What are the factors that affect the performance of China photoelectric sensor
There are many factors that affect the normal use of China photoelectric sensor, the first is the detected medium. The effect of different media on the sensor is mainly due to the difference in its reflectivity (light transmittance). Since different media have different materials, the reflectivity is also different. The greater the difference in the reflectivity (transmittance) of the medium, the higher the recognition rate of the China photoelectric sensor for different media under the same conditions, and the better the adaptability. Therefore, for media with different reflectivity (light transmittance), different photoelectric sensor or with different circuit parameters should be selected.
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There are many factors that affect the normal use of China photoelectric sensor, the first is the detected medium. The effect of different media on the sensor is mainly due to the difference in its reflectivity (light transmittance). Since different media have different materials, the reflectivity is also different. The greater the difference in the reflectivity (transmittance) of the medium, the higher the recognition rate of the China photoelectric sensor for different media under the same conditions, and the better the adaptability. Therefore, for media with different reflectivity (light transmittance), different photoelectric sensor or with different circuit parameters should be selected.
What is the purpose and structure of the customized photoelectric sensor
The customized photoelectric sensor is the key component to realize photoelectric conversion in various photoelectric detection systems. It is a device that converts optical signals (infrared, visible and ultraviolet radiation) into electrical signals. In general, a photoelectric sensor is composed of three parts: a transmitter, a receiver, and a detection circuit.
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The customized photoelectric sensor is the key component to realize photoelectric conversion in various photoelectric detection systems. It is a device that converts optical signals (infrared, visible and ultraviolet radiation) into electrical signals. In general, a photoelectric sensor is composed of three parts: a transmitter, a receiver, and a detection circuit.
The wholesale photoelectric sensor manufacturers introduce the photoelectric effect
The so-called photoelectric effect of the wholesale photoelectric sensor means that when an object is irradiated with light, the object is bombarded by a series of photons with energy, so the electrons in the material of the object absorb the energy of the photons and the corresponding electrical effects occur, such as changes in conductivity, emission of electrons or generate electromotive force, etc.
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The so-called photoelectric effect of the wholesale photoelectric sensor means that when an object is irradiated with light, the object is bombarded by a series of photons with energy, so the electrons in the material of the object absorb the energy of the photons and the corresponding electrical effects occur, such as changes in conductivity, emission of electrons or generate electromotive force, etc.