Wireless light detection system based on Arduino

Abstract

The invention discloses a wireless light detection system based on Arduino, which belongs to the field of electric light source testing. The system uses an Arduino control module as the center, and is composed of a display module, the Arduino control module, a network module 1, a network module 2, a spectrometer and an integrating sphere. The display module uses a TFT touch screen to display the command menu of the spectrometer and data uploaded by the spectrometer. The network module 1 and the network module 2 adopt a Wifi chip to carry out data transparent transmission. The spectrometer is provided with a TFT touch screen, can realize the functions of spectrometer wireless network communication parameter setting and display, and can display temperature in the integrating sphere, wherein the temperature is collected by a thermocouple. The temperature data collected by the spectrometer can be transmitted to the network module 1 through the network module 2 to be reported to the Arduino control module, and a temperature value is displayed on the display module.

Description

technical field [0001] The invention relates to the field of electric light source inspection, in particular to an Arduino-based wireless light detection system. Background technique [0002] With the advancement of science and technology, the Internet of Things technology is developing rapidly, and many electronic products have achieved interconnection, but the interconnection of testable inspection equipment is still lagging behind. For light detection systems, most spectrometers on the market are wired to the host computer, which increases the complexity of the connection between detection devices. Secondly, in the case of a wired connection, only a fixed computer can be used for operation, and remote detection or detection with portable devices cannot be realized. Finally, when using an integrating sphere to detect optical parameters, the temperature inside the integrating sphere must meet the requirements of the national standard. In the prior art, the temperature moni...

AI Technical Summary

Problems solved by technology

For light detection systems, most spectrometers on the market are wired to the host computer, which increases the complexity of the connection between detection devices

Secondly, in the case of wired connection, only a fixed computer can be used for operation, and remote detection or detection with portable devices cannot be realized.

Finally, when using an integrating sphere for optical parameter detection, the temperature inside the integrating sphere must meet the requirements of the national standard. In the prior art, the temperature monitoring inside the integrating sphere is relatively lacking.

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