SS200 Digital Sun Sensor
AAC Hyperion
- Lead Time:
- 2 months
- Pointing error:
- 0.1 deg (1 sigma)
- Field of view (FOV):
- +/- 60 deg
- Field of view (FOV):
- +/- 45 deg for optimal performance
- Accuracy:
- < 0.2 deg, RMS
- Sampling rate:
- 2, 4, 8, and 16 Hz adjustable by user
- Power consumption:
- < 2 mA @ sampling
- Idle power consumption:
- < 0.5 mA
- Dimensions:
- 22.00 × 15.00 × 5.26 mm
- Mass:
- < 4 g
- Radiation tolerance:
- > 10 krad
- Interface:
- I2C
- Interface:
- UART
- Digital-type Fine Sun Sensor
- Embedded firmware for radiation-caused transient error detection and recovery
- 2-axes digital sun sensor embedded with calibration error table and micro-controller
- Pointing error: 0.1 deg (1 sigma)
FSS-15 is a minimized fine sun sensor with a high cost-performance ratio. It is designed to be mass-produced with stable quality. Moreover, a microcontroller is embedded in the FSS-15 for tabulated correction using an error table.
Therefore, the user can directly access the sun angles from digital interfaces. I2C and UART are two standard communication interfaces.
For the error table, every FSS-15 has a unique one, which will be measured before the shipment of the product to the user.
For less strict performance requirements, Tensor Tech also offers a coarse sun sensor: CSS-10.
The system achieved flight heritage in 2022.
Features
FSS-15 Fine Sun Sensor
Tensor TechFSS-15 is a minimized fine sun sensor with a high cost-performance ratio. It is designed to be mass-produced with stable quality. Moreover, a microcontroller is embedded in the FSS-15 for tabulated correction using an error table.
Therefore, the user can directly access the sun angles from digital interfaces. I2C and UART are two standard communication interfaces.
For the error table, every FSS-15 has a unique one, which will be measured before the shipment of the product to the user.
For less strict performance requirements, Tensor Tech also offers a coarse sun sensor: CSS-10.
The system achieved flight heritage in 2022.
Features
- Digital-type Fine Sun Sensor
- Embedded firmware for radiation-caused transient error detection and recovery
- 2-axes digital sun sensor embedded with calibration error table and micro-controller
- Pointing error: 0.1 deg (1 sigma)
- Lead Time:
- 2 months
- Pointing error:
- 0.1 deg (1 sigma)
- Field of view (FOV):
- +/- 60 deg
- Field of view (FOV):
- +/- 45 deg for optimal performance
- Accuracy:
- < 0.2 deg, RMS
- Sampling rate:
- 2, 4, 8, and 16 Hz adjustable by user
- Power consumption:
- < 2 mA @ sampling
- Idle power consumption:
- < 0.5 mA
- Dimensions:
- 22.00 × 15.00 × 5.26 mm
- Mass:
- < 4 g
- Radiation tolerance:
- > 10 krad
- Interface:
- I2C
- Interface:
- UART
- Digital-type Fine Sun Sensor
- Embedded firmware for radiation-caused transient error detection and recovery
- 2-axes digital sun sensor embedded with calibration error table and micro-controller
- Pointing error: 0.1 deg (1 sigma)
FSS-15 is a minimized fine sun sensor with a high cost-performance ratio. It is designed to be mass-produced with stable quality. Moreover, a microcontroller is embedded in the FSS-15 for tabulated correction using an error table.
Therefore, the user can directly access the sun angles from digital interfaces. I2C and UART are two standard communication interfaces.
For the error table, every FSS-15 has a unique one, which will be measured before the shipment of the product to the user.
For less strict performance requirements, Tensor Tech also offers a coarse sun sensor: CSS-10.
The system achieved flight heritage in 2022.
Features
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