Final answer:
Visible output from an image intensifier tube is commonly transmitted to a TV camera's CCD chip using a fiber optic tapered bundle, which maintains image quality and resolution.
Step-by-step explanation:
Visible output from an image intensifier tube is usually transmitted to a TV camera's Charge-Coupled Device (CCD) chip by different methods, depending on the design of the imaging system. Among the options provided, a fiber optic tapered bundle is commonly used for the transmission of this visual information. The fiber optics bundle efficiently directs the amplified light (image) to the CCD without significant loss of image quality. Other methods, such as lens coupling devices, may also be used but the fiber optic approach is a key technology for preserving the integrity and resolution of the image as it moves from the intensifier to the camera's CCD.
As referenced, a CCD converts light signals into electronic signals for processing and storing visual images. This is a crucial component in digital imagery, be it for medicine, astronomy, or personal photography. Therefore, the interfacing between the image intensifier and the CCD chip is vital in maintaining high image quality from the initial capture through to the digital representation seen on various devices.