SS200 Digital Sun Sensor
AAC Hyperion
- Lead Time:
- 2 months
- Field of view:
- +/- 60 deg
- Power consumption:
- < 0.1 mA
- Dimensions:
- 20.0 x 10.0 x 5.7 mm
- Mass:
- < 0.5 g
- Radiation Tolerance:
- > 10 krad
- Analog-type coarse sun sensor.
- Hardware protection for short-circuit caused system failure prevention
- An analog-to-digital converter should be installed to extract information.
- 1-axis analog coarse sun sensor
- <5 deg (1-sigma) of sun determination accuracy is achievable following the user manual's calibration instructions
- Six coarse sun sensors can provide a full sky (4π) FOV coverage (± 60 deg for each sensor)
- Three pins including Vcc, GND, and output line.
CSS-10 is a coarse sun sensor with a simple and robust design. This sun sensor is suitable for spacecraft with low pointing requirements or needs a robust input for the sun-acquisition algorithm.
Multiple sun sensors are recommended to be installed on different faces of the satellite to maximize the field of view of the sun sensor array. The CSS-10 outputs analog signals that are proportional to the solar irradiance.
The user has to prepare analog-to-digital converters (ADCS) for the onboard computer (OBC) or the ADCS computer to access the data from each CSS-10.
The more CSS-10 is used, the more channels the user has to prepare for the ADC.
Features
Specifications
CSS-10 Coarse Sun Sensor
Tensor TechCSS-10 is a coarse sun sensor with a simple and robust design. This sun sensor is suitable for spacecraft with low pointing requirements or needs a robust input for the sun-acquisition algorithm.
Multiple sun sensors are recommended to be installed on different faces of the satellite to maximize the field of view of the sun sensor array. The CSS-10 outputs analog signals that are proportional to the solar irradiance.
The user has to prepare analog-to-digital converters (ADCS) for the onboard computer (OBC) or the ADCS computer to access the data from each CSS-10.
The more CSS-10 is used, the more channels the user has to prepare for the ADC.
Features
- Analog-type coarse sun sensor.
- Hardware protection for short-circuit caused system failure prevention
- An analog-to-digital converter should be installed to extract information.
Specifications
- 1-axis analog coarse sun sensor
- <5 deg (1-sigma) of sun determination accuracy is achievable following the user manual's calibration instructions
- Six coarse sun sensors can provide a full sky (4π) FOV coverage (± 60 deg for each sensor)
- Three pins including Vcc, GND, and output line.
- Lead Time:
- 2 months
- Field of view:
- +/- 60 deg
- Power consumption:
- < 0.1 mA
- Dimensions:
- 20.0 x 10.0 x 5.7 mm
- Mass:
- < 0.5 g
- Radiation Tolerance:
- > 10 krad
- Analog-type coarse sun sensor.
- Hardware protection for short-circuit caused system failure prevention
- An analog-to-digital converter should be installed to extract information.
- 1-axis analog coarse sun sensor
- <5 deg (1-sigma) of sun determination accuracy is achievable following the user manual's calibration instructions
- Six coarse sun sensors can provide a full sky (4π) FOV coverage (± 60 deg for each sensor)
- Three pins including Vcc, GND, and output line.
CSS-10 is a coarse sun sensor with a simple and robust design. This sun sensor is suitable for spacecraft with low pointing requirements or needs a robust input for the sun-acquisition algorithm.
Multiple sun sensors are recommended to be installed on different faces of the satellite to maximize the field of view of the sun sensor array. The CSS-10 outputs analog signals that are proportional to the solar irradiance.
The user has to prepare analog-to-digital converters (ADCS) for the onboard computer (OBC) or the ADCS computer to access the data from each CSS-10.
The more CSS-10 is used, the more channels the user has to prepare for the ADC.
Features
Specifications
Related Products
-
-
FSS-15 Fine Sun Sensor
Tensor Tech
-
ACSS - Coarse Sun Sensor
SOLAR MEMS TECHNOLOGIES
