Linked from

The 33 pages that link to Image sensor, each with the reason it gives.

• CinematographyRelated: Sensor size and performance shape image capture in digital cinematography.

• Depth of fieldRelated: Sensor size and resolution influence how blur is recorded and judged.

• Digital photographyBroader topic: Its photosites measure light to form the raw capture.

• Analog-to-digital converterRelated: Digital cameras use ADCs to encode pixel signals as image values.

• Photographic filmCompared with: A sensor replaces the emulsion as the light-recording surface in digital cameras.

• Digital cameraBroader topic: It replaces film as the camera’s light-sensitive recording surface.

• Digital imageRelated: It measures light from a scene to produce data for a digital photograph.

• ApertureRelated: The aperture regulates the light that ultimately reaches this component.

• Spatial resolutionRelated: Sensor size, pixel pitch, and noise affect which details survive capture.

• Dynamic rangeNarrower topic: Its noise and saturation limits set the brightness span available to a camera.

• Digital cinematographyNarrower topic: Its photosites measure the light that becomes each captured frame.

• Image resolutionRelated: Its sampling grid contributes to an image's pixel dimensions.

• Optical resolutionRelated: Pixel spacing can limit recorded detail after optics have formed the image.

• Chromatic aberrationRelated: Color-channel sampling can reveal or complicate correction of lens color displacement.

• IrradianceRelated: The irradiance across its photosensitive area influences the recorded signal.

• Semiconductor fabricationBroader topic: Its process integrates photosensitive pixels with circuitry for reading and processing signals.

• Digital cinemaRelated: It records the light entering a digital cinema camera.

• Quantum efficiencyRelated: Its quantum efficiency determines how much of the incoming light contributes to an image.

• Semiconductor device fabricationBroader topic: Sensor fabrication must integrate light-sensitive pixels with readout circuitry.

• Dark currentNarrower topic: Dark current appears as a baseline signal in the sensor's pixels.

• Digital videoRelated: It turns the scene’s light into pixel data that can become video frames.

• High-speed photographyRelated: Sensor readout speed can limit how quickly successive frames are recorded.

• Digital imagingRelated: Its photosites turn light from a scene into measurements used to form digital images.

• Single-lens reflex cameraRelated: In a digital SLR, it replaces film as the surface receiving the captured image.

• Camera (still photography)Compared with: It records the image electronically, unlike photographic film.

• Digital single-lens reflex cameraRelated: It records the scene when the mirror rises and the shutter opens.

• OptoelectronicsBroader topic: Its photodetectors make optoelectronic conversion the basis of digital imaging.

• George E. SmithNarrower topic: The CCD became a major image-sensor technology, extending Smith’s invention into photography.

• Willard BoyleNarrower topic: The CCD began as a storage idea and became a transformative form of electronic image sensor.

• Video cameraRelated: It converts the scene’s light into signals from which video frames are formed.

• WebcamBroader topic: It captures the light that becomes each webcam frame.

• High resolutionRelated: Sensor elements sample the image and constrain its recorded detail.

• Multi-exposure HDR captureRelated: Its saturation and noise limits shape the useful range of each bracketed frame.