### Introducing the CFI-200 Series: Advanced Inertial Measurement Units
The CFI-200 series of inertial measurement units (IMUs) presents a diverse array of performance capabilities designed to fulfill various operational needs. These sensors, which are free from ITAR restrictions, are meticulously crafted to enhance size, weight, power, and cost (SWaP-C) efficiency, utilizing cutting-edge closed-loop fiber optic gyroscopes alongside MEMS accelerometers.
#### Compact Design with High Precision
The CFI-200 imus are both compact and lightweight, delivering precise measurements of inertial linear accelerations, incremental angles, and velocities. They also provide vital status updates regarding internal sensors and electronic components. Tailored for high-performance scenarios,these units are particularly well-suited for stabilizing high-bandwidth electro-optical/infrared (EO/IR) sensors,as well as for guidance,navigation,and control (GNC) systems utilized in space launch vehicles. Furthermore, they can be seamlessly integrated into more complex systems such as Attitude and Heading reference Systems (AHRS) or Inertial Navigation Systems (INS).
#### Key Specifications
| Dimensions (Diameter x Height): | 88.9 x 93.5 mm |
| Weight: | <850g |
| Power Supply: | 10-35VDC, 10W |
| Gyro Bias Accuracy (1σ): | < 0.85 – 0.25 °/hr |
| Maximum Gyro Rate: | ± 900 – 1900 °/sec |
| Angular Random Walk (ARW): | < 0.018 to 0.008 °/√hr |
| Accelerometer Bias Accuracy: | 0.15 to 1 mg |
| Accelerometer Range: | ±40/60/80g |
| Velocity Random Walk (VRW): | < 0.04 m/sec/√hr |
### Conclusion
The CFI-200 family of IMUs stands out in the market for its exceptional performance and versatility, making it an ideal choice for a variety of high-tech applications. With its advanced features and compact design,it is poised to meet the demands of modern aerospace and defense industries effectively.
