Keysight DC Power Supplies

This video introduces Keysight Benchtop DC Power Supply portfolio, designed to deliver proven precision, dependable performance, smarter testing workflows, and versatile output capabilities across four performance grades—Essential, Advanced, Expert, and Pro. These power supplies provide ultra‑stable, low‑noise outputs with high‑resolution measurements, ensuring accuracy and reliability across a broad range of test applications.
 

Keysight Benchtop DC Power Supplies are engineered with robust protection features and fast settling times, enabling safe and reliable operation even under high‑load or dynamic test conditions. Integrated automation tools, list mode sequencing, and built‑in waveform generation streamline complex test routines while enabling seamless control and data analysis through Keysight software ecosystems.
 

The portfolio includes four performance grades tailored for different levels of capability.
 

Essential DC power supplies offer three independent outputs, USB/LAN connectivity, and user‑friendly interfaces ideal for education and basic lab environments. Advanced supplies add higher power options up to 400 W, autoranging, elevated protection, and auto‑series/auto‑parallel output capabilities for flexible current/voltage combinations.
 

Expert DC power supplies extend performance with ranges from 80 W to 800 W, supporting LIST mode, arbitrary waveform generation, automotive ISO‑compliant presets, and enhanced data logging for deep insight into DUT behavior. Pro DC power supplies deliver ultra‑low noise outputs, sub‑microvolt and sub‑nanoamp precision, <10 µVrms ripple, 6.5‑digit measurement capability, and four‑quadrant operation—ideal for advanced research, quantum applications, and high‑sensitivity analog component testing.
 

Across all performance grades, Keysight Benchtop DC Power Supplies provide wide output ranges, autoranging capabilities, fast setup, intelligent automation, and reliable performance from prototyping through validation. They offer a flexible, scalable foundation for powering and characterizing modern electronic designs with confidence.