Wang Dali picked up the water glass on the table and drank it in one gulp, and then regained his composure.

He got up and walked towards the testing room. As soon as he entered, he saw the CMOS chip on the table.

There is a circle of engineers responsible for optics, mechanics, process and inspection.

He smiled and asked: "Xiao Du, have you seen the chip? How is the effect?"

Xiao Du, the engineer in charge of optics, nodded and said: "After a rough inspection, the pixels are quite high and meet our standards. As for the specific parameters, I will give them to you after testing later."

"Very good," Wang Dali clapped his hands excitedly and said, "Then what are you waiting for? Now that everything is ready, quickly assemble the endoscope sample."

"Okay." Everyone nodded and dispersed.

A few days later, three sets of endoscope samples were produced and preliminary debugging and verification began.

Rigid endoscope products are sleeve-specific and are much more complicated than capsule endoscopes.

The entire endoscope system has a variety of equipment, including handles, main units, light sources and accessories.

Among them, the handle is held by doctors and contains a CMOS imaging chip, which is responsible for adjusting the focus, collecting images, and then converting them into electrical signals to send to the host, while also controlling a series of operations such as taking pictures and recording videos.

The host is used to process images and project the images onto the display, which is the core component of the entire device.

The light source is also easy to understand, because the human body is completely dark. If you want the doctor to see clearly the human tissue inside, you need to provide a certain brightness of light.

As for accessories, they include optical fibers, sleeves, etc.

Therefore, after the sample is assembled, it must go through a series of debugging to detect all problems as much as possible.
Chapter completed!