PAVOS high-power Faraday optical isolator,1010-1080nm, passive installation, up to400WInput polarization adjustable
PAVOSCharacteristics of Faraday Optical Isolator:
-Completely passive; No need to adjust
-Specify performance to achieve400W
-Improved thermal lens effect due to shorter rotor material
-Tunable laser power and operating temperature
-Compared to standardsPAVOSaCompared to absorption and thermal lens focal shift1/10
-Theoretically lower than nonlinear refractive index10times
-OptionalEOTThe most compact and shortest optical pathPAVOS Ultraversion
PAVOSApplication of High Power Faraday Optical Isolator:
-High average power application
-Ultra fast research and development
-Microelectronics
-Manufacturing of medical systems and equipment
-Microfabrication
-Particle acceleration
-Eliminate amplification in the systemASE, includingCPA、MOPARegenerative amplification mode-locked laser
-Protect the laser from back reflection caused by exposure to highly reflective materials
-Prevent frequency instability of seed lasers and other single frequency lasers
generalEOTisolatorThe power used is not large, and when faced with the requirements of high-power lasers, it often faces high thermal lens effects, which affect the effectiveness of use.EOTHigh power Faraday optical isolators can address the concerns of the aforementioned customersEOTIsolator, also known asEOT high-power isolator、PAVOSFaraday optical isolator、PAVOS high-power Faraday optical isolator、High power optical isolator、High power Faraday isolator、High power optical isolatorwait.
EOT high-power Faraday optical isolator, designed through patented technology to prevent feedback and back reflection in current solid-state lasers, with existingPAVOSBased on the equipment series, the competitive price increases flexibility and performance. This PAVOS Faraday optical isolator has30Years of experience can meet the requirements of high power and high energy1µm(1010nmto1080nm)Designed for the needs of lasers. High transmission speed, relying on highVerdetFaraday effect of constant, low absorption materials to rotate linearly polarized light plane forward and additionally rotate in reverse45Non reciprocal rotation of degrees.
What are the advantages in principle? Faraday isolators provide approximately1/10Absorption and thermal lens focal shifta, in accordance with standardsPAVOS+Compared to isolators, isolators can theoretically provide ten times lower nonlinear refractive index. This results in less focal shift of the Kerr lens to prevent catastrophic full beam self focusing.
Covering high power and high energy1010~1080nmIts performance is stable, with an average power of up to400W.
Average transmittance>93%,Input polarization and output polarization support levels45°, vertical direction.
damage threshold10J/cm2@10ns、1J/cm2@8ps、1MW/cm2 CWThe storage temperature is-20~60Around ℃, customizable factory adjustable temperature range to meet customers' personalized usage requirements.
The output end of the high-power optical isolator can be equipped with a waveplate, which can provide precise installation, accurate beam rejection direction, customization, and more.
EOTSpecification for High Power Faraday Optical Isolator:
PAVOS+ 4mm |
PAVOS+ Ultra 4mm |
PAVOS |
PAVOS |
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wavelength |
1010~1080nm |
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Effective aperture |
4mm |
4mm |
2mm,5mm |
8、12、15、20、25、35、45mm |
5mm,8mm,12mm |
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power |
Min≥125W |
Typ≥150W |
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Average power |
1~300W |
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Peak Transmittance |
≥98% |
≥93% |
≥95% |
>95%b |
>92% |
>95% |
PeakExtinction |
≥33dBa |
≥30dBd |
≥33dBd |
>33dBb |
>30dB |
>33dBbTypical |
Input polarization |
Level45°Vertical |
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Output polarization |
Level45°Vertical |
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PeakRot@ion |
45°±2.0° |
45°±2.0° |
45°±1.0° |
45°±0.5° |
45°±2° |
45°+2/-5° |
damage threshold |
10J/cm2@10ns |
≥6J/cm2@10ns |
≥10J/cm2@10ns |
10J/cm2@10ns |
7J/cm2@10ns |
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storage temperature |
-20~60ºC |
-20~60ºC |
-40~70ºC |
-10~60ºC |
-40~70ºC |
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Factory adjustable temperature range |
10~28ºC |
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10~30ºC |
customizable |
10~30ºC |
Beam directionality |
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<5mrad |
Uponrequest |
<5mrad |
optional |
Optional waveplate at the output end |
provide input/Output waveplate |
provide input/Output waveplate |
provide input/Output waveplate |
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application |
Eliminate amplification in the systemASE, includingCPA、MOPAAnd regenerative amplification mode-locked laser; |
High average power application |
Ultra fast, pulsed, andCWlaser device |
High average power application |