Features: Assembling optical and electronic techniques is an important choice for mechanical engineering to renew and develop. The main functions of this laboratory are to make students possess the ability to integrate optical, mechanical, and electronic techniques and to help students perform well when they find jobs.
Teaching aims: Students can realize both geometric optics and wave optics, and they are able to integrate mechanical, optical, electronic, and computer techniques to solve engineering problems.
Focused items: 1) Photo-electronical machines for measurements with high precision. 2) Machining and coping for micro structures. 3) Machining and coping for diffractive optical elements.
|Experiment setup for optical interference||Convex lenses, mirrors, optical filters, etc.||1|
|Isolation table||4' x 8'||1|
|Dot-matrix mastering machine||Sparkle||1|
|Software for analyzing interference fringes||IntelliWave||1|
|Dot-matrix machine for photo-reducing scattering points||Customer design||1|
|Optical simulation software||Zemax||1|
|3-D translation stage||NPXYZ100SG||1|
|Standard step height||2|
|Interference microscopic objective||20x, 50x||2|
|Beam expander||3x, 5x, 10x||3|
|Wave plate||633nm, 1/4, 1/2||2|
|Spatial light modulator||512x512pixel, 16bit||1|