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3 port 1310 or 1550nm Optical Circulator
3 port 1310 or 1550nm Optical Circulator
3 port 1310 or 1550nm Optical Circulator
3 port 1310 or 1550nm Optical Circulator
3 port 1310 or 1550nm Optical Circulator
3 port 1310 or 1550nm Optical Circulator

3 port 1310 or 1550nm Optical Circulator

GEZHI Photonics 3port Optical Circulator is widely used in advanced communication systems and fiber-optical sensor systems.
  • 3 port Polarization Insensitive 1310nm or 1550nm Optical Circulator


    GEZHI Photonics’ Three-port 1x2 Optical Circulator allows light to travel in only one direction. A signal entering to Port 1 will exit Port 2 with minimal loss, while a signal entering Port 2 will exit Port 3 with minimal loss. Light entering port 2 experiences a large amount of loss at port 1, and light entering port 3 experiences a large amount of loss at ports 2 and 1. Optical circulators are non-reciprocal devices. This means that any changes in the properties of the light caused by passing through the device are not reversed by traveling in the opposite direction.


    Features

    • Low Insertion Loss

    • Low PDL

    • Compact in-line Package

    • High stability and Reliability

    • Epoxy-free on optical path

    Applications 

    • Optical Amplifier

    • Metro Area Network

    • Wavelength Add/Drop

    • Dispersion Compensation

    • Bi-Direcation Communication

    • Technical Paremeter


    Technical Specification

    Parameter

    P Grade

    Configuration

    Port 1 to Port 2 to Port 3

    Operation Wavelength (nm)

    1310±30 or 1550±30 or 1585±30

    Isolation (dB)

    Typical

    0.6

    Maximum

    0.8

    Typical Isolation (dB)

    ≥50

    Minimum Isolation (dB)

    ≥40

    Cross Talk (dB)

    ≥50

    Polarization Dependent Loss (dB)

    <0.15

    Polarization Mode Dispersion

    <0.1

    Return Loss(dB)

    ≥50

    Power Handling (mW)

    500

    Opterating Temperature (℃)

    -10~+75

    Package dimension (mm)

    Φ5.5xL50 or Φ5.5xL63

    Specifications may change without notice.

    Above specification are for device without connector.


    Application Diagram 

     

    As the picture shows: The input DWDM channels are coupled into Port 1 of the device with a FBG device connected to Port 2. The single wavelength reflected from the FBG then reenters the Circulator in Port 2 and is routed accordingly to Port 3. The remaining signals pass through the FBG and exit on the top fiber.

     

    Circulator used to drop an optical channel from a DWDM system using a Fiber Bragg Grating.

     

    Fiber Optical Circulator Passive Components 3 Ports 1310nm or 1550nm

     

    As the picture shows: A Circulator is located at both ends of the fiber. Each Circulator functions to add a signal in one direction while removing the signal in the other. See the example to the left.

     

    Circulator can be used to send optical signals through a single fiber in two directions.

     

    Fiber Optical Circulator Passive Components 3 Ports 1310nm or 1550nm

    Dimension


     

    Fiber Optical Circulator Passive Components 3 Ports 1310nm or 1550nm


    Ordering Information   PICIR-X-XX-XX-XX-XX-XX

    PICIR

    Wavelength

    Package

    Fiber Diameter

    Fiber Length

    Connector

    3=3Port

    4=4Port

    S=Specity

    13=1310nm

    55=1550nm

    58=1580nm

    C+L=C=L band

    S=Specify

    S1=5.5x50mm

    S2=5.5x68mm

    A9=90x20x10mm

    S=Specify

    25=250um

    09=900um

    20=2.0mm

    30=3.0mm

    S=Specify

    05=0.5m

    10=1.0m

    15=1.5m

    S=Specify

    FP=FC/PC

    FA=FC/APC

    SP=SC/PC

    SA=SC/APC

    LP=LC/PC

    LA=LC/APC

    S=Specify


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