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Central Computer lie in its reliability, high processing power, and fault tolerance. It ensures that the spacecraft operates efficiently and autonomously, minimizing the need for ground control interventions. The system’s redundant components and error correction capabilities enhance its robustness, providing consistent performance even in space’s challenging environments. Its compact and lightweight design make it ideal for integration into small satellites or complex space missions, while its high data throughput allows for the efficient processing of large volumes of data. Overall, the central computer is essential for maintaining mission control, ensuring that the satellite or spacecraft can execute its tasks accurately and reliably throughout its mission duration.

Raba:

Tuntube Mu Yanzu > Zazzagewa

BAYANI

Cikakken Bayani

component

Lambar samfur	CG-DJ-OBC-L484S(D)
Size	949416mm(949431mm)
Amfanin Wuta	1.2W
Nauyi	＜120g(200g)
Power Supply	5.2V(5.2V/12V)
Main Frequency	100MHz
Communication Interface	2 channel CAN buses 3.3V (compatible with 5V) 4 channel RS422 buses 3.3V (compatible with 5V)
Digital input data collecting	6 channel
Time Accuracy	Better than 10us
Memory Capacity	8MB
In-orbit Quantity	2
Zagayowar wadata	4 months

The Central Computer is a vital component in spacecraft and satellite systems, responsible for managing and coordinating the operation of various subsystems onboard. It acts as the brain of the spacecraft, processing data from sensors, executing commands, and controlling critical functions such as communications, navigation, attitude control, and thermal management. The central computer is equipped with high-performance processors, memory units, and redundant systems to ensure continuous operation even in the event of hardware failure. It interfaces with multiple subsystems, collects real-time data, and makes decisions based on predefined algorithms and mission parameters. The computer is designed to withstand the harsh conditions of space, including extreme temperatures, radiation, and high levels of vibration. It operates with fault tolerance and has the capability to self-diagnose and correct errors to ensure the spacecraft's longevity and mission success. With high data throughput and processing speed, the central computer can handle complex tasks such as autonomous navigation and scientific data analysis in real-time.

High-Performance Central Computer For Aerospace Systems