Key Parameters of Industrial Cameras
Resolution: The number of pixels per image captured by the camera.
Pixel Depth: The number of bits representing pixel data; commonly used values are 8-bit, while digital cameras often utilize 10-bit, 12-bit, 14-bit, and so on.
High frame rateFrame Rate) / Line Rate: The rate at which the camera captures and transmits images, typically the number of frames captured per second for array cameras.Rame/Sec, for the Lines/Sec captured by linear array cameras.
Exposure Methods and Shutter Speed: Line scan cameras use row-by-row exposure methods, which can be set to a fixed row frequency or externally triggered synchronous acquisition. The exposure time matches the row cycle, or a fixed duration can be set. Area scan cameras typically have several common exposure methods, including frame exposure, field exposure, and rolling row exposure. Digital cameras usually offer trigger image capture functionality, with shutter speeds generally reaching 10us, and high-speed cameras can be even faster.
Pixel Size: Pixel size, the digital camera pixel size ranges from 3um to 10um. Generally, the smaller the pixel size, the greater the manufacturing difficulty, and the less uniform the image quality improvement. Spectral Response Characteristics: The general response range is 350nm to 1000nm. Some cameras have added a filter in front of the target to filter out infrared light, and the filter should be removed if the system needs to sense infrared light. Interface Type: There is a Camera 1Ink interface, Ethernet interface, 1394 interface, USB interface output, with CoaXPress interface currently available.
Above is the introduction to the main parameters of industrial cameras. If you have any further questions, feel free to consult our website, where our technical staff will explain to you.
