate of 100 kS/s.
Multi channel support: The NI PXI-6115 module has 16 single ended or 8 differential analog input channels, as well as 8 analog output channels. This multi-channel design makes this module suitable for applications that require simultaneous acquisition of multiple signals or output of multiple analog signals.
Flexible input and output modes: The NI PXI-6115 module supports multiple input and output modes. It can collect analog signals in a single ended or differential manner, and different input and output modes can be selected through software configuration to adapt to different application requirements.
Powerful signal processing capability: The NI PXI-6115 module has built-in rich signal processing functions, including filtering, sampling timing, triggering functions, etc. These functions enable users to process and analyze the collected signals in real-time to meet complex application requirements.
Flexible software development environment: The NI PXI-6115 module supports NI’s LabVIEW programming environment, as well as other common programming languages such as C, C++, Python, etc. This way, users can choose a suitable software development environment for application development based on their preferences and familiarity.
PXI standard compatibility: The NI PXI-6115 module adopts the PXI standard slot design and can form a complete testing and measurement system with other PXI modules and instruments. This standardized design makes module installation and configuration more convenient, and provides good system compatibility and scalability.