Method of Fuel Control and Monitoring System Under Electromagnetic Impulses using STM32 Microcontroller

This research work examines the method and analysis of a fuel control system under electromagnetic pulses (EMPs). The fuel control system is a critical component in various industries, including aviation and automotive. The goal of this research work is to study the effects of EMPs on the fuel control system and to develop a method for protecting system from these effects. The project includes a detailed analysis of the fuel control system's components and their susceptibility to EMPs. The method for protecting the system will be based on the result of the analysis and may include the use of shielding or other mitigation techniques. It will ultimately provide valuable insights into the resilience of fuel control system under EMPs and inform the development of more robust systems in the future.