OptoSigma

PolarizersGlan Taylor Prisms

  • Available in both symmetrical and asymmetrical output configurations
  • High extinction ratio of 5x10-5
  • Conveniently mounted in a metal cell
  • Ideal for medium power applications requiring high performance
  • Suitable for UV applications

Picture of product

These prisms are used in medium power applications requiring high transmission and a high degree of polarization purity. Like the Glan Laser prisms they are air-spaced to minimize absorption losses. The two prism sections are mounted in absorbing black glass within the cell.

Two types are offered -- single and double. The single version is the simplest but the double version gives a perfectly symmetrical polarization field at the expense of a slight increase in UV absorption.

Specifications & Tolerances

Dimensions:

±0.2mm

Transmittance (e-ray ):

>90%

Surface quality:

20-10

Extinction ratio:

5x10-5

Wavelength range:

215-2300nm

Material:

Optical quality natural calcite

Cell:

Black finished aluminum

Maximum beam deviation:

3arcmin

 

Single prism:

 

Length/Aperture ratio:

0.85:1

Angular field:

±4°

Polarization field:

Asymmetrical

Maximum power level:

CW -- 2W/cm2
Pulsed -- 10W/cm2

 

Double prism:

 

Length/Aperture ratio:

1.8:1

Angular field:

±6°

Polarization field:

Symmetrical

Maximum power level:

CW -- 2W/cm2
Pulsed -- 10W/cm2

Graphic of Data Info


Glan Taylor Prisms

 

 

 

 

 

 

CELL

Type

Prism Side, a (mm)

Diameter, D (mm)

Length, L (mm)

Price

Delivery

Product Number

Single

10.0

18.9

12.7

 

from stock

066-1120

Single

12.0

22.1

16.0

 

from stock

066-1130

Single

15.0

25.4

19.0

 

from stock

066-1140

Single

20.0

34.8

25.0

 

from stock

066-1160

Double

12.0

25.3

31.7

 

4 weeks

066-1220

Double

15.0

31.8

38.0

 

4 weeks

066-1230

Double

20.0

34.8

50.0

 

4 weeks

066-1240

If you have a volume or OEM requirement for calcite prisms please call or write for further information.

Merci de contacter Infos Photon Lines pour tout renseignement complémentaire.