See3CAM24CUG from e-con Systems is a color global shutter camera based on the ARO234 sensor.
#Frame sensor diagonal full#
It is a global shutter sensor that is used for accurate and fast capture of moving scenes at 120 frames per second at full resolution. Some lens sizes are estimated based on pixel density and resolution. It is a 1/2.6 (Diagonal 6.8 mm) optical format CMOS sensor with a 3.0 m x 3.0 m pixel size. As such, it has a shorter focal length to enable a similar 180-degree viewing angle, measured on the diagonal of the frame. The above data is updated, corrected and/or modified based on the original data from the references below. This is essentially a crop-sensor version of the Samyang 12mm f/2.8 ED AS NCS diagonal fisheye for full-frame cameras. Sensor Number (Estimated Size L x W)ġ/2.5″ (Nokia Lumia 1520, Sony Cyber-shot DSC-T5, iPhone XS)ġ″ Nikon CX, Sony RX100 and RX10, Samsung NX Mini, Sharp Aquos R6 Another example is the one-inch sensor as shown in the featured photo above where none of the specifications is 25.4mm (one inch). For reference, sensor diagonal measurements are 43.3 mm for full frame 35mm film up to 11 mm for compact digital cameras, and 22 mm and over for digital. On a full-frame camera this is 43mm and so typically a 50mm is regarded as a standard. A standard focal length for a camera is usually taken as the diagonal of the image frame. Similarly, the full frame sensor is 1.3x larger than the APS-H sensor.). The estimated size (L x W) below are either from manufacturer specs or estimated based on the sensor resolution, aspect ratio and pixel size. We multiply because the full-frame sensor is 1.6 times bigger than the APS-C sized sensor. 1/4″, does not refer to the actual sensor dimension. This is why a full-frame DSLR with 24MP can have a better picture than a tiny 1/2.5″ phone camera sensor with over 100 MP. But we know with absolute certainty that the 35 film frame is 36×24 mm, so Pythagoras tells us its diagonal computes 43.2666 mm. A bigger sensor captures more light, producing a higher-quality photo than a smaller one. However, it is the camera sensor size that affects the quality of the image. Many cameras or phone design focuses on Mega Pixel specifications, i.e. The following table is a collection of the sensor size in DLSR and phone cameras, some of which are based on estimation, for reference only.
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