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Navigation Grade Single Axis Fiber Optic Gyro MFOG095-H with 0.005 deg/h Bias Stability and 0.0006 deg/√h Angular Random Walk

Navigation Grade Single Axis Fiber Optic Gyro MFOG095-H with 0.005 deg/h Bias Stability and 0.0006 deg/√h Angular Random Walk

Markenbezeichnung: WNRLN
Modellnummer: MFOG095-H
MOQ: 1 Stück
Preis: USD 2800-4000 / Piece
Zahlungsbedingungen: T/T, L/C, PayPal, Western Union
Versorgungsfähigkeit: 150 Stück pro Monat
Einzelheiten
Herkunftsort:
Guangdong, China
Zertifizierung:
ISO 9001:2015, CE, RoHS
Typ der Gyrostation:
Geschlossener Nebel in Navigationsqualität
Anzahl der Achsen:
1 Achse
Biasstabilität:
0,005 Grad/h (1 Sigma, Allan-Varianz)
Voreingenommenheit Wiederholbarkeit:
0,005 Grad/h (1 Sigma)
Nichtlinearität des Skalierungsfaktors:
≤ 15 ppm
Wiederholbarkeit des Skalierungsfaktors:
≤ 15 ppm
Messbereich:
± 250 Grad/s
Angular Random Walk:
0,0006 Grad/√h
Bandbreite:
≥ 200 Hz
Betriebstemperatur:
-40°C bis +70°C
Schnittstelle:
RS422
Stromversorgung:
±5V DC
Stromverbrauch:
≤ 5 W
Gewicht:
≤ 420g
Abmessungen:
Φ58mm x 40mm
Lagertemperatur:
-55°C zu +85°C
MTBF:
≥ 70.000 Stunden
Stoßfestigkeit:
30g, 11ms Halbsinus
Verpackung Informationen:
Schutzhülle mit WNRLN-Logo und stoßfester Schaumstoffeinlage, Wellpappe in Exportqualität
Versorgungsmaterial-Fähigkeit:
150 Stück pro Monat
Hervorheben:

0.005 deg/h bias stability Fiber Optic Gyro

,

0.0006 deg/√h angular random walk Inertial Sensor

,

± 250 deg/s measurement range Navigation Grade Gyro

Produktbeschreibung

Navigation Grade Fiber Optic Gyro MFOG095-H

The MFOG095-H is the navigation grade variant achieving 0.005 deg/h bias stability through premium optical components and advanced multi-point temperature compensation. Engineered for precision inertial navigation where drift performance is critical.

Key Features

  • Navigation Grade Stability: 0.005 deg/h (Allan Variance, 1 sigma) for pure inertial navigation capability.
  • Exceptional Scale Factor: Nonlinearity and repeatability both ≤ 15 ppm.
  • Ultra-Low ARW: 0.0006 deg/√h angular random walk for precise short-term attitude propagation.
  • Robust Construction: Survives 30g, 11ms half-sine shock pulses for demanding operational environments.
  • Extended Lifetime: ≥ 70,000 hours MTBF with premium components and rigorous screening.

Applications

  • Strategic Inertial Navigation Systems
  • Submarine and Ship INS
  • Long-Endurance Autonomous Vehicles
  • Precision Spacecraft Attitude Sensing
  • Geophysical Survey Instruments

Contact our engineering sales team for detailed performance data and application-specific configuration.