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Fluoroscopy Components

Across
This part of the II focuses the electrons onto the anode.
This is determined by multiplying flux gain by minification gain.
During magnification, the focal point of the electrons moves ________ to the input screen.
This part of the II turns light photons into electrons.
This device converts an electrical/electronic signal into a digital signal.
This function allows the fluorscopic image to remain on the monitor long after the operator has released the exposure button.
What happens to patient dose when electronic magnification for the II is used?
The use of pulsed fluoroscopy _________patient dose.
This part of the II turns electrons into light photons.
Down
These devices transfer the II output screen image into an electrical signal before it is sent to the ADC.
Grid controlled x-ray tubes can produce this type of x-ray beam.
What happens to image detail when electronic magnification for the II is used?
This increase in brightness at the output phosphor occurs because the light photons at the input phosphor are compressed (concentrated) onto the output screen.
This term is the difference between TFT or CCD action in fluoroscopy and in radiography. In fluoroscopy the action is _______.
These devices store the electrical signals from DDF to send to the ADC.
This part of the II turns x-rays photons into light photons
This term refers to taking images off the monitor for future viewing instead of taking an actual new image.
This increase in brightness at the output phosphor occurs because of the increase in the number of light photons at the OP compared to the IP