PXI-4462 NI PXI Sound and Vibration Module

Product Description:

PXI-4462 is a sound and vibration data acquisition module produced by National Instruments.This module is based on the PXI bus standard and is suitable for various sound and vibration measurement,analysis,and control applications.

Product parameters:

Model:PXI-44621

Brand:National Instruments(NI)

Bus type:PXI bus

Sampling rate:Supports high sampling rates to ensure accurate signal restoration and spectrum analysis

Resolution:Provides high-resolution data acquisition to capture and analyze subtle signal features

Channel count:Supports multiple input and output channels for sound and vibration,allowing for simultaneous measurement of multiple points

Series:

PXI-4462 belongs to the PXI series modules of National Instruments,which are based on the PXI bus standard and have high integration and scalability.

Features:

High performance:Using high-performance sensors and signal processing technology,it can achieve high-precision and high-resolution sound and vibration measurement.

Flexibility:Supports multiple input sources,including microphones,sensors,vibrators,etc.,to meet the needs of different applications.

Real time signal analysis:It can perform signal analysis under real-time or near real-time conditions,suitable for real-time monitoring and experimentation.

Software support:NI typically provides accompanying software tools and drivers to assist users in configuring,collecting,and analyzing signal data.

Function and purpose:

The main function of PXI-4462 is to collect,analyze,and process sound and vibration signals.It can be used in various application scenarios,such as audio testing,vibration analysis,noise control,sound and vibration synthesis,automotive testing,aerospace fields,structural health monitoring,education and training,etc.

Application field:

Audio testing:used to measure and analyze sound signals,such as audio system testing,acoustic research,and audio equipment performance evaluation.

Vibration analysis:used to monitor and analyze the vibration of structures,mechanical systems,or other equipment,and can be used for vibration fault diagnosis and health monitoring.

Noise control:In industrial environments,used for noise control applications,control measures are taken by monitoring and analyzing noise signals.

Automotive Engineering:Used in automotive engineering to monitor and analyze the sound and vibration of vehicles,in order to evaluate their performance and ride comfort.

Aerospace:In aerospace engineering,it can be used to test the vibration characteristics of aircraft structures and the acoustic performance of engines.