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High Precision Single Axis Fiber Optic Gyro with 0.008 Degree per Hour Bias for Tactical Navigation Systems

High Precision Single Axis Fiber Optic Gyro with 0.008 Degree per Hour Bias for Tactical Navigation Systems

Nama merek: WNRLN
Nomor Model: MFOG091-H
Moq: 1 buah
harga: USD 1200-1800 / Piece
Ketentuan Pembayaran: T/T, L/C, PayPal, Serikat Barat
Kemampuan Penyediaan: 300 buah per bulan
Informasi Rinci
Tempat asal:
Guangdong, Tiongkok
Sertifikasi:
ISO 9001:2015, CE, RoHS
Tipe Gyro:
KABUT Loop Tertutup Presisi Tinggi
Jumlah Sumbu:
1 sumbu
Stabilitas bias:
0,008 derajat/jam (1 sigma)
Pengulangan Bias:
0,008 derajat/jam (1 sigma)
Nonlinier faktor skala:
≤ 30 ppm
Rentang Pengukuran:
± 300 derajat/detik
Jalan acak:
0,001 derajat/√h
Bandwidth:
≥ 200Hz
Suhu Operasional:
-40°C hingga +70°C
Antarmuka:
RS422
Catu Daya:
±5V DC
Konsumsi Daya:
≤ 4.5W
Berat:
≤ 380g
Ukuran:
Φ55mm x 38mm
Suhu Penyimpanan:
-55°C hingga +85°C
MTBF:
≥ 60.000 jam
Kemasan rincian:
Casing pelindung bermerek WNRLN dengan sisipan busa tahan guncangan, karton bergelombang tingkat eks
Menyediakan kemampuan:
300 buah per bulan
Menyoroti:

0.008 Degree per Hour Bias Fiber Optic Gyro

,

High Precision Closed Loop Navigation Sensor Module

,

Tactical Navigation Systems Tactical Grade Gyro

Deskripsi produk

High Precision Fiber Optic Gyro MFOG091-H

The MFOG091-H is the high precision variant featuring 0.008 deg/h bias stability achieved through upgraded optical coil winding and advanced digital signal processing. Purpose-built for tactical navigation systems requiring superior drift performance.

Key Features

  • Enhanced Bias Stability: 0.008 deg/h (1 sigma) with premium optical coil and precision electronics.
  • Improved Scale Factor: Nonlinearity ≤ 30 ppm for high-accuracy angular measurement.
  • Low Random Walk: 0.001 deg/√h minimizes short-term angle integration errors.
  • Extended MTBF: ≥ 60,000 hours with selected components for mission-critical reliability.
  • Temperature Compensated: Full-range calibration from -40°C to +70°C.

Applications

  • Tactical Inertial Navigation Systems (INS)
  • Stabilized Electro-Optical Payloads
  • Missile Mid-Course Guidance
  • Precision Geodetic Survey Equipment
  • Autonomous Underwater Vehicle Navigation

Contact our engineering team for detailed performance data and customization options.