Compare Model Drawings, CAD & Specs Center Wavelength Spectral Range Clear Aperture Isolation Transmission Availability Price
high power faraday optical isolator model ISO-FRDY-04
$999
5 Weeks
1030 nm 1010-1045 nm 2 mm 33 dB >95%
5 Weeks
high power faraday optical isolator model ISO-FRDY-04
$1,290
1030 nm 1010-1045 nm 2 mm 33 dB >95%
high power faraday optical isolator model ISO-FRDY-04
$1,050
In Stock
1064 nm 1045-1080 nm 2 mm 33 dB >95%
In Stock
high power faraday optical isolator model ISO-FRDY-04
$1,190
In Stock
1064 nm 1045-1080 nm 2 mm 33 dB >95%
In Stock
high power faraday optical isolator model ISO-FRDY-04
$1,200
In Stock
1030 nm 1010-1045 nm 5 mm 33 dB >95%
In Stock
high power faraday optical isolator model ISO-FRDY-04
$1,650
In Stock
1030 nm 1010-1045 nm 5 mm 33 dB >95%
In Stock
high power faraday optical isolator model ISO-FRDY-04
$1,500
In Stock
1064 nm 1045-1080 nm 5 mm 33 dB >95%
In Stock
high power faraday optical isolator model ISO-FRDY-04
$1,650
In Stock
1064 nm 1045-1080 nm 5 mm 33 dB >95%
In Stock
$3,679
1030 nm 1017-1043 nm 8 mm 30 dB >92%
$4,003
In Stock
1030 nm 1017-1043 nm 8 mm 30 dB >92%
In Stock
$3,642
1050 nm 1037-1063 nm 8 mm 30 dB >92%
$4,003
In Stock
1050 nm 1037-1063 nm 8 mm 30 dB >92%
In Stock
$3,199
In Stock
1064 nm 1047-1073 nm 8 mm 30 dB >92%
In Stock
$3,299
In Stock
1064 nm 1047-1073 nm 8 mm 30 dB >92%
In Stock

Specifications

  • Damage Threshold
    1 MW/cm2 CW
  • Pulse Damage Threshold
    10 J/cm2 @ 10 ns
    1 J/cm2 @ 8 ps
  • Material
    Terbium Gallium Garnet
  • Polarization State
    Horizontal
  • Polarizer Type
    PBS Cube Beamsplitter
  • Operating Temperature
    10 to 30°C
  • Storage Temperature
    -40 to 70°C

Features

High Power Fused Silica PBS Cube

Our high power Faraday optical isolators use high damage threshold Fused Silica polarizing beamsplitter (PBS) cubes that are optically contacted rather than cemented. They also utilize double escape ports for added application flexibility.

1/2 Waveplate Option

We offer versions with an added zero order 1/2 wave plate (-W models) at the output stage so that the direction of the output beam polarization can be rotated to a desired direction.

High Efficiency Performance

The TGG crystal utilized in our Faraday isolators creates a large Verdet constant that ultimately describes the strength of the Faraday effect and provides effective isolation of back-reflected light. Additionally, these isolators have low absorption as a function of the TGG crystal and polarizers, resulting in reliable transmission of light in the forward direction.

Easy Placement into Optical Train

These isolators are packaged in a compact, cylindrically-shaped magneto-optic device with a base plate for easy mounting into an optical train.