NST10-G1 Star Tracker
TY-Space Technology
A fully autonomous Nano Star Tracker offering high precision attitude determination with high dynamic performance of 10 deg/s, suited to satellites with ultra-high dynamic requirements.
Technical specifications
- Dimensions (Sensor+Baffle)
- 115x85x198 mm3
- Mass (Sensor+Baffle)
- 700 g
- Optical Design (Lens)
- Refractive
- Vibration (FM)
- sine 13g, random 12 grms
- Vibration (Qualification)
- sine 16g, random 18 grms
- Working Temperature
- -30 to 50 C
- Radiation Resistance
- 50 Krad [Si]
- Field of View
- 15x15 deg [effective]
- Attitude Accuracy (pointing)
- <5" [3sigma]
- Attitude Accuracy (rolling)
- <50" [3sigma]
- Update Rate
- 20 Hz
- Dynamic performance
- 10 deg/s
- Sensitivity
- 5.8 Mv, Go.Ref star
- Exclusive Angle (Sun)
- < 35 deg
- Exclusive Angle (Earth)
- < 30 deg
- Data Interface
- RS422/CAN
- Power Consumption
- 2 W
- Input Voltage
- 5 V
- Life Time
- 5 years
About
NST10-G1 Star tracker is a fully autonomous Nano Star Tracker for high precision attitude determination. With high dynamic performance of 10 deg/s, NST10-G1 is designed for the ultra-high dynamic requirements of satellites. It measures 115x85x198 mm3 and weighs 700g, uses a refractive optical lens design, and is built for space environments with a radiation resistance of 50 Krad [Si]. It operates over -30 to 50C, communicates over RS422/CAN, runs on 5V input at 2W power consumption, and has a rated life time of 5 years.
Documentation
Need the full ICD, test reports or a specific revision? Ask the supplier directly.
