375nm Single Mode Fiber Optical Patch Cord

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Specifications

Wavelength Range: 320 – 430 nm
Cable Length: 1 m
Fiber Core Material: Silica
Mode Field Diameter (MFD): 2.0~2.4 um @ 350 nm
Test Wavelength: 375 nm
Cutoff Wavelength: ≤310 nm
Insertion Loss: ≤3.0 dB
Return Loss: ≥40 dB
Fiber Type: SM300
Numerical Aperture: 0.12
Repeatability: ≤0.2 dB
Changeability: ≤0.3 dB
Optical Power: ≤100 mW
Durability: ≥1000 times
Operation Temperature: -5 to +75 ℃
Storage Temperature: -40 to +85 ℃
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Features


  • Designed for 375nm Wavelength: Tailored to provide excellent performance for applications operating at 375nm with minimal signal loss.

  • Low Insertion Loss: Ensures efficient transmission by minimizing signal attenuation, promoting high-quality data transfer.

  • High Return Loss: Offers superior isolation and reduces back-reflections to maintain signal integrity.

  • Durable and High-Performance Fiber: Built with premium single mode fiber for precise light transmission and durability in demanding environments.

  • Versatile Connector Options: Available with various standard connectors (FC, LC, SC), providing compatibility with a wide range of systems.

  • Custom Length and Configuration Options: Flexible length options for customized setups, allowing you to tailor the cable to specific installation needs.

Applications


  • Ultraviolet (UV) Laser Systems: Perfect for UV applications such as 375nm laser systems, where accurate signal delivery is crucial.

  • Fiber Optic Communications: Ideal for high-performance fiber optic communication systems that require precise and low-loss transmission.

  • Optical Sensing and Metrology: Used in optical sensing systems and metrology instruments that operate at 375nm, offering reliable signal transmission with minimal interference.

  • Medical and Biophotonics: Suitable for medical devices and biophotonics applications that require accurate and stable fiber-optic connections in the UV spectrum.

  • Scientific Research: Valuable in laboratory and research settings that involve photonics or optical measurements at the 375nm wavelength.