National Instruments (NI) today announced the introduction of the new PXIe-4305 analog input module, model 783868-01, designed to meet the stringent requirements of high voltage measurement. The PXIe-4305 delivers exceptional measurement accuracy and performance with its 24-bit analog-to-digital converter (ADC) and individual low-pass filters for each channel.

The module supports 32 differential analog input channels with a maximum sampling rate of up to 51.2 kS/s/ channel and analog input voltage ranges from -42 V to 42 V, enabling it to handle a variety of high-voltage measurement scenarios. The PXIe-4305 also features anti-aliasing filtering to ensure clarity and accuracy of the measured signal. In addition, each channel of the module is equipped with an analog-to-digital converter, enabling the highest synchronous sampling rate in the input range.

PXIE-4305

The PXIe-4305 module has been designed with the specific needs of users in different applications in mind and offers flexible configuration options, including multiple sampling rates and trigger configurations, enabling users to measure all required sensors simultaneously. In addition, the NI-DAQmx driver included in the module further simplifies hardware configuration and measurement tasks.

Conclusion:
The introduction of the PXIe-4305 analog input module demonstrates NI’s continued innovation and technological leadership in modular instrumentation. This module will provide engineers and researchers with a more accurate and reliable high voltage measurement tool to help them tackle complex engineering challenges.

About National Instruments:
National Instruments is a leading technology provider in the field of test, control, design and embedded systems, providing innovative hardware and software products that help engineers and scientists test, measure and automate in a variety of applications