Meadowlark Optics
SPIE Optics Photonics
RETARDERS
View SPECIFICATIONS/ORDERING INFO PDF  SPECIFICATIONS/ORDERING INFO
Home > Retarders > Wide Field Retarders

Wide Field Retarders

Key Benefits
  • Unmatched off-axis performance
  • Standard and custom wavelength retarders
  • Mounted and unmounted versions available
  • Off-axis performance ideal for uncollimated light applications

Meadowlark Optics now offers Wide Field Retarders, the latest innovation in near zero-order polymer retarder technology. At their design wavelength, Wide Field Retarders provide a consistent retardance value over a wide acceptance angle, out to 30° or more.

Standard quarter- and half-wave designs are available for common wavelengths in the visible to near infrared region. Figure 2-10 shows the Wide Field Retarder performance as a function of incidence angle for the half-wave design. Quarterwave Wide Field Retarder performance is shown in figure 2-11.

Multilayer broadband antireflection (BBAR) coatings are included as standard. Note that BBAR coating performance varies with incidence angle; these coatings perform best at (or near) normal incidence.

As with all Meadowlark Optics retarders, the fast axis is conveniently marked. Custom retardance values are available for wavelengths from 400-1800 nm. Please call for application assistance or to request a custom quotation.

Join Us on Facebook Connect with Us on Linked In Follow Our Blog
Made in USA

PRODUCTS APPLICATION NOTES ABOUT MEADOWLARK

Click here to receive our catalog

Polarimeters
Tunable Optical Filters
Spatial Light Modulators
Liquid Crystal Devices
Polarizers
Retarders
Mounts
Retarder Performance Factors
Basic Polarization Techniques
Beamsplitting Polarizing Cubes
Azimuthal Alignment
Designing Crystal Waveplates
Polarimetry & LC Retarders
Response Time in LC Retarders
LC-Filled Fabry-Perot Filter
LC in Precision Optical Devices
LC Polarimetry Applications
Retardance by Polarimetry
Scientific & Industrial Liquid Crystal
History
Facility
Warranties
International Distributors

FEATURED ARTICLES

Finding the Optimal Polarizer

Copyright 2006 - 2013 Meadowlark Optics, Inc. All rights reserved. 303.833.­4333   |   Privacy Policy   |   Support