50W 1064nm High Power Collimated Free Space Beam Output Isolator HPCFMI

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50W 1064nm High Power Collimated Free Space Beam Output Isolator HPCFMI

Fiber-Mart high power components HPCFMI-1064-50 is 1064nm 50w 3.0mm loose tube HI1060 fiber 1M Output Beam Diameter :8mm。 It also can customize rang from 780nm to 1550nm and handling power from 300mW to 100W or other on request. Low insertion loss, high isolation, high power handling, high return loss, high extinction ratio and excellent environmental stability and reliability.

Characteristics

  • High Isolation& High Power Handling
  • High Extinction Ratio
  • Low insertion Loss & High Return Loss
  • Excellent Environmental Stability and Reliability

    • Applications

  • Fiber Amplifier
  • Fiber sensor
  • Instrumentation Applications
  • Lab Research


    • Specifications

    Parameters
    Unit
    Values
    Center Wavelength
    nm
    1064
    Operating Wavelength Range
    nm
    ±10
    Typ. Peak Isolation
    dB
    35
    Min. Isolation in Band (at 25℃)
    dB
    30
    Min. Transmission
    %
    90
    Nominal Output Beam Diameter
    mm
    8±1
    Max. Peak Power
    kW
    30 & 50
    Max. Optical Power (CW)
    W
    50
    Min. Return Loss
    dB
    50
    Fiber Type
    -
    LMA-GDF-20/25/30-250 ,20/400 fiber
    Fiber Length(B)
    m
    >1.0
    Armoured Length(A)
    m
    2.5 & 3.0
    Tensile Load
    kg
    1
    Operation Temperature
    ℃
    0 ~ +50
    Storage Temperature Range
    ℃
    -20 ~ +75

    Dimension



    Order Information

    ItemWavelengthOptical PowerFiber TypePackage DimensionsOutput Beam DiameterFiber Jacket on Input & Length (A)Fiber LengthConnector Type on in&out
    HPCFMI-1064-501=1064
    S=Specify
    		50=50W
    S=Specify    		1=HI1060 fiber
    2= LMA fiber
    S=Specify    		C–Circle Type
    Q–Quadrate Type    		08=8mm
    S=Specify    		C25–3mm=Loose Cable&2.5m Length
    A25–3mm=3mm Armoured Cable&2.5m Length
    B25–6mm=6mm Armoured Cable&2.5m Length    		1=1m
    S=Specify    		N=None
    S=Specify

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