Difference between revisions of "Optics"
From Mech
Jump to navigationJump to search| Line 1: | Line 1: | ||
[[Category:Sensors]] |
[[Category:Sensors]] |
||
=== |
===Overview=== |
||
This page describes the use of lenses and filters to manage the properties of light within a system. Common applications could include machine vision, color sensing, or laser direction. |
|||
Sub-section text here. |
|||
== |
==Introduction== |
||
Lenses and filters manage the properties of light which passes through them. By selectively allowing light to pass through, filters can control color, light polarity and brightness. In this respect, a liquid-cristal display is simply a programmable filter. |
|||
| ⚫ | |||
Lenses are used to bend light into a new path. |
|||
* Bulletted item |
* Bulletted item |
||
==Filters== |
|||
| ⚫ | |||
==Diffraction== |
|||
Section text |
|||
==Lens Shapes== |
|||
Section text |
|||
==Focal Length== |
|||
Section text |
|||
==Other Stuff== |
|||
Section text |
|||
Revision as of 20:57, 8 December 2008
Overview
This page describes the use of lenses and filters to manage the properties of light within a system. Common applications could include machine vision, color sensing, or laser direction.
Introduction
Lenses and filters manage the properties of light which passes through them. By selectively allowing light to pass through, filters can control color, light polarity and brightness. In this respect, a liquid-cristal display is simply a programmable filter.
Lenses are used to bend light into a new path.
- Bulletted item
Filters
Section text
Diffraction
Section text
Lens Shapes
Section text
Focal Length
Section text
Other Stuff
Section text
