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Fiber Optic Gyro
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High Stability FOG Gyroscope with 1.5°/h Bias Direct Replacement for Fizoptika VG191AD

High Stability FOG Gyroscope with 1.5°/h Bias Direct Replacement for Fizoptika VG191AD

Brand Name: Firepower
Model Number: MFOG-24
MOQ: 1
Price: 700$
Payment Terms: L/C,D/A,D/P,T/T,Western Union
Supply Ability: 500/month
Detail Information
Place of Origin:
China
Range:
±500°/sec
Zero Bias Stability:
≤1.5°/h
Bias Repeatability:
≤1.5°/h
Dimensions:
24mm × 39mm
Working Temperature:
-40℃~+65℃
Weight:
≤30g
Power Supply:
5V DC
Packaging Details:
BOX+Sponge
Supply Ability:
500/month
Highlight:

Fiber Optic Gyro with 1.5°/h bias

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High Stability FOG Gyroscope

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Fizoptika VG191AD replacement gyro

Product Description
High Stability FOG Gyroscope with 1.5°/h Bias - Direct Replacement for Fizoptika VG191AD
The MFOG-24 Micro-Nano Fiber Optic Gyroscope is a compact, high-performance angular rate sensor based on the Sagnac effect. This advanced system integrates optical, mechanical, and electronic components to detect rotational motion by processing phase differences between counter-propagating light beams.
With no moving parts, rapid startup capability, and exceptional environmental resistance, this gyroscope is ideally suited for modern navigation platforms that demand high reliability and precision performance.
Key Features
  • Compact micro-nano fiber optic design
  • No moving parts for enhanced reliability
  • Fast startup and excellent environmental resistance
  • High precision angular rate sensing
  • Direct replacement for Fizoptika VG191AD
Technical Specifications
Serial No. Parameter MFOG-24 MFOG-24-AN
1 Range (°/s) ±500 ±300
2 Scale Factor 3600 (LSB/°/s) 7 mV/°/s
3 Scale Factor Nonlinearity (ppm) 300 ≤1000
4 Zero-Bias Stability (10s, 1σ, °/h) ≤1.5 ≤2
5 Zero-Bias Repeatability (1σ, °/h) ≤1.5 ≤2
6 Angular Random Walk (°/h1/2) ≤0.03 ≤0.04
7 Zero Bias (°/s) ≤0.02 ≤0.05
8 3dB Bandwidth (Hz) ≥300 ≥450
9 Power Supply (V) 5±0.15 5±0.15
10 Power Consumption (W) ≤1.5 ≤0.7
Physical Dimensions
φ24 * 39 mm
Compact form factor for space-constrained applications