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Chapter 25 Optical Instruments
Chapter 25 Optical Instruments

... •Shutter speed refers to the speed of the shutter opening and closing. •F-stop controls the amount of light coming into the light-tight box, by controlling the size of the opening •F-stop=f/D ...
Depth of Field
Depth of Field

... Depth of Field  The distance range between the nearest and farthest objects that appear in acceptably sharp focus.  Depth of field depends on the lens opening, the focal length of the lens, and the distance from the lens to the subject. ...
Image processing in Spectral Domain Optical Coherence
Image processing in Spectral Domain Optical Coherence

... Fourier transform switches one complex valued function into another. ◦ Transforming k (wave number) into actual space. ...
Renaissance Painters & the Camera Obscura
Renaissance Painters & the Camera Obscura

... The basic camera obscura consists of a room with a small opening, the images are projected both upside down and reversed ...
Microscopy - u.arizona.edu
Microscopy - u.arizona.edu

... b. Light Source and Diaphragm A. Need consistent source of light; Diaphragm regulates amount of light – helps with contrast B. Light source can also be filtered, typically to blue-violet, why? c. Stage and Focusing Knobs A. Knobs move stage, which in turn moves slide, which in turn moves object – go ...
Refraction, Lenses, Aberrations
Refraction, Lenses, Aberrations

... A lens is a piece of glass (plastic) with two refracting surfaces, which are either curved (e.g., a segment of a sphere) or plain. Lenses are used to form images by refraction in optical instruments (microscopes, telescopes, cameras, etc.) ...
Geometrical Optics
Geometrical Optics

... Most important case: converging lens Object to left of F1 ...
Human Vision: Electrophysiology and Psychophysics
Human Vision: Electrophysiology and Psychophysics

... Human Vision: Electrophysiology and Psychophysics ...
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Image stabilization

Image stabilization (IS) is a family of techniques used to reduce blurring associated with the motion of a camera or other imaging device during exposure. Generally, it compensates for pan and tilt (angular movement, equivalent to yaw and pitch) of the imaging device, although electronic image stabilization can also be used to compensate for rotation. It is used in image-stabilized binoculars, still and video cameras, astronomical telescopes, and also smartphones, mainly the high-end. With still cameras, camera shake is particularly problematic at slow shutter speeds or with long focal length (telephoto or zoom) lenses. With video cameras, camera shake causes visible frame-to-frame jitter in the recorded video. In astronomy, the problem of lens-shake is added to by variations in the atmosphere over time, which will cause the apparent positions of objects to change.
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