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Take air transport as an example. Although its main task is to achieve rapid movement of goods, the industry chain involved is very extensive. From the packaging and loading and unloading of goods to the planning of routes and fuel consumption, every link affects the efficiency and cost of transportation. In the field of electronics, the development of SiC power devices is gradually changing the way power is controlled and converted, providing more efficient and smaller solutions for various electronic devices.

It seems that air transportation and SiC power devices have nothing to do with each other, but a deeper look reveals that the two have subtle intersections in some aspects.

First, from a technical perspective, air transport is increasingly dependent on electronic equipment. Aircraft navigation systems, communication equipment, and cargo monitoring systems are all inseparable from high-performance electronic devices. The emergence of SiC power devices has improved the working efficiency and stability of these electronic devices, thereby indirectly ensuring the safety and accuracy of air transport.

At the same time, the development of air transportation has also put forward higher requirements for the lightweight and miniaturization of electronic equipment. Due to its unique physical properties, SiC power devices can achieve higher power output in a smaller volume, which provides more possibilities for the design of avionics equipment. For example, in the power supply system of an aircraft, the use of SiC power devices can reduce the size and weight of the power module, improve energy efficiency, and thus reduce the load on the aircraft and reduce fuel consumption.

Secondly, at the economic level, the prosperity of air transport has promoted the development of global trade. More and more high-tech products need to reach the market quickly through air transport, including electronic products using advanced SiC power devices. The development of the SiC power device industry has also driven the prosperity of related industrial chains, providing more sources of goods for air transport.

Furthermore, from the perspective of environmental protection, the aviation industry has been under tremendous pressure to reduce carbon emissions. The application of SiC power devices can improve the energy efficiency of various equipment on aircraft and reduce energy consumption, thereby reducing the impact of aviation on the environment to a certain extent. At the same time, the production process of SiC power devices is also constantly pursuing more environmentally friendly and sustainable methods, which coincides with the green development concept of the aviation industry.

In addition, at the policy level, governments of various countries have introduced a series of support policies to promote the development of aviation transportation and high-tech industries. These policies not only create a better development environment for the aviation transportation industry, but also provide strong guarantees for the innovation of high-tech industries such as SiC power devices. For example, investment in aviation transportation infrastructure and subsidies for the research and development of new energy technologies have promoted the coordinated development of the two to a certain extent.

In summary, although aviation transportation and SiC power devices belong to different fields, there are potential connections and mutual influences in many aspects such as technology, economy, environment and policy. This connection is of great significance for promoting the development of their respective fields and promoting the progress of the whole society.