A Solution for Maintaining Power Failure of High-Power Airborne Equipment

With the increasing power and integration of airborne equipment computer processing platforms, system power consumption is also increasing. The large capacity energy storage method can meet the requirement of 50 ms power outage maintenance when the bus or power supply of the carrier is in a state of transition. However, the large capacity capacitance, large volume, heavy weight, and high price result in the overall volume and weight of the airborne equipment seriously exceeding the requirements of the system. Therefore, targeted and effective measures need to be taken in system design to ensure that high-power electronic equipment can meet the above requirements.