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Optimize Power Quality Analysis with Smart Waveform Capture Sampling Rates
This white paper explores how adjusting waveform capture sampling rates impacts power quality (PQ) analysis, memory usage, and data resolution. It provides practical guidelines for selecting sample rates to balance high-resolution event detection with the need for longer recording durations, particularly for applications like motor start studies and harmonic analysis.
Key topics include:
- Waveform Capture Records
- Impact of Sampling Rate on Resolution and Harmonics
- Memory Management and Application Trade-offs
- Recommended Sampling Rates for Common Scenarios
Why utilities should care:
Selecting optimal waveform capture sampling rates enables precise event detection, efficient memory use, and tailored PQ analysis. This ensures accurate diagnostics for voltage disturbances, harmonics, and motor starts, while maximizing the value of limited recorder storage.
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