DC can t be directly facing the bright light, so shooting in the snow won t stab the lens

Bright light will damage the image sensor (CCD or COMS) behind the lens and will not puncture the lens (it is nothing more than a set of lenses). The intensity of the reflection of snow is far from that of looking directly at the sun, and the snow is a parallel light rather than a point light like the sun, so it does not form an energy focal point, so it will not be harmful to the camera. Even if the lens is facing the sun, if the focal point is not on the sensor (CCD or COMS) (e.g. deliberately blurring the sun), it will not hurt (but it is better not to do so).

There is a deviation in the understanding of infatuation!

1.The role of the lens is to imaging, not focusing, in junior high school we all have the calculation method of examining convex mirror imaging, imaging is not in focus!

Or the photosensitive device of COMS is a photodiode, the CCD or COMS is compared to a scale, each rod scale has its own weight that can bear, and if it exceeds it, it will damage the scale; For example, your scale can weigh 999kg, and the snow scene is only 1000kg, although it can't be made, it is not enough to damage the scale; And the sun has 1000000000000000kg, which is enough to have enough mass to damage your scale. (Deliberately blurring the sun is like replacing the weighing pan with a large one, or it will be broken.) ）

Normal people use cameras, if they shoot more than 30,000 photos, just like an 80-year-old man, one day is one less day, cherish it!

Won't snow reflections the camera can cope with enough.

Heavy snow is nothing of bright light.

Don't do anything like directly to the sun.

If you are a normal person using a camera, it is difficult to use it badly.

As a general rule, digital cameras should not be pointed at a strong light source such as the sun. Especially the summer sun. The reason is that the CCD photosensitive element shoots the heat source. Shoot often against bright lights. It is easy to cause CCD aging. The service life of the camera is shortened.

It will not damage the lens, but there is a high chance that it will damage the CCD.

That's true, I didn't understand this before.

I said yes, anyway, I knew I couldn't point the camera at the sun, and that would definitely be a problem!

1 All CCD against the strong light, any situation is possible, not to mention a black line, it is very possible to burn your CCD, I really admire your courage.

Stop challenging yourself!!

Do not take pictures in front of bright light or the sun, it will burn if it is reflected on the CCD through the lens. Your Sony may be burned out by the CCD, and it can be quite expensive to repair, I don't know what model yours is.

This is the CCD burned out, and the CCD needs to be replaced.

It is recommended to buy a new camera, and change the CCD** is about to keep up with the camera**.

It's the CCD that burned out, not to mention that it's expensive, and it may not be easy to use, so it's just eliminated.

Don't forget, the CCD picks up the signal, and there's also an image processor at the back with noise reduction. An all-black picture, his color of noise is too easy to deal with! Panasonic's processor even does the reed balance to zero noise.

Even if the CCD is flawed, it will sometimes be covered up.

The lens doesn't matter.

CCD is probably aging faster than the average one.

It's not a quality problem, this phenomenon is called highlight.

The pixels on the sensors of digital cameras are responsible for collecting photons, which are converted into electrical charges through photodiodes, which are then processed to form an image. Once the "bucket" of receiving photons is fully loaded, the charge converted by the extra photons will spill out, and this spillover will have no effect on the object element value, so that the pixel value will be under-sensitive or over-sensitive. When an electric charge spills over to the pixel next to it, causing the nearby pixel to be over-sensitive to light during the processing of photons (e.g., a bright pixel describing the sky has a charge overflow, over-sensitizing the darker pixel at the edge of a leaf or branch), this is called "highlight overflow".

Highlight spills not only lose detail in the image, but also increase the chances of purple fringing appearing.

However, the camera should not be exposed to strong light for a long time, as it is harmful to the image sensor.

When a digital camera is exposed to a strong light, some purple lines will appear on the screen, which will only appear on the camera's display and will not be recorded in **. This is a phenomenon that all CCD devices have when facing bright light, which is very normal, not a problem with the camera.

When you shoot a video with a camera, the lines that appear in the bright light are recorded in the video.

It's not a problem with the machine, it's best to have the camera less in front of strong light sources such as sunlight and monitors, which are harmful to the CCD.

Those lines will appear in front of the strong light digital screen, as you said, it's no problem to face other environments, and it's okay to take pictures, so it's okay, just put it on.

DC is used for CCD imaging or CMOS imaging, and the computer's light sail is far less than Qi Jian to damage the CCD or CMOS, and the high car pants will definitely not have any impact on DC Please rest assured.

Oh good potatoes, radiating each other??

I don't think it has any impact, you see the digital camera connected to the notebook used by the personnel of the filial piety socks industry to engage in scientific research and run in the field, Brother Ying Qiao should not be the reason.

It's not against the bright light, it's just the computer, so there shouldn't be any problem.

Hehe, you two bare mouths.

First upstairs: "Nikon's lenses, films, and digital age are universal." However, on cameras with less than D80 and D90 bodies, such as the D60, D5000, and D3100, there is no AF-S head that does not have a body motor.

Nikon FG is a low-end manual camera from Nikon in the 80s of the last century, and it has no AF function by itself, at that time, the set of this camera was generally equipped with the header of the AI port**, so your camera is likely to be a manual lens of the AI port, if so, all Nikon DSLR cameras can shoot with this lens, but only in full manual mode. Currently, only professional D3, D3X, D2X, D2H, and quasi-professional D300 and D200 can support this type of lens auto** (aperture priority).

Hello! It could be that the camera's ** compensation is set up incorrectly.

If the ** compensation in the camera is set to a positive value, such as +1 3 or +1 + 2, the phenomenon you described will appear.

Digital Camera** Compensation is 2 stops with 1-3 stops of adjustment.

**Compensation value is 0 EV by default for the camera. Users can set their own additions and subtractions according to the intensity of the light in the Huan Scattered Realm.

In the camera's menu, you can find the option to compensate for the settings. Set it to 0 EV to eliminate what you call "digital cameras can't take pictures in bright light."