DESIGN SLIDING MODE CONTROLLER FOR OPTICAL VIEWFINDERS DRIVE SYSTEM ON MILITARY HELICOPTER

Abstract

The dual-channel powertrain controller for the optical viewfinder on
military helicopters plays a very important role in stabilizing the target line of
sight, increasing the probability of target destruction, completing the mission.
This paper presents the results of building a sliding controller for the optical
viewfinder drive system. The test results by simulation on Matlab-Simulink
software show that this controller ensures accuracy in control; stabilizes the
angle of view even under the impact of disturbances and vibrations from the
carrying vehicles.