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DC Power Analyzer

Gain insights in minutes with Keysight's DC Power Analyzer. No programming required for DC bias testing in R&D.

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Gain insights in minutes — with no programming required — for DC bias testing in R&D

The N6705C DC Power Analyzer provides unrivaled productivity gains when sourcing and measuring DC voltage and current into a DUT. The Keysight N6705C DC Power Analyzer is a highly integrated instrument that combines up to four advanced DC power supplies, DMM, oscilloscope, arbitrary waveform generator and datalogger. It provides an easy-to-use interface, with all sourcing and measuring functions available from the front panel.

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N6705C

N6705C DC Power Analyzer

Starting from

The N6705C DC Power Analyzer provides unrivaled productivity gains for sourcing and measuring DC voltage and current into the DUT.

N6715C

N6715C Base Model Custom-Configured DC Power Analyzer, 600 W

Starting from

The N6715C is a build-to-order system that is shipped as a fully tested and assembled DC Power Analyzer, consists of one N6705C mainframe.

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DC Power Modules for the DC Power Analyzer

DC power modules vary in power, performance, and cost

Basic Performance Modules, N6700 Power System

50 to 300 W

Programmable voltage and current, measure voltage and current, device protection, and an economical price.

High-Performance, Autoranging Power Modules, N6700 Power System

50 to 500 W

Autoranging flexibility allows a module to test a broad range of devices. High accuracy and faster outputs reduce test times.

Precision, Autoranging Power Modules, N6700 Power System

50 to 500 W

Autoranging flexibility allows a module to test a broad range of devices. Highest accuracy and simultaneous voltage and current sampling.

Source/Measure Units (SMUs) Modules, N6700 Power System

20 to 80 W

Characterize dynamic current and decrease test times associated with mobile devices.

DC Electronic Load Modules, N6700 Power System

100 and 200 W

Add a DC electronic load and test power converters, energy storage, and power supplies in the compact N6700 Series.

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Calibration Services

Calibrate your test equipment – Keysight and other brands – every 6, 12, 24, or 36 months for peak performance

Tech Refresh Services

Extend, upgrade, or migrate to newer test equipment that meets your timeline and budget

Featured Resources for the DC Power Analyzer

Quick Start Guides 2014.11.30

N6705A Quick Start Tutorial

Keysight N6705A DC Power Analyzer Quick Start Tutorial helps you with installing the power modules and preparing the instrument for use, as well as N6705A navigational tips.

2014.11.30

White Papers 2022.01.27

4 Ways to Enhance IoT Battery Performance Using Emulation Software

Learn how you can utilize battery emulation software to accurately predict and extend battery life through battery profiling, battery emulation, current drain analysis, and battery cycle testing.

2022.01.27

Application Notes 2017.11.30

Synchronizing the Power Outputs in Bias Applications

Learn how to use the voltage output synchronization capabilities of Keysight’s modular power supplies in R&D multiple bias applications.

2017.11.30

Application Notes 2014.07.30

Powering DC-DC Converters with N6705A DC Power Analyzer

Learn how the N6705A DC Power Analyzer is useful for testing DC-to-DC converters, and allows R&D engineers to program the instrument without writing code.

2014.07.30

User Manuals 2019.02.01

N6705C DC Power Analyzer – User Manual

This manual discusses user information about the N6705 DC Power Analyzer. It does not include programming or service information.

2019.02.01

Service Manuals 2014.12.31

N6705 DC Power Analyzer - Service Manual

This manual discusses the verification and calibration procedures for the N6705 DC Power Analyzer mainframe.

2014.12.31

White Papers 2021.09.27

Measuring IoT Battery Life with Test Software and Hardware

Battery life contributes to the cost and reliability of IoT-based infrastructure, including 5G, IoT connected factories, IoT security, smart farming, and connected healthcare systems, and more. Battery life can also be a key purchasing factor for consumer electronic IoT devices. Because of these factors, designers must understand power consumption patterns and whether devices meet battery life requirements. In this white paper, learn how to overcome this challenge by gaining critical insights into battery run-down to predict battery life accurately.

2021.09.27

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