Analysis of the Possibility of Improving the Reliability of Radar Stations on a Wheeled Chassis by Introducing Vibration Protection

an on-board electronic equipment radar must meet strict requirements, including reliable operation under the influence of external interference and internal noise, as well as the ability to process a large amount of information in a limited time. During operation, on-board radar systems (radars) are affected by various external influences, including vibration, which negatively affect both electrical characteristics and reliability indicators. Therefore, when developing on-board radars, special attention is paid to the protection of products from external vibration effects. According to the conducted research vibration effects have a significant impact on the radiation of the antenna, the presence of which leads to a decrease in the speed of signal processing and a decrease in detection accuracy, which leads to a decrease in the efficiency of the entire radar system. In this regard, increasing the vibration protection of radar nodes, including antennas, is an urgent scientific and practical task.