See it, Measure it, Prove it The Keysight IntegraVision power analyzer is an intuitive combination of accurate power measurements and touch-driven oscilloscope visualization. Within a single instrument, it delivers the dynamic views you need to see, measure, and prove the performance of your design.

Make All of Your Critical Power Measurements with One Instrument • Achieve power analyzer accuracies and scope-like waveform visualization with reduced setup time • Address multiple test scenarios with the flexibility of wide-ranging, isolated inputs • Visualize transients, in-rush currents, and state changes with a high-speed digitizer that captures voltage, current, and power in real-time • Analyze voltage, current, and power in the time and frequency domains • Explore your design and gain new insights through the 12.1” / 310 mm highresolution display with a touch interface • Save space on...

Goal: Optimize Power In today’s world of ever-increasing focus on energy and power efficiency, engineers are under pressure to find every possible way to reduce power consumption and improve efficiency in their electronic power conversion systems (such as AC/DC power supplies, DC/DC converters, DC/AC inverters, solar inverters, battery management systems, electric vehicle power control systems, satellite power systems, and general aerospace/defense applications) and for devices that draw power from an AC line. To achieve energy-efficient designs, R&D engineers need to make measurements to ensure...

Simultaneous power calculation The Keysight IntegraVision power analyzer simultaneously captures voltage and current on all channels and then provides point-by-point multiplication to give real-time instantaneous power waveform display and power measurement. Specific time-period measurement The Keysight IntegraVision power analyzer supports the capture of voltage, current, and power waveforms over specific periods of time, with measurements made based on cursors placed on the captured waveforms. This is particularly useful for examining transient phenomena and in the design of periodically controlled...

Measuring Power: Power Analyzer or Oscilloscope? Engineers working on electronic power conversion systems need high-accuracy measurements to identify and characterize incremental efficiency improvements in devices such as power inverters or converters, uninterruptible power supplies, battery management systems, vehicle and aircraft power systems, lighting systems/electronic ballasts, and appliances. While some of today’s power analyzers offer adequate measurement accuracy, they are cumbersome to use and lack the ability to characterize power consumption under dynamic conditions. Previously, engineers...

• Simultaneously digitize voltage and current with voltage inputs and current inputs on every channel. • Connect via floating voltage and current inputs that are isolated to 1000 V from each other and from the chassis ground, allowing for ease of connection without the need for differential probes or the danger associated with floating a ground-referenced instrument. • Measure voltage using connections via commonly available shrouded banana plugs. • Directly measure current up to 2 A and up to 50 A using built-in current shunts with fully specified and calibrated performance. • Always have the...

• Simplify configuration and purchase with all measurement functions included, unlike other power analyzers where you must configure your power analyzer from a long and confusing set of options. • Choose from 29 pre-defined cursor measurements on waveforms, including peak-to-peak, rise time, frequency, and area under waveform. • Display up to 10 automatic measurements at a time, along with measurement statistics. • Gate measurements by manually placing the cursors on the waveform or by auto select, where cursors track the waveform. • Measure true rms values of voltage and current, even if your...

• Capture data for off-line analysis and test archival. • Set logging interval from 50ms to 1 day • Set logging duration from 1s to 1 year • Communicate remotely over your choice of USB and LAN interfaces. Both are standard for simplified ordering with nothing extra to buy. • Control remotely over LAN via a standard web browser. The IntegraVision power analyzer contains a web server that provides a webpage containing a graphical front panel representation of the PA2201A/PA2203A front panel. The WebGUI operation is identical to operating the real front panel on the PA2201A/PA2203A. • Operate with...

See real-time voltage, current, and power on all channels simultaneously, with each parameter on its own grid (the default screen layout). Screen layout and functions are the same as a traditional oscilloscope. Figure 5. Main screen Use single-shot measurement mode to analyze power transients. Here the Keysight IntegraVision power analyzer displays an AC line voltage fullcycle dropout on one channel (yellow trace) and the corresponding response of a DC power supply output on the other channel (green trace). Thanks to single-shot measurement and visualization, you can easily see that the 20 V...

Use cursors to make common measurements, shown in the right-side panel. Here, the Keysight IntegraVision power analyzer displays in-rush current (middle current trace) and power (bottom power trace) following an AC line input voltage turn-on (top voltage trace). The cursors show a peak of 6.75 A during the first cycle. Figure 8. Measurement with cursors Perform harmonic analysis on voltage or current. Both the time domain waveform (yellow trace) and the harmonic table are simultaneously displayed. Figure 9. Harmonic measurements with graph Choose from 8 different screen layouts of the voltage,...

In addition to the harmonics table, simultaneously view a bar graph of the harmonic orders to visually identify high-value harmonics. Figure 11. Harmonic measurements with bar graph Quickly check harmonics with IEC 61000-3-2 limits (Classes A, B, C, and D). Figure 12. On-screen keyboard with touch