Doric Mini Cube - Intensity Division

Doric Mini Cube - Intensity Division

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Many fiber-coupled laser sources offer relatively high intensity within a  small fiber diameter. In some cases, it is convenient to branch-out or split their light intensity between 2, 3, or 4 optical fibers. 


This can be easily achieved with Doric Mini Cubes - Intensity Division, namely DMC_1x2i_VIS_FC, DMC_1x3i_VIS_FC, or DMC_1x4i_VIS_FC, compact connectorized packages well-suited for use with multimode fibers.
Design wavelength 520 nm
Operating range Visible 450 - 650 nm
Effective NA 0.3
Fiber Core Diameter 50 to 600 μm
Optical Connector FC/PC

Outputs
 2 3
 4
Dimension
 38 x 27 x 19 mm 39 x 41 x 19 mm
 39 x 41 x 19 mm
Mass
 44 g
 66 g
 66 g
Efficiency *
42 +/- 2% 28 +/- 2% 21 +/- 2%

* tested at 525 nm, with 200 um - NA0.22 multimode fibre

 

  • Many fiber-coupled laser sources offer relatively high intensity within a  small fiber diameter. In some cases, it is convenient to branch-out or split their light intensity between 2, 3, or 4 optical fibers. 


    This can be easily achieved with Doric Mini Cubes - Intensity Division, namely DMC_1x2i_VIS_FC, DMC_1x3i_VIS_FC, or DMC_1x4i_VIS_FC, compact connectorized packages well-suited for use with multimode fibers.
  • Design wavelength 520 nm
    Operating range Visible 450 - 650 nm
    Effective NA 0.3
    Fiber Core Diameter 50 to 600 μm
    Optical Connector FC/PC

    Outputs
    		 2 3
    		 4
    Dimension
    		 38 x 27 x 19 mm 39 x 41 x 19 mm
    		 39 x 41 x 19 mm
    Mass
    		 44 g
    		 66 g
    		 66 g
    Efficiency *
    		42 +/- 2% 28 +/- 2% 21 +/- 2%

    * tested at 525 nm, with 200 um - NA0.22 multimode fibre

  • Drawing

    Doric Mini Cube (1 in-put, 2 out-put)

    Doric Mini Cube (1 in-put, 3 out-put)

    Doric Mini Cube (1 in-put, 4 out-put)
    User ManualFrEn

    Beam Splitters/Combiners