Sun Sensor SSOC-D60 for Small Satellites
Achieving accuracy, durability, and high sensitivity of Sun Sensors in space.
The SSOC-D60 is an innovative sun sensor designed for high-precision solar tracking, positioning, and attitude determination for small satellites. This device leverages advanced MEMS manufacturing processes to directly integrate sensing structures onto the chip, providing a compact and efficient solution for space applications. Key features include: - Direct measurement of the solar incident angle in both axes without external calculations - High sensitivity based on the device's geometric design - Minimization of degradation through a metal shield and cover glass that protect against radiation - Calibration and characterization of each sensor to ensure reliability - Digital interface for easy integration into satellite systems The benefits of using the SSOC-D60 include improved accuracy in sun sensing and positioning, which enhances satellite operations and data collection. The device's durability and resistance to harsh space conditions also ensure long-term performance, making it a valuable asset for any space mission.
basic information
Technical Overview - Sensor Type: 2-axis - Orthogonal - Field of View (FOV): ±60º - Accuracy: < 0.3 º 3σ - Precision: < 0.05 º - Average Current Consumption: 70 mA - Power Supply Voltage: 5 V - Interface: SPI, UART, I2C, RS422 - Weight: 35 g - Housing: 6082 Aluminum, Black Anodized - Operating Temperature: -45℃ to 85℃ - Radiation Resistance: 30 kRad (Gamma), 6 MeV 3000 kRad (Proton) - Random Vibration: 14.1g @ 20 -2000 Hz - Shock: 3000 g @ 1 -100 ms These specifications emphasize the robustness of the SSOC-D60 and its suitability for harsh space environments, ensuring reliable performance under a wide range of conditions.
Price range
Delivery Time
Applications/Examples of results
Application examples: - Attitude determination for accurate navigation and control - Orientation of solar panels using a Sun Sensor system to maximize energy harvesting - Positioning system for geostationary satellites to maintain a fixed position relative to the Earth - Research missions requiring high precision in solar position measurement Over 50 units are included in more than 10 missions, and the reliability and performance of the SSOC-D60 have been proven in the field, making it an ideal choice for a wide range of space applications.
