AUTOCOMPENSATION OF DIFFRACTION PHENOMENA IN SENSITIVE ELEMENTS OF THE GYROSTABILIZED PLATFORM BY DIRECT USE OF THE PRINCIPLE OF THE TWO-CHANNELITY OF PETROV

In this paper, one of the methods of auto-compensation of diffraction phenomena in sensitive elements was evaluated, which was used in gyroscopes. The work of the gyrostabilizer under operational conditions of the aircraft is studied with the simultaneous influence of external perturbing factors - intense acoustic disturbance, as well as vibration of the carrier body, caused by the operation of the engines. The expediency of the method for using supersonic aircraft in operational conditions for averaging the instantaneous errors of the stochastic structure is proved. The two-channel method is an effective means of reducing the influence of external perturbing factors caused by methodical errors in the kinematics of gyroscopic sensors, in particular, it is an effective means of reducing the effect of crosslinks between the channels of force stabilization of the platform with gyroscopic moments.