Final answer:
linear
A charge-coupled device (CCD) used in digital imaging and astronomy has a linear sensitivity response curve that accurately measures the intensity of light for each pixel.
Step-by-step explanation:
A charge-coupled device (CCD) has a linear sensitivity response curve as compared to other types of television image receptors. CCDs are known for their capability to convert light signals into electronic signals, allowing for the electronic processing and storage of visual images.
This linear response is particularly useful in astronomy, where accurate measurements of the intensity of light are crucial. The CCD's pixels each detect the intensity of light impinging on it, and this information is electronically processed and stored.
Step-by-step explanation:
A charged coupled device (CCD) has a linear sensitivity response curve compared to other types of television image receptors.
A linear sensitivity response means that the output signal of the CCD is directly proportional to the input light intensity. This allows for a more accurate and predictable representation of the image.
A charged-coupled device (CCD) typically has a linear sensitivity response curve compared to other types of television image receptors.
This means that the response of a CCD is directly proportional to the intensity of the incident light, making it useful for capturing and reproducing images with accurate brightness levels.