Ellipsoidal Mirror

TCEA-113C-17/272-SH27

In general, an ellipsoid has two focal points and the light that passes through one focal point also passes through the other focal point after being reflected by the elliptical surface. By using this principle, if one light source is put on one focal point, it is possible to collect light at the other focal point. It is used to incident the light of the lamp into optical fiber or light guide.
◦It obtains high performance condensing by precision aspheric surface processing.
◦It can provide long-term stability because it has a protective scratch-resistant coating over aluminum.
◦Customer can select a mirror to suit specifications from among the wide variety of products which are classified in the focal position and outer diameter.
Weitere Informationen
Name Ellipsoidal Mirror
Gewicht 0.1500kgs
Standard Coatings Available Nein
Guide
  • Tempax® is a registered trademark of SCHOTT AG company.
  • Different focal length, outer diameter and hole sizes not mentioned on-line or in our catalog are available as a custom product upon request.
  • It is also available for parabolic TCPA mirror, to project the light from the first focal point to infinity.
  • WEB Reference Catalog Code/W3180
Remark -
Attention
  • The focus is not available on the second focal point when using a light source with directivity, because the light is not reflected by the mirror surface.
  • Brightness distribution if away from the second focal point, may result in the distribution of ring-shaped.
Image Label Ellipsoidal Mirror
Diameter φD 113mm
Material Tempax
Diameter φD φ113mm
Thickness H 54mm 
Hole dimension φC φ27mm
Ma 36mm
Mb 216mm
First Forcal Length A 17
Second Forcal Length B 272
Availability Please contact
* The thickness “H” is design value and there is a possibility of individual variability in the actual product. It is Not guaranteed value.
Auf Lager
SKU
TCEA-113C-17/272-SH27
282,90 €

Delivery in : 6-12 weeks

In general, an ellipsoid has two focal points and the light that passes through one focal point also passes through the other focal point after being reflected by the elliptical surface. By using this principle, if one light source is put on one focal point, it is possible to collect light at the other focal point. It is used to incident the light of the lamp into optical fiber or light guide.

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