Source and Measure Faster
You can power your device under test with up to 300 W of DC power, all while taking current and voltage measurements up to 1.8 MS/s to capture the dynamic signal performance. Additionally, high-speed data converters can offer update rates up to 100 kS/s for creating dynamic sequences.
Increase Measurement Accuracy
You can use multiple measurement ranges in certain PXI power supplies for both voltage and current to enhance measurement accuracy and reduce quantization noise. With this feature, you can achieve higher accuracy for both large and small signals, surpassing what you could do with one range.
Change Voltage Levels Faster
You can choose power supplies that come with a down-programmer circuit, offering you a time-saving feature within the hardware architecture. These instruments respond to a decrease in the voltage level faster, often within the range of hundreds of milliseconds—or even quicker.
Tune the Transient Response
You can use SourceAdapt technology to optimize system stability and minimize transient response times for a given load with your PXI Programmable Power Supply. With SourceAdapt, you can test faster without potentially damaging your device.
Use Remote Sense
You can use high-impedance sense lines to measure your DUT’s voltage and compensate for voltage drop between your DUT and the electronic load. Furthermore, you can programmatically isolate the instrument from your DUT using the built-in output disconnect feature.
An engineer shows how to use interactive InstrumentStudio software to take voltage and current measurements.
Control Interactively
You receive programmable PXI power supplies with NI InstrumentStudio™ software, providing interactive soft front panels for your convenience. The same panel also works with PXI Electronic Load Modules and SMUs. You can simultaneously monitor and debug the instrument while running your code.
Recommendations for First-Time Users
PXI Programmable Power Supply Bundle
The PXI Programmable Power Supply Bundle is a preconfigured set of one of NI’s most popular, high-quality PXI power supplies and a Thunderbolt™-controlled chassis so that you can get started with ease.
Featured Content
Power Supply Fundamentals: Modes of Operation, Remote Sense, Ripple, and Noise
Using a programmable power supply effectively means understanding basics like operation modes, remote sense, ripple, noise, isolation, rise time, settling time, and transient response.
Power Supply Fundamentals: Line and Load Regulation and Cascading Considerations
Load considerations, line and load regulation, combining outputs, and switching power supply outputs are important concepts for maximizing a programmable power supply.
Consider Using a System SMU For Your Test System
The combination of power, precision, and speed, along with excellent density makes an NI system SMU a must-have for your next test system.
Webinar
High-Power Performance with NI’s New 300 W Power Supply and E-Load
Learn about the electrical performance, software experience, and time-saving features of the newest PXI Programmable Power Supply and the industry’s first PXI e-load. See a demonstration as we test various parameters of a power-management IC (PMIC).
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