Digital Sun Sensor

The advantages of the Digital Sun Sensor include its high accuracy and reliability in providing continuous orientation data, crucial for precise attitude control. Its compact design allows it to be integrated into a variety of spacecraft, while its low power consumption makes it ideal for energy-efficient missions. The sensor’s ability to function in harsh space conditions without the need for external references makes it a reliable tool for long-term missions. Additionally, it offers cost-effective performance as it requires minimal maintenance and is robust against environmental factors like temperature extremes and radiation. With its real-time orientation feedback, the Digital Sun Sensor plays a key role in ensuring that spacecraft remain accurately aligned with their mission objectives, contributing to mission success and efficiency.

Nuduhake:

Hubungi Saiki > Ngundhuh

DESKRIPSI

Detail Produk

kode produk	CG-DJ-DS-0.5°
Envelope Size	48mm × 36mm × 16.9mm
Bobot	50g
konsumsi daya	0.15W
Working voltage	5.2V
Precision	0.5°
Theoretical field of view	±60°
Communication interface	RS422
Suhu kerja	-30℃~+60℃
Siklus Pasokan	3 wulan

The Digital Sun Sensor is a high-precision optical device designed to determine the orientation of a spacecraft by measuring the direction of the Sun. It works by detecting the Sun's position relative to the sensor’s field of view and converting this information into digital signals that can be processed by the spacecraft’s attitude control system. The sensor is equipped with an array of photodiodes or charge-coupled devices (CCDs), which capture the Sun's light, and the data is then processed to calculate the spacecraft’s orientation with high accuracy. The Digital Sun Sensor is commonly used in spacecraft for attitude determination, especially in low Earth orbit (LEO) and geostationary satellites. It is typically characterized by its compact size, low power consumption, and ability to operate in harsh space environments. The sensor provides real-time feedback on the Sun’s position, helping to maintain the spacecraft's stability and pointing accuracy during its mission, such as for solar panel orientation or scientific observations.

High-Accuracy Digital Sun Sensor