Without sensors to detect important data such as pressure, temperature, and orientation, and perform data analysis and result transmission from them, the industrial Internet of Things could not have developed to the point it has today. Take the field of automotive driverless driving, which has been the headline of autonomous driving technology for a long time in the past two years, for example, if there is no artificial intelligence and the role of sensors all over the car, let alone the role of autonomous driving technology can not achieve the desired effect, the data transmission of sensors is lost, the dashboard is not displayed, and the car can not even fire, sensors play such a vital role in some areas.
According to statistics, the use of sensors in the automation industry is very broad, and autonomous driving-related research accounts for 21% of the sensor market; In addition, the medical industry also has a great demand for sensors, in the diagnosis of disease, doctors need to obtain accurate patient data through sensitive sensor components; Of course, the largest market share is still the industry, accounting for 31%.
Of course, in the application of the industrial field, the requirements for sensors are also more stringent. In many electronic fields that focus on high-end products, the real operating environment is very harsh, but there are accurate, reliable and other needs in operation, and long-term service life is also critical. With the increase of interaction between machines, the increase of effective information to be processed, and the complexity of execution tasks, it is necessary to use top substrate materials, and ceramic packaging substrates came into being. In the continuous research and upgrading, it has gradually become the best choice for many sensors. Such as the current oxygen sensor in the car, and for example, the temperature and humidity sensor with high sensitivity requirements for the component, fully demonstrate the advantages of the ceramic substrate.
Not only that, the ceramic packaging substrate can also meet the integration requirements of small and precise high-end electronic products, and is also significantly better than the current mainstream substrate in various performance comparisons, showing the advanced technology manufacturing nature. As China's domestic brand ceramic substrate technology has matured, domestic sensor manufacturers have certain advantages in product research and optimization of the production chain, it can be said that high-quality ceramic circuit boards support a lot of high-end technology research and development and production, is also a reality that domestic electronics manufacturers are happy to see.
In the broader international world, foreign manufacturers generally bring sensor technology into the production process; The Chinese market has its own characteristics, and the industry is more optimistic about sensors in transportation communications, wearable devices, medical and health, aerospace and other aspects. In the human-machine interaction and machine interaction that the Internet of Things will show to people, the sensor is recognized as indispensable, playing a very core heart function, and the ceramic packaging substrate that silently transmits these information efficiently is like the blood vessels on the human body, and is also the ultimate hero of the Internet of Things era.
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