Product Details

Product Introduction

NI PXI-4072 is a 6-1/2 bit digital module from National Instruments (NI) used for the PXI (PCI eXtensions for Instrumentation) bus architecture. This module provides high-resolution and high-precision digital measurement functions, suitable for various testing and measurement applications. The following is the product introduction of this module:

High resolution measurement: The PXI-4072 module has a high-resolution measurement capability of 6-1/2 bits, enabling accurate digital measurement. It provides more detailed measurement accuracy and is suitable for applications that accurately measure signal details and small changes.

High precision and stability: This module has high precision and stable measurement performance, which can achieve reliable and accurate data measurement. It uses high-quality ADC (analog-to-digital converter) and measurement circuits to provide stable measurement results.

Multiple measurement modes: The PXI-4072 module supports multiple measurement modes, including voltage measurement, current measurement, resistance measurement, etc. It can meet the measurement needs of different types of signals and provide flexible measurement configuration options.

Multi channel measurement: This module has multiple measurement channels and can simultaneously measure multiple signal channels. Each channel has independent measurement circuits and configuration parameters, allowing for independent measurement operations.

Wide range and automatic gain: The PXI-4072 module has a wide input range and can adapt to measurement of different signal amplitudes. It also supports automatic gain function, which can be dynamically adjusted based on the amplitude of the input signal to ensure optimal measurement accuracy.

High speed sampling rate: This module has a high sampling rate and can achieve fast data collection. It supports high-speed data conversion and output, and is suitable for real-time monitoring and analysis of rapidly changing signals.

Product image display