Case Study of the Effect of Air Pressure and Air Temperature on the Electro-optomechanical System in Order to Create More Distance Between the Antenna and the Transmitter-receiver in Communication Systems

Making distance between the antenna and the transmitter-receiver, without disrupting the performance of wave propagation systems, is a key requirement for many exploiters, including military, medical, and information and communication organizations.In addition to all the studies done to achieve this important goal, the use of electro-optomechanical systems with special design and measures can be considered as a basic strategy in this field, but their use requires that the efficiency of the system is not compromised in different environmental conditions. Two environmental factors affecting efficiency are the effect of changes in air pressure and temperature. In this paper, the effect of these two key factors, as a case study on the efficiency of an electro-optomechanical system, has been studied. The results show that the effect of changes in air pressure on the efficiency of the system under study is very significant and the effect of temperature changes depends on the dielectric type of the system capacitor, which must be considered in their design and construction.