Q：What are the factors that affect integrated laser imaging components?
A:
The main factors affecting the all-in-one laser imaging component are laser power, lens aperture, line laser width, and camera responsiveness to specific wavelengths.
Q：What are the common line laser lens spread angles?
A:
It is usually distributed from 15°-115°, in a grade of 15°.
Q：What are the advantages of linear array camera?
A:
Line array cameras have high acquisition speeds compared to surface array cameras and can be adapted to high-speed inspection scenarios.
Q：What is a linear array camera?
A:
A linear array camera is a camera using a linear array image sensor.
Q：Why do I purchase a laser product with a laser power of X, but my power supply has to supply more than X?
A:
Firstly, the laser itself has a certain conversion efficiency as an electro-optical converter device. Secondly, in order to ensure stable operation of the laser, additional circuits, refrigerators, and other devices also need to consume electrical energy.
Q：What are the drawbacks of laser light sources?
A:
When laser light sources are used in the field of illumination imaging, due to its strong coherence, the resulting image will have more obvious noise than LED light sources.
Q：What is the difference between the WPL light source and the LED light source in terms of fill light?
A:
LED is an extended surface light source with multiple discrete light-emitting elements, the emission angle is large, the light emitted is more dispersed, and the light extraction efficiency and collection efficiency are low. Laser light source has good directionality and monochromaticity, high electro-optical efficiency and high utilization of light. The wavelength of the laser is more abundant, and the optical physical properties are better for special materials.
Q：How long is the lifespan of a laser?
A:
Normal operation in the required environment, with a main laser lifespan of generally 20000 hours.
Q：What is the relationship between the laser line and the camera field of view?
A:
The laser line length will be larger than the camera field of view.
Q：What are the factors that affect the imaging of OSI components?
A:
The transmittance of the camera lens to a specific wavelength, the responsiveness of the camera to a specific wavelength, laser power, lens aperture, and the distance between the component window and the silicon wafer.
