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| Free Space 1050-1080nm Low Power Isolators |
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| Model No. |
Clear Aperture |
Transmission at 25°C |
Isolation at 25°C |
Pulsed Damage Threshold at 10ns |
Price (North America Only) |
Qty. |
| 2BIG1064 |
1.5mm |
≥75% |
≥30dB |
500mW CW |
$450.00
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| 2BIG1064PBS |
1.5mm |
≥75% |
≥30dB |
1mW/cm2 |
$750.00
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| 2I1064L2 |
1.5mm |
≥65% |
≥60dB |
500mW CW |
$2400.00
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Notes:
- Operating Temperature: Performance of EOT's Faraday rotators/isolators is related to operating temperature. For information on the effect of operating temperature on EOT's Faraday rotators/isolators, please review our technical bulletin, Effects of Temperature on EOT's Faraday Rotators/Isolators.
- Escape Ports: All EOT 1050-1080nm Low Power Free Space Isolators come standard with double escape ports (except 2BIG1064) on both the input and output polarizer assemblies. These escape ports can be adjusted by the customer to be either open or closed. If rejected average power exceeds 0.5W or rejected energy exceeds ?mJ, EOT recommends that the escape ports be used. Failure to use the escape ports under these conditions could result in optical damage or degrade the performance of your isolator. Please consult EOT's Users Guide for details on how to use the escape ports.
- For incident powers ≥50W, please consult EOT. You may either contact EOT's sales department at sales@eotech.com or view our Custom Rotators page on this website.
- For apertures >20mm, you may either contact EOT's sales department at sales@eotech.com or view our Large Aperture Rotators/Isolators page on this website.
- Pulsed Damage Threshold: The pulsed damage threshold of your free space Faraday rotator or isolator can be determined at pulsewidths other than 10nsec by using the "Root T" scaling method. Please visit our Calculators page on this website.
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