Примеры использования Camera's sensor на Английском языке и их переводы на Русский язык
{-}
-
Official
-
Colloquial
Cleaning requires flipping up your SIR mirror to give open access to the camera's sensor.
Unfortunately, this depends on the camera's sensor size- of which there's a wide diversity these days.
Cooling or warming filters change the white balance of light reaching the camera's sensor.
This article aims to address the question: how does your digital camera's sensor size influence different types of photography?
They work by reducing the amount of reflected light that passes to your camera's sensor.
For example, if the image on your camera's sensor is 25% as large as the actual object, then the magnification is said to be 1:4 or 0.25X.
At 1:1 magnification, the lens moves all the way out to twice the focal length from the camera's sensor.
In digital photography, the analog signals from the camera's sensor are digitized and thus get interpretable and processeable electronically.
The above diagrams depict the maximum angles that light rays can take when hitting your camera's sensor.
Polarizers dramatically reduce the amount of light reaching the camera's sensor- often by 2-3 f-stops 1/4 to 1/8 the amount of light.
The above diagrams depict the maximum angles that light rays can take when hitting your camera's sensor.
It seems that the camera's sensor is where the similarities between the two devices end, however, as Samsung uses its own memory and optics to complete the unit.
Magnification describes the size an object will appear on your camera's sensor, compared to its size in real-life.
The key concept is this: when an object is in focus,light rays originating from that point converge at a point on the camera's sensor.
Magnification describes the size an object will appear on your camera's sensor, compared to its size in real-life.
A line frequency of 1000 LP/PH, for example,has the same appearance at a given print size- regardless of the size of the camera's sensor.
Anytime you place an additional glass element in between your subject and your camera's sensor, you run the risk of decreasing image quality.
To understand this, let's take a look at what happens to an image when it passes through a camera lens and is recorded at the camera's sensor.
Strictly speaking, SLR cameras just have viewfinders that see the same light as the camera's sensor(more on this later), but in practice this isn't the only distinction.
If neither ofthe above is true, it is safe to assume that the dust culprit is your camera's sensor.
For the vast majority of images it does not matter, butwhen shooting in low light conditions the camera's sensor able to record something that is completely invisible to the naked eye- Infrared Light.
They also reduce flare and ghosting- a common problem caused by light bouncing off a camera's sensor.
The aim of this step is to offset any inherent softening caused by your camera's sensor and lens" capture sharpening.
Although print size and viewing distance influence how large the circle of confusionappears to our eyes, aperture and focusing distance are the two main factors that determine how big the circle of confusion will be on your camera's sensor.
It differs from depth of field because it describes the distance over which light is focused at the camera's sensor, as opposed to the subject.
The RAW file format is digital photography's equivalent of a negative in film photography:it contains untouched,"raw" pixel information straight from the digital camera's sensor.
This is different from the closest focusing distance, which is instead(usually)measured from the camera's sensor to the subject.
An aberration is when imperfect lens design causes a point light source in the image not to converge onto a point on your camera's sensor.
In order for a camera lens to focus progressively closer, the lens apparatus has to move farther from the camera's sensor called"extension.
The following procedure is intended for situations where the subject liesprimarily along a horizontal plane or some other plane which is rotated relative to the camera's sensor.