info@idealphotonics.com
  • 1550nm thermally insensitive packaged fiber Bragg grating

    Fiber Bragg gratings are widely used as wavelength filters in the communication field. The central wavelength of the fiber Bragg grating is highly sensitive to external temperature changes. This packaging utilizes unique technology to ensure that the central wavelength of the grating is unaffected by temperature variations.

    Product features:100G/50G channel spacing、 Low insertion loss、 Excellent channel isolation

    Part Number:MP-FBG-1550-1-95-S

    Application area:Local area network and backbone network、 Dense wavelength division multiplexing network、 Wavelength reference

    Add to Cart Request for Quotation Consult Favorite

    Main parameters
  • Core parameters
  • Wavelength range Reflectivity Fiber type

    1550nm+/-0.05nm >95% SMF-28  Compatible

  • Dimension Drawing
  • General Parameters

    Technical Parameters

    Parameters

    Value

    Wavelength range

    1550nm+/-0.05nm

    Reflection bandwidth @3dB

    1nm+/-0.05(125G)

    Insertion loss

    <0.2dB

    Isolation

    >10dB

    Reflectivity

    >95%

    Polarization-dependent loss

    <0.1dB

    Wavelength drift

    <0.1nm from -5 degree to 70 degree

    Fiber type

    SMF-28  Compatible

    Package dimensions

    5.5mm(Dia.)  *65mm

    Storage temperature

    -40℃  ~ +85℃


    Thermal stability

    624156213c720.png

    Optional Configurations

    --

    Downloads

    Request for Quotation

    We will reply to all your information about the product in time.

  • Product title: 1550nm thermally insensitive packaged fiber Bragg grating
  • Product link: https://www.idealphotonics.com/product/detail/525.html
    • *Your name:

    • *Phone number:

    • *Your company name:

    • *Email:

    • *Purchase Quantity:

    • *Part Number:

    • Other Requirements:

    • 10+ 10 Years of Experience
    • 50 50 + Countries Bussiness
    • 10000 10k + Diodes sold worldwide
    • 30 30+ Invention patent
    • 10 10+ Advanced Optical Solutions