Products / Unlocking Innovation: The Dynamic Journey of EMCORE Corporation / Unlocking Potential: Discover the Power of CIRUS & CIRUX-EX

emcore corp fog imu and fog ins e1547214790621.webp

High Performance FOG, RLG, and Quartz MEMS Inertial Sensors - Gyros, IRU, IMU, INS

Unlocking Innovation: The Dynamic Journey of EMCORE Corporation / Unlocking Potential: Discover the Power of CIRUS & CIRUX-EX

Unlocking Potential: Discover the Power of CIRUS & CIRUX-EX

Compact FOG inertial reference units for space & defense

Socials
Unlocking Potential: Discover the Power of CIRUS & CIRUX-EX

Advanced Inertial Reference Units for Space Applications

The CIRUS (Compact Inertial Reference Unit for Space) and its enhanced version, CIRUS-EX, provide high-precision attitude control, stabilization, and pointing capabilities tailored for aerospace and defense sectors. These units incorporate four Fiber Optic Gyroscope (FOG) sensors, ensuring complete redundancy for reliable performance.

Flexible Connectivity and Customization

Both models are equipped with dual-redundant serial interfaces, including MIL-STD-1553 and RS-422, allowing for adaptable input/output rates. Users can also customize the telemetry output format to suit specific interface requirements.

Technical Specifications

  CIRUS CIRUS-X
Dimensions (fits within cylinder) 14.10 x 8.55 in. (max)
400.1 x 217.2 mm
14.35 x 8.75 in (max)
421.6 x 223.5 mm
Weight 34.0 lbs (15.4 kg) 37.0 lbs (16.8 kg)
Power Consumption 3 gyros operational ≤ 40 W 3 gyros operational ≤ 40 W
Bias Stability 0.0003 °/hr 0.0003 °/hr
Angular Random Walk (ARW) 0.000190 °/√hr
(0.000150 available)
0.000125 °/√hr
(< 0.000100 available)
Angular Rate Range > 30 °/sec > 22 °/sec

Further Data

Other Products

Unlock Precision: QRS116 Tactical Grade Analog Gyroscope (Non-ITAR)
High-accuracy, Low-noise Single-Axis Quartz MEMS Gyro
Unlocking Precision: The SDN500 GPS/INS Revolution
Tactical Grade Inertial Navigation System
Unleashing Precision: The Hawkeye EG-1300 FOG
Low-noise gyroscope for navigational grade applications