High Power Free Space Faraday Isolator | CSRayzer Optical Technology - Get a price quote from CSRayzer Optical Technology

Name: High Power Free Space Faraday Isolator | CSRayzer Optical Technology
Brand: CSRayzer Optical Technology
Availability: InStock

Description

Introducing the High Power Free Space Isolator from CSRayzer, an advanced piece of technology that’s setting new standards in the field of optics. This device employs the principles of magneto-optics, ensuring that light travels only in one direction, thereby enhancing the reliability and stability of optical systems.

CSRayzer, a recognized specialist in optical technology, has developed this innovative isolator as a powerful solution to address the challenges posed by back reflections, which can disrupt the stability of various systems.

With a focus on precision and efficiency, our Faraday Isolator exemplifies scientific ingenuity to deliver optimal performance in controlling light passage and minimizing system interference.

Specifications

Type Of The Device:	Isolator
Operating Wavelength:	808 nm
Max Power:	50 W
Min Isolation:	30 dB
Center Wavelengths:	780 / 808 / 850 / 920 / 1030 / 1064 nm
Operating Wavelength Range:	±20 nm
Clear Aperture:	1.2 / 2.5 / 3 / 5 / 6 / 7 / 10 / 12 / 15 mm
Extinction Ratio:	≥30 dB
Isolation:	≥30 dB
Transmission:	≥95%
Optical Power:	5 / 10 / 20 / 50 / 100 / Specify W
Damage Threshold:	10J/cm² @10ns
Working Temperature:	0 to 60 ℃
Storage Temperature:	-20 to 70 ℃
Product Codes:	HIO series with variable specifications

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Features

High Power Handling: Equipped with a high-power magneto-optic material and a polarizer with a damage threshold of 500GW, our Faraday Isolator ensures maximum resilience and performance.

Customizable Wavelength Range: Tailored to your needs, it offers a customizable operating wavelength range of 700-1100nm.

Enhanced Isolation & Transmission: With an isolation of ≥30dB and transmission of ≥95%, it stands as a hallmark of efficiency and reliability.

Versatile Applications: A versatile tool, it seamlessly integrates into various laser systems including multi-level laser amplifiers, optical parametric oscillators, and seed injection lasers.

Applications

Laser Amplification: This isolator is instrumental in multi-level laser amplifier systems where it aids in managing light directionality, preventing back reflections, and ensuring the amplified light maintains its integrity and power.

Optical Parametric Oscillators: In optical parametric oscillators, which generate tunable wavelengths, the isolator plays a crucial role in maintaining stability by allowing only the forward-traveling light to pass, thus avoiding any disruptions caused by backward reflections.

Seed Injection Lasers: For seed injection lasers, used to seed larger laser systems, the isolator ensures that the seeding light is unaffected by back reflections, contributing to the stability and reliability of the overall laser system.

Optical Switches & Modulators: The isolator finds applications in optical switches and modulators by preserving signal integrity and preventing interference, essential for the accurate transmission and modulation of optical signals.

High-Power Laser Systems: In systems utilizing high-power lasers for industrial, medical, or research applications, the isolator acts as a safeguard against potential damages and instabilities caused by back-reflected light.

Spectroscopy and Imaging: The Faraday Isolator is invaluable in spectroscopy and imaging applications, where it ensures clear and undistorted light pathways, critical for accurate data collection and analysis.

Telecommunication Systems: In fiber-optic telecommunication systems, the isolator helps maintain signal clarity and strength by managing light directionality, essential for high-quality data transmission over long distances.

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Ships from:

China

Sold by:

CSRayzer Optical Technology

On FindLight:

since 2020

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Frequently Asked Questions

What are the key features of CSRayzer’s High Power Free Space Faraday Isolator?

CSRayzer’s Faraday Isolator boasts features such as high power handling, customizable operating wavelength (700-1100nm), low insertion loss, high isolation (≥30dB), and a transmission rate of ≥95%. These features make it ideal for optimizing laser system stability by mitigating back reflections.

How does the Faraday Isolator enhance the stability of optical systems?

The High Power Free Space Faraday Isolator is designed to allow light to travel in one direction only, effectively blocking back reflections. This is crucial as back reflections can lead to optical damage and system instability, especially in high-power laser systems.

In what applications can the High Power Free Space Faraday Isolator be used?

The Faraday Isolator is versatile and can be integrated into a variety of laser systems such as multi-level laser amplifiers, optical parametric oscillators, seed injection lasers, optical switches, optical modulators, and more, making it an indispensable tool in fields like telecommunications, material processing, medical research, and spectroscopy.

Can the operating wavelength of the Faraday Isolator be customized?

Yes, CSRayzer offers customization options for the operating wavelength of the Faraday Isolator, allowing users to select a wavelength range between 700-1100nm to meet the specific needs of their applications.

How does CSRayzer ensure the reliability and durability of their Faraday Isolators?

CSRayzer’s Faraday Isolators are constructed with high-power magneto-optic materials and a polarizer with a damage threshold of 500GW, ensuring resilience, durability, and optimal performance even in demanding environments.

Where can more information about CSRayzer’s optical technology products be found?

For more details and inquiries about CSRayzer’s innovative Faraday Isolators and other specialized optic devices, you can contact us, using the "Contact Supplier" button on this page.

What are the available options for Clear Aperture and Optical Power in the Faraday Isolator?

The High Power Free Space Faraday Isolator offers diverse Clear Aperture options ranging from 1.2mm to 15mm and Optical Power capacities from 5W to 100W, with specificity options available to suit various requirements.