Research on Sun-Oriented Spin-Stabilized Attitude Control of Micro/Nano Satellite Using Only Magnetic Control
نویسندگان
چکیده
Sun-oriented attitude control is one of the most important modes for micro/nano satellites, which directly affects on-orbit energy acquisition. Therefore, it great importance to use simplest sensors and actuators reliable algorithm achieve sun-oriented control. A spin-stabilized method satellites using only magnetic proposed in this paper, progress divided into four phases: initial damping phase, sun-aligned spin-up phase. The influence shadow zone orbit, offset installation sun sensor solar panel, limitation field view sensor, environmental disturbance torques are all considered method. performance evaluated by numerical simulations, simulation results show that applicable satellite equipped with a 3-axis magnetometer as three torquers installed orthogonally actuators. Earth-orbit geomagnetic can provide sufficient torque.
منابع مشابه
Magnetotorquer-only Attitude Control System Robust to Wide Range of Initial Conditions for Low-cost Spin- Stabilized Itasat Satellite
Abstract. Air-core magnetotorquer-only attitude control system (ACS) for the low-cost, spin-stabilized ITASAT satellite is here described. ITASAT’s ACS has been tested by simulation with synthetic measurement data. The proposed closedloop ACS system is based on 3-axis attitude and angular rate estimates provided by an extended Kalman filter processing vector measurements from a Sun sensor and a...
متن کاملAttitude Control for Magnetic Actuated Satellite
Absract Magnetic actuation utilizes the mechanic torque that is the result of interaction of the current in a coil with an external magnetic field. A main obstacle is, however, that torques can only be produced perpendicular to the magnetic field. This actuation principle has been a topic of research since earliest satellites were launched. Magnetic control has been applied for nutation damping...
متن کاملAdaptive Control of a Spin-Stabilized Spacecraft Using two Reaction Wheels and a 1DoF Gimbaled-Thruster
In impulsive orbital maneuvers, a large disturbance torque is generated by the thrust vector misalignment from the center of mass (C.M). The purpose of this paper is to reject the mentioned disturbance and stabilize the spacecraft attitude, based on the combination of a one degree of freedom (1DoF) gimbaled-thruster, two reaction wheels (RWs) and spin-stabilization. In this paper, the disturban...
متن کاملThree-axis Satellite Attitude Control Based on Magnetic Torquing
Magnetic torquing is attractive for generation of control torques on small satellites. The concept is that interaction between the Earth's magnetic eld and a magnetic eld generated by a set of coils in the satellite is used for actuation. This principle is inherently nonlinear, and diicult to use because control torques can only be generated perpendicular to the geomagnetic eld vector. So far, ...
متن کاملThree-axis Satellite Attitude Control Based on Magnetic Torquing
Magnetic torquing is attractive as a control principle on small satellites. The actuation principle is to use the interaction between the earth's magnetic eld and magnetic eld generated by a coil set in the satellite. This control principle is inherently nonlinear, and diicult to use because control torques can only be generated perpendicular to the geomagnetic eld vector. This has been a serio...
متن کاملذخیره در منابع من
با ذخیره ی این منبع در منابع من، دسترسی به آن را برای استفاده های بعدی آسان تر کنید
ژورنال
عنوان ژورنال: Electronics
سال: 2023
ISSN: ['2079-9292']
DOI: https://doi.org/10.3390/electronics12020362