Let's start with a look at the image sensor itself.

The company has a strong presence in image sensor market.

Although I believe the newer hybrid systems have this built into the image sensor.

The other major difference internally is the image sensor chips themselves.

Dark current is greatest at "hot pixels" within the image sensor.

The image sensor in a digital camera and a camcorder.

The device uses low resolution image sensors and still not fast enough to process received images.

The image sensor has individual photosites to collect light from a given area.

This lets the photographer control the amount of light reaching the film or image sensor.

Digital camera image sensors can also be subject to a form of reciprocity failure.

More recently, infrared imaging sensors have come into use.

However, it was not until the early 2000s that image sensor technology had progressed far enough to allow images of a reasonable quality.

Cinematography can begin with rolls of film or a digital image sensor.

Its 10-megapixel image sensor is larger than typical sensors found in point and shoot cameras.

Digital cameras use an image sensor instead of photographic film, based on chemicals.

Instead, Kodak is offering to upgrade the image sensor and software of the older model for about $1,500.

The image sensor looks for black or white.

DxOmark is also known for digital camera image sensor ratings.

Semiconductor image sensors are applied for the detection of radiation.

Most cameras use an electronic image sensor to store photographs on flash memory.

Every time lenses are changed, dust may enter the camera body and settle on the image sensor.

Dark current is one of the main sources for noise in image sensors such as charge-coupled devices.

Under the glass, there is a moving Image Sensor.

Webcams typically include a lens, an image sensor, and some support electronics.

Temperature can also have an effect on the amount of noise produced by an image sensor due to leakage.