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    UG11

    A bandpass filter that shows its highest transmission in the UV wavelength ranges (pass band).

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    UG11
    Spectral values guaranteed
    τi (254nm) ≥0.06
    τi (334nm) ≥0.9
    τi (405nm) ≤0.001
    τi (694nm) ≤0.26
    τi (725nm) ≤0.32
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    SCHOTT Article
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      Download Data sheet UG11
      Article Details
       
      Technical Details
      Internal Transmittance (Chart)

      Only values between 1 and 30 with one decimal place are allowed.

      Lambda [nm]
      200
      300
      400
      500
      600
      700
      800
      900
      1000
      1100
      1200
      1E-5
      1E-4
      1E-3
      0.01
      0.05
      0.1
      0.2
      0.3
      0.4
      0.5
      0.6
      0.7
      0.8
      0.9
      0.95
      0.96
      0.97
      0.98
      0.99
      SCHOTT
      UG11 - UG11
      Thickness
      1.0
      Reflection factor
      0.9079
      Internal Transmittance (Table)
      λ [nm]
      200 < 10⁻³
      210 < 10⁻³
      220 < 10⁻³
      230 < 10⁻³
      240 < 10⁻³
      250 0.056
      260 0.276
      270 0.521
      280 0.712
      290 0.825
      300 0.880
      310 0.907
      320 0.920
      330 0.926
      340 0.921
      350 0.906
      360 0.866
      370 0.756
      380 0.482
      390 0.120
      400 0.004
      410 < 10⁻³
      420 < 10⁻³
      430 < 10⁻³
      440 < 10⁻³
      450 < 10⁻³
      460 < 10⁻³
      470 < 10⁻³
      480 < 10⁻³
      490 < 10⁻³
      λ [nm]
      500 < 10⁻³
      510 < 10⁻³
      520 < 10⁻³
      530 < 10⁻³
      540 < 10⁻³
      550 < 10⁻³
      560 < 10⁻³
      570 < 10⁻³
      580 < 10⁻³
      590 < 10⁻³
      600 < 10⁻³
      610 < 10⁻³
      620 < 10⁻³
      630 < 10⁻³
      640 < 10⁻³
      650 < 10⁻³
      660 < 10⁻³
      670 0.008
      680 0.050
      690 0.138
      700 0.222
      710 0.278
      720 0.283
      730 0.240
      740 0.185
      750 0.136
      760 0.097
      770 0.067
      780 0.047
      790 0.033
      λ [nm]
      800 0.024
      810 0.018
      820 0.014
      830 0.011
      840 0.009
      850 0.008
      860 0.007
      870 0.006
      880 0.006
      890 0.006
      900 0.006
      910 0.006
      920 0.006
      930 0.007
      940 0.008
      950 0.009
      960 0.011
      970 0.013
      980 0.015
      990 0.018
      1,000 0.021
      1,010 0.025
      1,020 0.028
      1,030 0.033
      1,040 0.037
      1,050 0.041
      1,060 0.044
      1,070 0.046
      1,080 0.048
      1,090 0.048
      λ [nm]
      1,100 0.049
      1,110 0.046
      1,120 0.043
      1,130 0.039
      1,140 0.037
      1,150 0.033
      1,160 0.030
      1,170 0.027
      1,180 0.024
      1,190 0.021
      1,200 0.018
      1,250 0.009
      1,300 0.005
      1,350 0.005
      1,400 0.005
      1,450 0.005
      1,500 0.004
      1,550 0.004
      1,600 0.005
      1,650 0.006
      1,700 0.007
      1,750 0.007
      1,800 0.007
      1,850 0.007
      1,900 0.008
      1,950 0.010
      2,000 0.012
      2,050 0.016
      2,100 0.020
      2,150 0.026
      λ [nm]
      2,200 0.032
      2,250 0.038
      2,300 0.046
      2,350 0.053
      2,400 0.060
      2,450 0.068
      2,500 0.070
      2,550 0.070
      2,600 0.070
      2,650 0.072
      2,700 0.070
      2,750 0.064
      2,800 0.030
      2,850 0.011
      2,900 0.005
      2,950 0.003
      3,000 0.002
      3,050 < 10⁻³
      3,100 < 10⁻³
      3,150 < 10⁻³
      3,200 < 10⁻³
      3,250 < 10⁻³
      3,300 < 10⁻³
      3,350 < 10⁻³
      3,400 < 10⁻³
      3,450 < 10⁻³
      3,500 < 10⁻³
      3,550 < 10⁻³
      3,600 < 10⁻³
      3,650 < 10⁻³
      λ [nm]
      3,700 < 10⁻³
      3,750 < 10⁻³
      3,800 < 10⁻³
      3,850 < 10⁻³
      3,900 < 10⁻³
      3,950 < 10⁻³
      4,000 < 10⁻³
      4,050 < 10⁻³
      4,100 < 10⁻³
      4,150 < 10⁻³
      4,200 < 10⁻³
      4,250 < 10⁻³
      4,300 < 10⁻³
      4,350 < 10⁻³
      4,400 < 10⁻³
      4,450 < 10⁻³
      4,500 < 10⁻³
      4,550 < 10⁻³
      4,600 < 10⁻³
      4,650 < 10⁻³
      4,700 < 10⁻³
      4,750 < 10⁻³
      4,800 < 10⁻³
      4,850 < 10⁻³
      4,900 < 10⁻³
      4,950 < 10⁻³
      5,000 < 10⁻³
      5,050 < 10⁻³
      5,100 < 10⁻³
      5,150 < 10⁻³
      Optical values
      Reflection factor
      Pd 0.908
      Reference thickness
      d [mm] 1
      Spectral values guaranteed
      τi (254nm) ≥0.06
      τi (334nm) ≥0.9
      τi (405nm) ≤0.001
      τi (694nm) ≤0.26
      τi (725nm) ≤0.32
      Refractive Indices n
      nF (486.1 nm) = 1.569
      n (296.7 nm) = 1.606
      nh (404.7 nm) = 1.579
      ng (435.8 nm) = 1.574
      ns (852.1 nm) = 1.556
      ne (546.1 nm) = 1.565
      nd (587.6 nm) = 1.563
      n (302.1 nm) = 1.604
      Colorimetric evaluation
      Illuminant A(Planck T = 2347K)
      d [mm] 1 2 3
      x
      y
      Y
      λd [nm]
      Pe
      Illuminant Planck T = 3200 K
      d [mm] 1 2 3
      x
      y
      Y
      λd [nm]
      Pe
      Illuminant D65 (TC = 6504 K)
      d [mm] 1 2 3
      x
      y
      Y
      λd [nm]
      Pe
      Physical values
      Density
      p [g/cm3] 2.92
      Bubble content
      Bubble class
      Transformation temperature
      Tg [°C] 545
      Temperature coefficient
      Tk [nm/°C]
      Chemical Resistance
      FR class 0
      SR class 3.0
      AR class 2.2
      Thermal expansion
      α-30°C/+70°C [10-6/K] 7.8
      α20°C/300°C [10-6/K] 9
      α20°C/200°C [10-6/K]
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