RENT KEYSIGHT / AGILENT PA2201A 1-Phase Power Analyzer (Call for Availability)
The Keysight PA2201A IntegraVision power analyzer is your go-to solution for precise power measurement and visualization. This highly intuitive instrument combines exceptional accuracy with a touch-driven oscilloscope interface, making it significantly beneficial for R&D engineers. Whether you're measuring AC or DC power consumption, investigating power conversion efficiency, or assessing operational responses to various stimuli, this analyzer delivers with a remarkable 0.05% basic accuracy and 16-bit resolution.
Designed for dynamic testing environments, the PA2201A characterizes power consumption with an incredible digitizing speed of 5 million samples per second and a bandwidth of 2.5 MHz. This ensures that you can capture and analyze complex behaviors and transient responses effectively.
With IntegraVision's advanced single-shot measurement capability, the PA2201A allows simultaneous capture of voltage and current, facilitating real-time visualization of critical one-time events. This feature is especially useful for observing how your device responds to unpredictable conditions, such as disturbances from an unstable AC line. By utilizing the trigger-in function, engineers can synchronize their AC sources with the PA2201A, enabling the examination of power converter responses to common AC line issues like cycle dropouts, line spikes, and voltage sag/surge. Additionally, it captures the response of your device under varying dynamic loading conditions, including start-up events and in-rush currents, while also calculating i2t for accurate fuse sizing.
Specifications for the KEYSIGHT / AGILENT PA2201A 1-Phase Power Analyzer Include:
| Basic Accuracy (50/60 Hz) |
0.05% |
| Maximum rms Voltage |
1000 V / 2000 V Peak |
| Channels |
2 |
| Maximum Current Direct Input |
2 A / 6 A Peak |
Explore the full potential of the Keysight PA2201A for your power measurement and analysis needs, and take advantage of its robust features designed for today's complex R&D challenges.
