Shenzhen FOVA Technology Co.,Ltd allenxiao1003@gmail.com 86-1980-6733949
Product Details
Place of Origin: SHENZHEN
Brand Name: FOVA
Certification: CE/FCC
Model Number: FG-120
Document: 120 Catelogo.pdf
Payment & Shipping Terms
Minimum Order Quantity: 4
Price: Negotiable
Delivery Time: 20 work days
Payment Terms: T/T
Supply Ability: 1000PCS/MONTH
At Constant Temperature ( -40°C~70°C ) Normal Temperature: Select 7 Groups For Measurement -40 ℃ : S: |
Take The Variance Value, Data < 1‰ The Highest Accuracy Can Reach 0.0005 |
Dynamic Range: |
±400 |
Steady-state Power Consumption At Room Temperature: |
≤2.5 |
Random Walk Coefficient: |
≤0.0002 |
Zero Bias Stability At Room Temperature (constant Temperature): |
≤0.001 ( 10s Smoothing) ≤0.002 ( 100s Smoothing) |
Scale Factor Repeatability: |
≤5 |
Scale Factor Asymmetry: |
≤10 |
Storage Temperature: |
-50 ~ +75 |
At Constant Temperature ( -40°C~70°C ) Normal Temperature: Select 7 Groups For Measurement -40 ℃ : S: |
Take The Variance Value, Data < 1‰ The Highest Accuracy Can Reach 0.0005 |
Dynamic Range: |
±400 |
Steady-state Power Consumption At Room Temperature: |
≤2.5 |
Random Walk Coefficient: |
≤0.0002 |
Zero Bias Stability At Room Temperature (constant Temperature): |
≤0.001 ( 10s Smoothing) ≤0.002 ( 100s Smoothing) |
Scale Factor Repeatability: |
≤5 |
Scale Factor Asymmetry: |
≤10 |
Storage Temperature: |
-50 ~ +75 |
The Single-Axis Fiber Optic Gyroscope offered by military-grade FOG suppliers is a highly advanced and reliable product designed for a wide range of applications, especially in the field of FOG-based Inertial Navigation Systems (INS). This cutting-edge gyroscope boasts exceptional performance and precision, making it a preferred choice for demanding military and industrial applications.
One of the key features of this Single-Axis Fiber Optic Gyroscope is its low power consumption, making it highly efficient and suitable for long-duration missions. With a power consumption of ≤4W at full temperature, this gyroscope ensures optimal performance without draining the power source quickly.
Another critical attribute of this gyroscope is its excellent scale factor repeatability, with a value of ≤5. This high level of repeatability ensures consistent and accurate measurements, providing reliable data for navigation and orientation purposes.
The gyroscope operates within a supply voltage range of ±5, offering flexibility and compatibility with various systems and platforms. This wide supply voltage range enhances the versatility of the gyroscope, allowing it to be integrated into different applications with ease.
When it comes to stability, this Single-Axis Fiber Optic Gyroscope excels in providing precise and reliable performance. It offers impressive zero bias stability at room temperature, with values of ≤0.001 (10s Smoothing) and ≤0.002 (100s Smoothing). This exceptional stability ensures that the gyroscope delivers accurate and consistent results even in challenging environments.
Furthermore, the gyroscope features a high update rate of >2000Hz, enabling real-time data processing and rapid response to changes in orientation or movement. This fast update rate ensures that the gyroscope can keep up with dynamic conditions and provide timely information for navigation and control systems.
In conclusion, the Single-Axis Fiber Optic Gyroscope from military-grade FOG suppliers is a top-of-the-line product that meets the stringent requirements of FOG-based Inertial Navigation Systems (INS). With its low power consumption, exceptional repeatability, wide supply voltage range, superior stability, and high update rate, this gyroscope offers unmatched performance and reliability for critical applications in military, aerospace, and industrial sectors.
The Single-Axis Fiber Optic Gyroscope is ideal for use in aerospace applications, providing accurate and stable measurements for aerospace FOG components. Its robust design and advanced technology make it suitable for demanding environments and critical missions.
With a minimum order quantity of 4 units and a delivery time of 20 days, the FG-120 is readily available for purchase. Payment terms are flexible with T/T options, and the supply ability of 1000PCS/MONTH ensures consistent availability.
This gyroscopic system operates effectively within a wide temperature range from -40°C to 70°C. It can measure accurately in extreme conditions, providing data with variance values less than 1‰. The highest accuracy reaches an impressive 0.0005, making it a reliable choice for precision applications.
The FG-120 boasts a scale factor repeatability of ≤5 and a random walk coefficient of ≤0.0002, ensuring precise and consistent performance. With a dynamic range of ±400, it can handle a wide range of motion and acceleration scenarios.
Moreover, the zero bias stability at room temperature is exceptional, with values of ≤0.001 (10s Smoothing) and ≤0.002 (100s Smoothing). This feature is crucial for applications requiring precise and stable measurements over extended periods.
Overall, FOVA's Single-Axis Fiber Optic Gyroscope FG-120 is a versatile and reliable instrument suitable for various scenarios, including aerospace FOG components and closed-loop FOG systems.
Product Customization Services for the Single-Axis Fiber Optic Gyroscope:
Brand Name: FOVA
Model Number: FG-120
Place of Origin: SHENZHEN
Certification: CE/FCC
Minimum Order Quantity: 4
Delivery Time: 20
Payment Terms: T/T
Supply Ability: 1000PCS/MONTH
Startup time: 3s
Zero bias stability at room temperature (constant temperature): ≤0.001 (10s Smoothing) ≤0.002 (100s Smoothing)
Storage temperature: -50 ~ +75
Supply voltage: ±5
Zero bias magnetic sensitivity: ≤0.003
Keywords: Interferometric FOG (IFOG), Strategic-grade FOG, Aerospace FOG components
The Product Technical Support and Services for the Single-Axis Fiber Optic Gyroscope include:
- Troubleshooting assistance for any product-related issues
- Repair and maintenance services to ensure optimal performance
- Firmware updates and software support
- Calibration services to maintain accuracy
- Training programs for users to maximize product functionality