THE OPERATING STABILITY OF AN AUTOMATIC ADJUSTMENT SYSTEM WITH A PARALLEL TRANSFER DEVICE USING A PENTAPRISM

摘要

Highly accurate laser optoelectronic instruments with automatic adjustment systems are considered, which provide high accuracy in the angular adjustment of the axes of their receiving-transmitting channels. A procedure for designing a high-precision parallel-transfer device, based on two pairs of pentaprisms, necessary to ensure the operation of this system, is investigated. The effect of the system for measuring the angular coordinates of the radiation beam on the operating stability of the instruments is considered. A detailed analysis of the probability of signal loss due to the effect of vibrations on the system is presented.