The N7900 Series power supplies with VersaPower architecture offer industry-leading features and specifications for fast operation, advanced measurements, and integrated features to reduce development time and support costs. These 1- and 2-kW models, expandable to 10 kW, were designed for applications where high-speed dynamic sourcing and measurement is needed.

The Agilent 14585A software enhances the user experience of the APS N7900 Series, giving R&D engineers access to the power supplies' advanced functionality without having to write a single line of code. The engineers can now perform complex tasks, such as waveform creation or long-term data logging, in a matter of minutes, with just a few clicks.

"We are excited to meet the needs of our customers who require high power in R&D," said Kari Fauber, general manager of Agilent's Power and Energy Division. "Now that the 14585A software supports our Advance Power System N7900 Series, R&D engineers working on high-power devices no longer need to spend time being programmers."

Features:

－ Provides easy access to the advanced features of the supported instruments

－ Control any combination of four N6705A/B mainframes and/or Advanced Power System (APS) N7900 Series dynamic DC power supplies

－ Control any of the over 30 N6700 DC power modules when installed in the N6705 DC Power Analyzer

－ Control and analyze data from up to four N6705 mainframes at once; that’s up to 16 power supplies simultaneously

－ Four modes of operation: scope (short-term waveform capture), data logger (long-term waveform capture), CCDF (statistical analysis), and ARB (waveform creation)

－ Enhanced control and analysis of data – use familiar PC controls and large display

－ Graphical user software - no programming required

－ Accurately capture current drain measurements from seconds to days at up to 200,000 measurements per second (in scope mode) directly to a PC

－ Advanced marker readout (Min, Avg, Max, RMS, Peak-to-Peak, Charge/Energy)

－ Easily create complex waveforms to stimulate or load down a DUT by inputting a formula, choosing from built-in, or importing waveform data

－ Capture a waveform, then “play” it back - use scope or data logger to capture, then use the power supply’s source/sink function to reproduce it

－ Data log measurements directly to the PC

－ Perform statistical analysis of power consumption

－ Export data to a Microsoft Excel spreadsheet or text file

－ Name and choose colors for waveform traces for easy identification