NI PXI-6713 is an analog output module that can generate high-precision analog signals in industrial control systems. The following is the main product introduction of this module:
Multi channel analog output: The PXI-6713 module provides multiple independent analog output channels, typically including 8 or more channels. Each channel can independently generate analog signals, making the module suitable for multi-channel control and data generation applications.
High precision analog output: This module has high-precision analog output capability, which can generate stable and accurate analog signals. It has low noise, high resolution, and precise clock control, which can meet applications with high accuracy requirements.
Wide output range and high-speed output: The PXI-6713 module supports a wide range of analog output signals, typically from ± 10V to ± 20mA. In addition, it has high-speed output capability and can generate analog signals at a fast rate, suitable for applications that require high-speed response and control.
Flexible triggering and synchronization functions: This module supports multiple triggering modes and synchronization functions, and can be triggered externally, software, or internally as needed. This enables the module to synchronize with other devices, achieving highly accurate time correlation and data synchronization.
Multiple output modes: The PXI-6713 module supports multiple output modes, including continuous mode, finite mode, and single point mode. Users can choose suitable output modes based on application requirements to meet different control and generation requirements.
Software support: This module is equipped with powerful software support, including NI-DAQmx driver and LabVIEW programming environment. These tools and interfaces enable users to easily configure, control, and analyze data, improving the efficiency of development and debugging.
In summary, the NI PXI-6713 analog output module has the ability to provide multi-channel, high-precision, and high-speed output, making it suitable for applications such as industrial automation, laboratory testing, and control systems. It can generate stable and accurate analog signals, and has flexible triggering and synchronization functions, while supporting multiple output modes.