4,042.00€
The MAUS is a radiation hardened (>10Mrad) fine sun sensor especially developed for the CubeSat market. Taking advantage of the BiSon64-ET developments while keeping a focus on the special requirements for the smallest satellites, the MAUS is combining high reliability Sun sensing with a very low profile.
| Quantity | Price per unit in € |
|---|---|
| 1 – 5 | 4042 |
| 6 – 17 | 3166 |
| 18 – 29 | 3050 |
| ≥30 | 3026 |
he MAUS fulfils the wishes for a small but reliable sun sensor that can be easily accommodated on board of a CubeSat. Although the MAUS does not have the highest functionality of all CubeSat sun sensors, the guaranteed accuracy, high radiation tolerance and Lens R&D reputation for quality have been important for this development.
The MAUS is the only known radiation hardened cubesat Sunsensor know to be commercially available and the bare diodes have been acceptance tested to 8E14 1MeV electrons (equivalent to 19.2Mrad).
The 0.65mm Sapphire window provides 1mm Aluminium equivalent radiation shielding leading to a sensor that can be used on any cubesat mission known without even coming near to the radiation withstanding capabilities.
Vibration testing has been completed
Lifecycle thermal vacuum cycling is still ongoing, but several hundreds of cycles have already been completed.
The first sensors are expected to be launched with a Falcon heavy launch in June 2020 after several months of delays but these sensors (15 in total on 5 separate satellites) will provide a solid TRL9 status without skipping the TRL8 step.
For any questions on the qualification status or clarifications on the detailed specification, please contact us directly via: CONTACT
| Field of View (FOV) | >±56±2 degrees on X and Y axis, >±64±2 degrees diagonal |
|---|---|
| Accuracy | <0.5 degrees 3σ (using calibration tables), <2 degrees (using specific correction parameters), <3.5 degrees (without calibration) |
| Mass | <15g |
| Operating temperature | -35°C..+80°C |
| First eigenfrequency | >200Hz |
| Vibration loads | 19.9g (random), 20g (sine) |
| Shock loads | 1500g |
| Radiation tolerance | 4E14 1MeV electrons on bare diodes |
