982083-1

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982083-1 technology is a new type of sensor system using infrared sensor technology developed by the Beijing Institute of Technology. It is mainly used to detect objects of various sizes and shapes and monitor the position of the objects in real-time, and then provide feedback control signals to related objects. The technology has wide application prospects in the fields of intelligent security, unmanned vehicles, measurement and control systems, and other field. Below is a detailed introduction to the application field and working principle of 982083-1 technology.

Application field

With the increasing application of high-precision detection and positioning technologies in various fields, 982083-1 technology can effectively meet the needs of customers. The main application fields are as follows:

• Manufacturing industry: 982083-1 technology is used in the manufacturing industry to help detect mechanical products. This detection helps to improve the accuracy and efficiency of production.
• Intelligent security: 982083-1 technology can be used in intelligent security to detect and monitor people or objects whose movements are hazardous to safety. It can even recognize and monitor a moving target in a wide-range three-dimensional space.
• Unmanned vehicles: 982083-1 technology can be used in unmanned vehicles to monitor and identify the environment of the vehicle, so as to accurately detect obstacles and control the movement direction of the unmanned vehicle.
• Measurement and control systems: Based on the characteristics of 982083-1 technology, it can be used in various measurement and control systems. This technology can be used to measure and detect physical quantity such as temperature, pressure, speed, and displacement.

Working principle

982083-1 technology mainly uses infrared sensors to detect objects. The principle is to use double light source infrared signals and receive the infrared reflection signal. The infrared reflection signal is then sent to the signal conditioning circuit to convert it into a corresponding voltage signal. The voltage signal is finally sent to the feedback control circuit for feedback control.

First, when the infrared signal is emitted, it enters the receiving end through reflection by an object, thereby detecting the presence of the object. The infrared signal is converted into electronic signals by the receiving end circuit. Then, the electric signals are sent to the signal conditioning circuit for amplification and anti-interference treatment, and then converted into a voltage signal. Finally, the voltage signal is sent to the feedback control circuit. The output of the feedback control circuit is the control signal of the related object, which provides control feedback according to the specific control requirements of the application.

To conclude, 982083-1 technology is a new type of infrared sensor technology that has many applications in the fields of intelligent security, unmanned vehicles, measurement and control systems, and other fields. This technology uses infrared sensors to detect objects and then convert them into feedback control signals for feedback control. By adopting this technology, operators can get accurate information about the environment, which greatly improves the safety and accuracy of the equipment.

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