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14585A Control and Analysis Software for Advanced Power Supplies

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14585A Control and Analysis Software for Advanced Power Supplies

N6705C DC power analyzer mainframe

  •  All N6700 Series DC power modules

Advanced Power System N7900 Series dynamic DC power supplies

  • N7950A-N7977A with or without N7909A power dissipater unit(s)

RP7900 Series Regenerative Power System

  • RP7931A 
  • RP7963A

Easily Access Your Power Supply’s Advanced Sourcing and Measurement Features

The Keysight Technologies, Inc. 14585A control and analysis software for advanced power supplies was designed to give you fast and easy access to the advanced sourcing and measurement functionality of your N6705 DC power analyzer, RP7900 Series Regenerative Power System, and/or Advanced Power System (APS) N7900 Series power supplies without any programming. It is a flexible R&D tool for any application. It can control any of the N6700 family’s more than 30 DC power modules when installed in a N6705 mainframe, any of the RP7900 Series’ 16 models, as well as any of the APS N7900 Series’ 12 models. When used to control an N6781A SMU, it can be used for advanced battery drain analysis applications.

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N6705C DC Power Analyzer

  •  Complements the N6705 DC power analyzer’s front panel controls
  •  Controls and analyzes data from up to four N6705 DC power analyzer mainframes and any installed modules at once – that’s up to 16 power supplies simultaneously.
  •  Controls any of the more than 30 N6700 DC power modules when installed in the N6705 DC power analyzer
  • Advanced Power System N7900 Series RP7900 Series Regenerative Power System
  •  Provides easy access to the advanced features of the N7900 or RP7900 without any programming
  •  Controls and analyzes data from up to four N7900 Advanced Power System or RP7900 Series Regenerative Power System models
  •  Control any combination of four N6705, N7900 or RP7900 models
  •  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 a DUT by inputting a formula, choosing from built-in waveforms or importing waveform data
  •  Data log measurements directly to a PC
  •  Export data to a Microsoft Excel spreadsheet or text file
  •  Capture a waveform, then “play” it back – use scope or data logger to capture a waveform, then use the power supply’s source/sink function to reproduce it
  •  Apply mathematic functions to waveforms
  •  Name and choose colors for waveform traces for easy identification
  •  Perform statistical analysis (CCDF) of power consumption

Control

Access all the features of the power supply you are connected to via a virtual front panel of the instrument or the scope, data logger, CCDF, or ARB features of the software.

Measurements: Scope and data logger modes

Setup short-term measurements using scope mode or long-term measurements using data logger mode to gain insights into your device’s power consumption quickly and easily. If you know how to use an oscilloscope, you’ll find the software easy and intuitive to use.

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