The Impact Of Discrete Semiconductors On The Aerospace Industry

Image source Freepik

The aerospace industry is quite diverse and covers everything in the atmosphere and even in outer space. It encompasses an array of applications in different areas including commercial, military, and even industrial applications. The aerospace industry tends to focus on building and development of products that will be used in aerospace. While aircraft and spacecraft tend to be the key areas of focus in this field, all other supporting tools and devices are part of the aerospace ecosystem.

Discrete semiconductors are some of the main ingredients that are used in the aerospace industry. In this article, we are going to discuss some of the impacts of discrete semiconductors in the aerospace industry.

Table of Contents

Impact of discrete semiconductors in aerospace

Let’s look at different ways in which the aerospace industry has been affected by the use of discrete semiconductors.

Miniaturization in the aerospace industry

Since the aerospace industry is directly affected by the issues of size and weight, we cannot ignore the role that discrete semiconductors have played in these two factors. They have made a significant contribution to reducing the size and weight of aircraft.

Most modern spacecraft and aircraft are lighter than before. The lightweight factor also affects the overall performance and energy consumption of the components used in the aerospace industry.

Enhanced energy efficiency in the aerospace industry

Discrete semiconductors are used in power electronics that run the aerospace industry. They control and regulate the energy consumption of different components and types of equipment that are used in the aerospace industry.

How is this achieved? Well, some components such as diodes determine the direction of current flow. Others such as transistors determine the power output in the electronic circuits. The overall result is high energy optimization and efficiency in different aerospace products.

Enhanced safety and reliability

Safety is one of the biggest topics in the aerospace industry. The delicate nature of this industry requires manufacturers and other players in the industry to put adequate measures to enhance the safety of the aircraft. There are different ways in which discrete semiconductors have enhanced safety in the aerospace industry.

First, the numerous sensors in aircraft are able to detect any flow in time and issue the necessary warnings. This can help to prevent major accidents. Secondly, through enhanced communication, various issues that are related to aerospace safety can be addressed expansively. Also, improved reliability, one of the impacts of semiconductor devices helps to improve safety ratings in the aerospace industry. This is achieved because key equipment and devices that are used in this space will rarely fail.

Versatility in the aerospace industry

There are several ways in which discrete semiconductors enhance versatility in the aerospace industry. One of the aspects is in the manufacturing of different aerospace products. Discrete semiconductors make it possible for manufacturers to come up with different designs and configurations of products that are to be used in the industry.

Another aspect of versatility is the ability of products to operate and thrive in harsh environments. Discrete semiconductors can withstand high temperatures and many other unfavorable conditions.

Overview of the discrete semiconductor market in the aerospace industry

What does the market say about the use of discrete semiconductors in the aerospace industry? According to the Globe News Wire, the semiconductor aerospace market is expected to surpass USD 10.20 billion by the year 2030. This is a steady growth of 5.21% CAGR. The growth prediction mainly stems from the fact that discrete semiconductor components are used in different areas of the aerospace industry.

From the published market data, some of the core devices that are made of discrete semiconductors and are used in the aerospace industry include power management systems, actuators, processors, memory devices, controllers, sensors, navigation systems, high precision systems, imaging and radar systems, smart munitions, space vehicles, integrated vehicle systems, avionics, RF systems among many other devices and products.

Each discrete semiconductor is designed to achieve a specific goal in the aerospace industry. Some semiconductor devices such as transistors are used for the switching and amplification roles. Others such as diodes determine the direction at which electric signals will flow.

Key drivers of discrete semiconductors in aerospace

Other than the benefits, there are other forces that are pushing the use of discrete semiconductors in the aerospace industry. Modernization and technological advancement are among the main drivers of the use of discrete semiconductors in the aerospace industry.

Over the years, most players in the aerospace industry have put more emphasis on the modernization of aircraft and other devices that are used in the aerospace industry. Manufacturers are always introducing modern wares on aircraft for various reasons. One of them is to improve the safety levels of the equipment in the aerospace industry.

Communication and performance are among the other motivating forces that are pushing the use of discrete semiconductors in the aerospace industry. Generally, the communication arena has experienced immense growth in recent years. The aerospace industry had no option but to join the bandwagon. The need for performance is probably another driver for the use of discrete semiconductors in aerospace. It is easy to point out the fact that modern aerospace devices deliver better performance than older ones. Discrete semiconductors can take significant credit for such.

Conclusion

Discrete semiconductors have numerous roles to play in the aerospace industry. Also, their impact on the industry is quite big. They influence every aspect of this industry. Key properties of discrete semiconductors such as small size, electrical conductivity, and the ability to withstand harsh conditions are just some of the factors that make these conductors relevant in the aerospace industry.

Are you building a product or system that will be used in the aerospace industry? Having the right discrete semiconductors is the key to ensuring that your system runs smoothly and efficiently. How can I get the right components? The answer is simple; Choose reputable discrete semiconductor distributors and suppliers in China. Using their expertise in the industry, they will ensure that you end up with the best discrete semiconductors for aerospace.