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What is the development trend of radiation sensors?

What is the development trend of radiation sensors?

2022-10-14

What is the development trend of radiation sensors?


Radiation sensor is a detection and conversion device that detects information such as temperature, sound and light, and converts it into current, electricity, etc. on the machine. In this way, human-produced machines can achieve intelligence. So, what is the development trend of radiation sensors?

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What is the development trend of radiation sensors?


1. Systematization. The so-called systematization means that the sensor or sensing technology is not considered as a separate device or technology, but applied engineering research methods are applied according to the requirements of information theory and system theory, emphasizing the systematic and general development of sensors and sensor technology. sex. Place sensors as an important part of information recognition and processing technology, and develop sensor technology together with computer technology and communication technology. The independence between sensing technology, computing technology and communication technology should be systematically considered.


2. Innovation. Innovation mainly includes the use of new principles, new effects and new technologies. Just like using nanotechnology to make nanosensors. Compared with traditional sensors, it provides a variety of new methods for reducing size, improving accuracy, improving performance, and fabricating sensors. The use of quantum effects to develop quantum sensors for sensitive measurement such as resonant tunnel diodes, quantum well lasers, and quantum interference devices has the advantages of high speed, low consumption, stealing, high density, and high efficiency. Develop new sensors using new materials. Develop palladium nano-112 sensors, gold nano-polymer sensors, carbon nano-polymer sensors, resistance strain nano pressure sensors made of nanomaterials for special purposes, special environments, and special processes. Sensors using 3D printing technology for sensors in environment F, including high temperature, high pressure, anti-corrosion, strong radiation, etc. Flexible sensors, quantum sensors, etc.


radiation sensor


3. Miniaturization. In automation and industrial applications, the smaller the sensor itself, the better. The subtlety of the sensor refers to the sensitive element sensor. This sensor has advantages in size, miniaturization and performance, integration in elements and utility. Diversity, functional systemicity, and structural complexity. Sensor miniaturization is not feature size reduction or reduction - there are new mechanisms


4. Intelligent. The intelligence of the sensor means that the sensor has artificial intelligence such as memory, storage, thinking, judgment, and self-diagnosis. Its output is no longer a single analog signal, but a digital signal through the microprocessor, and even performs control functions. According to technological development, the 3360 digital signal processor will facilitate the development of many new generation sensor products. With the development of 5G communication, big data, AR, VR, cloud computing, etc., and the application of new technologies such as robot internal driving and artificial intelligence, the world has entered the intelligent era from the traditional electrical era, and sensors have also ushered in a new intelligent era. . Iron energy sensors include consumer electronics, new luxury cars, industrial detection and control, and smart medicine.



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