Category: Industry trends

NI PXI-6723 is a digital input card module belonging to the PXI series of National Instruments (NI). This module is widely used in the following fields:
Automation control: The NI PXI-6723 module can be used for discrete input signal acquisition and monitoring in automation systems. It can receive and detect digital signals from switches, sensors, buttons, and other discrete devices, and transmit them to the control system for real-time monitoring and feedback control.
Data acquisition and testing: This module is suitable for data acquisition and testing systems, used to collect and record discrete input signals. It can capture and record changes in digital signals for applications such as fault diagnosis, status monitoring, and event triggering.
Machine vision: In machine vision systems, the NI PXI-6723 module can be used to receive and process external trigger signals. It can receive trigger signals from cameras or other external devices for controlling key tasks such as image acquisition, image processing, and image triggering.
Laboratory research: This module has also been widely used in laboratory research. It can be used to record discrete events and state changes in experiments, to assist researchers in data analysis, trend monitoring, and validation of experimental results.
Industrial monitoring: The NI PXI-6723 module can be used for status monitoring and alarm in industrial monitoring systems. It can receive digital signals from production equipment, sensors, and switches, monitor equipment status in real-time, and trigger alarms or control operations when needed.

NI PXI-6229 is a multifunctional data acquisition card widely used in the following fields:
Testing and Measurement: NI PXI-6229 can be used for various testing and measurement applications, including sensor signal acquisition, temperature measurement, pressure measurement, vibration analysis, etc. It can collect and analyze analog signals in real-time and provide high-precision measurement results.
Automation control: This module is suitable for automation control systems and can be used to monitor and control industrial processes, production lines, and equipment. It can read and generate analog and digital signals, achieving real-time control and feedback.
Laboratory research: NI PXI-6229 has a wide range of applications in scientific research and laboratory applications. It can be used for tasks such as data acquisition, signal analysis, real-time control, and supports the connection of various experimental equipment and sensors.
Vibration analysis: This module can be used for vibration analysis and fault diagnosis. It can collect and analyze vibration signals, helping engineers and technicians identify and solve problems in mechanical systems.
Data recording and monitoring: NI PXI-6229 can be used for data recording and monitoring applications, such as environmental monitoring, Structural health monitoring, etc. It can collect various analog and digital signals, record and analyze data, and achieve real-time monitoring and alarm functions.
Education and academic research: This module is also widely used in the fields of education and academic research. It can be used for laboratory teaching, academic research projects, and student practice activities, providing real-time data collection and analysis functions.

NI PXI-6225 is a multifunctional data acquisition module with the following main functions:
High precision data acquisition: The NI PXI-6225 adopts a high-precision analog-to-digital converter (ADC), which can achieve high-resolution analog signal acquisition. It supports different sampling rate and resolution options to meet various application requirements.
Multi channel input: This module provides multiple analog input channels and can simultaneously collect multiple analog signals. Each channel has independent configuration and control capabilities, allowing for single ended or differential input.
Multiple input ranges: The NI PXI-6225 supports multiple input range options and can adapt to analog signals of different amplitudes. Users can choose an appropriate input range based on specific application requirements.
Digital Input/Output: In addition to analog inputs, this module also provides digital input/output (DIO) functionality. It has multiple digital input and output channels, which can read and generate digital signals for communication and control with digital devices.
High speed sampling and output: The NI PXI-6225 supports high-speed data acquisition and output, enabling data reading and writing at high sampling rates. This makes it suitable for applications that require real-time response and high-speed data processing.
Flexible triggering and synchronization: This module has flexible triggering and synchronization functions, which can control data collection and output through external triggering signals or software triggering. At the same time, it also supports synchronization operations with other devices.
Software support and programming interfaces: NI PXI-6225 is equipped with rich software support and programming interfaces, including LabVIEW, C/C++, Python, and more. This allows users to easily configure, control, and analyze data.

NI PXI-6255 is a high-performance analog input acquisition card with the following product details:
Sampling rate and resolution: NI PXI-6255 supports high sampling rate and high-resolution analog inputs. Its sampling rate can reach 1.25 MS/s (single channel) or 12.5 MS/s (single channel, using multi-channel mode). The resolution is 16 bits, providing high-precision analog signal acquisition.
Number of channels and input range: This acquisition card provides 32 single ended or 16 differential input channels, which can adapt to different application needs. Each channel has independent configuration capabilities. It supports multiple input range options to adapt to analog signals of different amplitudes.
Input coupling and gain: The NI PXI-6255 supports multiple input coupling and gain options to meet different signal types and application requirements. Users can choose appropriate coupling methods and gain settings based on specific circumstances.
Trigger and synchronization function: The acquisition card has flexible trigger and synchronization functions, which can control data collection through software trigger, digital input trigger, or external trigger signals. At the same time, it also supports synchronization operations with other devices.
Hardware Timer and Counter: NI PXI-6255 has hardware timer and counter functions, which can be used for real-time measurement, frequency counting, pulse generation, and other applications. These functions enhance the flexibility and functionality of the acquisition card.
Software support and programming interfaces: The acquisition card is equipped with rich software support and programming interfaces, including LabVIEW, C/C++, Python, and more. This allows users to easily configure, control, and analyze data.

NI PXI-6280 is a multifunctional data acquisition card module with the following product features:
High performance acquisition: This module has high-speed and high-precision analog input capabilities. It supports 16 bit resolution analog input and provides a sampling rate of 100 kS/s to 1 MS/s per channel to meet high demand data acquisition applications.
Multi channel configuration: The NI PXI-6280 supports multi channel configuration and can simultaneously collect multiple analog input signals. It provides 8 single ended or 4 differential input channels, each with independent configuration and control capabilities.
Input Range and Gain: This module provides multiple input range options to adapt to analog signals of different amplitudes. In addition, it also supports software adjustable gain settings, which can amplify or reduce the amplitude of the input signal.
Trigger and synchronization function: NI PXI-6280 has flexible trigger and synchronization functions, which can control data collection through software trigger, digital input trigger, or external trigger signals. At the same time, it also supports synchronization operations with other devices.
Hardware Timer and Counter: This module has built-in hardware timers and counters, which can be used for real-time measurement, frequency counting, pulse generation, and other applications. These features enhance the flexibility and functionality of the module.
Software support and programming interfaces: The NI PXI-6280 is equipped with rich software support and programming interfaces, including LabVIEW, C/C++, Python, and more. This allows users to easily configure, control, and analyze data.

NI PXI-4495 is a high-performance analog output module suitable for various measurement and control applications. This module provides four independent analog output channels, each with 16 bit resolution and high accuracy.
Main features and functions:
High precision and stability: The NI PXI-4495 module has high-precision analog output capability and can provide accurate output signals. Its stability and accuracy make it very suitable for precision measurement and control tasks.
Multi channel configuration: This module provides 4 independent analog output channels, which can generate multiple analog signals simultaneously. Each channel has independent configuration and control capabilities, which can meet complex application requirements.
High speed update rate: NI PXI-4495 supports fast output update rate, enabling real-time response and precise control. This is very important for applications that require frequent updates.
Software Programmability: This module is equipped with rich software support and programming interfaces, including LabVIEW, C/C++, Python, and more. This allows users to easily configure, control, and analyze data.
Supporting software: The NI PXI-4495 module can be used in conjunction with NI-DAQmx driver software and LabVIEW development tools, providing powerful functionality and an easy-to-use development environment.
The NI PXI-4495 module is suitable for various application fields, including laboratory measurement, automation testing, process control, sound and vibration analysis, etc. This module can provide reliable and accurate analog output functions for data collection and control in scientific research, engineering development, and production processes.