The diploma project is devoted to the development of an optoelectronic accelerometer for the LAV stabilization complex. Today, the topic of armament is relevant. In most cases, this is the modernization of old equipment. One of the ways to improve the efficiency of military equipment is to increase the accuracy of shooting, and therefore the measuring equipment of the weapon stabilizer, in particular accelerometers.
This project considers existing stabilization systems and combat modules that improve their accuracy using such systems. Also, various types of accelerometers were considered, namely their designs, principles of operation, advantages and disadvantages.
The main goal of the project is to develop an optoelectronic accelerometer for measuring accelerations characteristic of the LAV movement over rough terrain. This involves calculating the parameters of the sensitive element, simulating its behavior at a certain acceleration, selecting the necessary electrical components and developing an electrical schematic diagram to obtain a digital signal with which the microcontroller of the LAV stabilization complex can work.
The material is presented in 69 pages. Contains 4 sections, conclusions, literature sources, the material is presented in tables and figures.
Research advisor: Olena Bezvesilna
