Gravity Sensors

Superconducting persistent currents (i) produce the most stable relative gravity meter in existence. Superconducting persistent currents (i) produce the most stable relative gravity meter in existence. Super stable: Drift less than 0.5 µGal/month Scale factor constant to better than 1 part in 104 for years! Super precise: 1 nanoGal (10-3 µGal) in frequency domain 0.05 µGal in the time domain for 1 minute averaging. Super low noise: 0.3 µGal/(Hz)½.

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Topics

Gravity
Sensors
Time & Frequency
Current Meters
Gravity Meters
Frequency Meters
Noise Meters
Time Domain
Low Frequency
Current
Meters
MOST
Superconducting
Frequency
Noise
Scales
Time