EG-200 FIBER OPTIC GYROSCOPE (FOG) (NON-ITAR)
Suitable for Demanding Applications
EMCORE EG-200 Fiber Optic Gyro features fully-integrated optics and electronics, and is a superior device in regards to weight and form-factor for tactical applications. It incorporates advanced, next-generation Field Programmable Gate Array (FPGA) electronics that deliver higher accuracy, lower noise, greater efficiency and reliability, combined with low cost. The integrated FPGA electronics also improve optical drift stability, environmental flexibility and linearity compared to competing technologies. The EG-200 can be calibrated internally for better thermal effect and has both digital and analog outputs to accommodate the widest variety of installation parameters.
| PARAMETERS | |
|---|---|
| Fiber Optic Gyro Type | Closed-Loop |
| Bias over Temp, Uncompensated | ≤20°/hr,1σ |
| Bias over Temp, With Compensation | <0.8°/hr, 1σ |
| Bias In-Run Stability @ 25 °C | ≤1.0°/hr |
| Andle Random Walk @ 25 °C | ≤0.04°/√hr |
| Bandwidth @ -90° phase and @ -3dB | 300 Hz |
EMCORE’s closed-loop Fiber Optic Gyroscope (FOG) technology is designed for fast, accurate navigation and gyrocompassing, and low noise line-of-sight stabilization. Our long-standing leadership in the development of highly-accurate defense and military grade fiber optic components and systems has paved the way for the development of more accurate and economical FOG components. EMCORE’s FOGs are setting the new benchmark for tactical and navigational grade gyros for a wide variety of guidance, navigation and aeronautics applications.
- Fully integrated optics and electronics
- Next-generation Field Programmable Gate Array (FPGA) electronics deliver higher accuracy, lower noise, greater efficiency and reliability
- FPGA-based closed-loop design for improved drift stability, higher linearity, and greater flexibility
- Bandwidth to 300 Hz
- More economical than competing systems
Tactical grade applications
Unmanned aerial vehicle (UAV) guidance
Missile guidance
Aeronautics and aviation
Robotics
