Keysight BV9200B PathWave BenchVue Advanced Power Control and Analysis - 4 instrument connection
Key Features and Specifications
- PathWave BenchVue BV9200B Advanced Power Control and Analysis Software supports up to four instruments
- Easily track and record your power supply outputs to understand events impact on power usage
- Graphically configure three modes of power system analysis: scope (short-term waveform capture), data logger (long-term waveform capture), and CCDF (statistical analysis)
- Easily create complex waveforms to stimulate or load down a DUT by inputting a formula, choosing from built-in, or importing waveform data
- Export data for additional power system analysis
- Integrate software functions into your programming environment via application programming interface (API)
- Control and analyze data from up to four supported power supplies or 16 power supply outputs (N6700 series)
- Supported power system control and analysis include any combination of N6705 DC Power Analyzer, N7900 Series Advanced Power System, and RP7900 Series Regenerative Power System
More Information:
The BV9200B and BV9201B PathWave BenchVue software from Keysight Technologies are advanced tools designed for easy access to sophisticated sourcing and measurement capabilities in the N6705 DC power analyzer, RP7900 Series Regenerative Power System, and Advanced Power System (APS) N7900 Series power supplies. These software solutions offer control over up to four instruments simultaneously (BV9200B) or a single instrument (BV9201B), making them versatile assets for research and development applications.
The BV9200B and BV9201B PathWave BenchVue software from Keysight Technologies are advanced tools designed for easy access to sophisticated sourcing and measurement capabilities in the N6705 DC power analyzer, RP7900 Series Regenerative Power System, and Advanced Power System (APS) N7900 Series power supplies. These software solutions offer control over up to four instruments simultaneously (BV9200B) or a single instrument (BV9201B), making them versatile assets for research and development applications.