In the future, the sensor will become smaller, cheaper, more accurate, more flexible, more energy -saving, more environmentally friendly, can collect more types of data, and integrate more and more new technologies.

1. smaller, cheaper

With the application of various new platforms and new materials, manufacturers can create smaller sensors, and their performance can be as high as millimeter -level and microwave electronic components. With less silicon applications, the cost will be greatly significant. reduce. At the same time, the new platform will reduce the design, development and manufacturing cost of sensors.

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In the long run, self -calibration sensors have very high cost benefits. Through automatic calibration, the number and time of the sensor can be reduced, and the maintenance cost can be greatly reduced. In addition, self -repair sensors will have a wider range of application and make maintenance costs lower, especially when various disasters and risks occur.

Second, higher accuracy

At present, the study of multi -channel collaboration spectrum perception is still in the initial stage. In the future, once the technology is mature, it will provide more accurate monitoring data than the current single -channel sensor.

More accurate, more reliable and copy -available sensors will have more application scenarios in the fields of medical equipment, and the function of its implementation is also more powerful.

Third, more flexible and more flexible

Flexible sensors are an important direction for future sensors. At present, flexible light sensors, pH sensors, ion sensors and biosensors are still in the early development stage. In the future, these flexible sensors will have more innovative applications, such as artificial skin, wearable sensors and micro -sensitive sensors.

Through the microfilm technology and magnetic field, the sensor can be as slender as hair as the hair, and it is elastic. It does not need a power supply. It can measure temperature, pressure, stress, stress, twist and position without contact.

Fourth, better perception and more data

In the future, sensors will more effectively imitate human senses to detect, process and analyze complex signals, such as biological hazards, odor, material pressure, pathogen and corrosion. For example, these advanced sensors can not only perceive a large number of single analysis materials (such as carbon dioxide), but also crack each component in the smell.

In addition, intelligent dust is a micro -sensor driven by vibration, which can monitor various situations such as battlefields, high -rise buildings or arteries.

5. More medical applications

At present, many health -related sensors are mainly used in the field of entertainment and lifestyle, and their functions do not meet medical -level requirements. In the future, more medical -grade sensors will pass strict supervision approval and realize medical applications.

With the miniaturization of the laboratory system, the development of emerging technologies that accelerate the perception of biological hazards, wearable sensors will become real medical -grade equipment, not simple life and entertainment. Medical testing will be easier. A detection instrument can analyze more substances and reduce the demand for the amount of samples. For example, health detection can be completed through body fluids such as sweat and tears.

Khanda pills are a application of miniaturization of laboratory systems. For example, many health technology startups have used swallowing sensors to replace traditional endoscopic examinations to reduce patients' pain. There are also some technology companies developing or implantable pills, which can be continuously administered in the body for a long time, making the patient's daily treatment easier.

Six, more energy -saving

At present, most sensors are not very energy -saving because they are always in a state of opening. In the future, the sensor will become more intelligent and driven by specific conditions. Only when a certain condition is met, it can be activated, and when they are in the standby mode, there is almost no power consumption.

In addition, the sensor can also obtain energy from the surrounding environment to achieve longer operations. For example, exercise, pressure, light, or the calorie difference between the patient's body and the surrounding air can all become the energy source of the sensor.

Seven, more environmentally friendly

In the future, the environment -friendly and biodegradable sensors will be increasingly welcomed.

Environmental -friendly sensors, you can perceive the temperature and humidity of your space, gas quality, PM2.5, and whether there are harmful gases. People's quality of life is higher.