RG1000

RG1000

A longpass filter with low transmission in short wavelengths range and high transmission in long wavelength ranges. They seperate visible from infrared light.

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*product image is exemplary.

Spectral values guaranteed
λs (τi = 0.00001) [nm] 730
λc (τi = 0.5) [nm] 1000 ± 6
λp1 (τi = 0.92) [nm] 1300
Download Data sheet
Glass type
 Article L
 W
 T
 Weight

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

SCHOTT
RG1000 - RG1000
Thickness
3.0
Reflection factor
0.9133
λ [nm]
200 < 10⁻³
210 < 10⁻³
220 < 10⁻³
230 < 10⁻³
240 < 10⁻³
250 < 10⁻³
260 < 10⁻³
270 < 10⁻³
280 < 10⁻³
290 < 10⁻³
300 < 10⁻³
310 < 10⁻³
320 < 10⁻³
330 < 10⁻³
340 < 10⁻³
350 < 10⁻³
360 < 10⁻³
370 < 10⁻³
380 < 10⁻³
390 < 10⁻³
400 < 10⁻³
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 < 10⁻³
680 < 10⁻³
690 < 10⁻³
700 < 10⁻³
710 < 10⁻³
720 < 10⁻³
730 < 10⁻³
740 < 10⁻³
750 < 10⁻³
760 < 10⁻³
770 < 10⁻³
780 < 10⁻³
790 < 10⁻³
λ [nm]
800 < 10⁻³
810 < 10⁻³
820 < 10⁻³
830 0.002
840 0.003
850 0.007
860 0.013
870 0.022
880 0.036
890 0.052
900 0.077
910 0.107
920 0.141
930 0.182
940 0.225
950 0.273
960 0.318
970 0.368
980 0.413
990 0.461
1,000 0.503
1,010 0.546
1,020 0.585
1,030 0.619
1,040 0.653
1,050 0.682
1,060 0.708
1,070 0.732
1,080 0.754
1,090 0.773
λ [nm]
1,100 0.792
1,110 0.808
1,120 0.823
1,130 0.835
1,140 0.846
1,150 0.856
1,160 0.866
1,170 0.874
1,180 0.882
1,190 0.888
1,200 0.894
1,250 0.918
1,300 0.934
1,350 0.944
1,400 0.952
1,450 0.958
1,500 0.964
1,550 0.969
1,600 0.972
1,650 0.975
1,700 0.976
1,750 0.977
1,800 0.976
1,850 0.975
1,900 0.973
1,950 0.971
2,000 0.969
2,050 0.966
2,100 0.962
2,150 0.955
λ [nm]
2,200 0.944
2,250 0.934
2,300 0.932
2,350 0.928
2,400 0.922
2,450 0.914
2,500 0.905
2,550 0.896
2,600 0.886
2,650 0.874
2,700 0.837
2,750 0.572
2,800 0.446
2,850 0.424
2,900 0.414
2,950 0.394
3,000 0.370
3,050 0.337
3,100 0.301
3,150 0.264
3,200 0.230
3,250 0.201
3,300 0.175
3,350 0.151
3,400 0.130
3,450 0.117
3,500 0.109
3,550 0.103
3,600 0.099
3,650 0.098
λ [nm]
3,700 0.098
3,750 0.100
3,800 0.104
3,850 0.108
3,900 0.114
3,950 0.118
4,000 0.116
4,050 0.109
4,100 0.098
4,150 0.086
4,200 0.072
4,250 0.059
4,300 0.043
4,350 0.029
4,400 0.018
4,450 0.009
4,500 0.003
4,550 0.001
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
Reflection factor
Pd 0.913
Reference thickness
d [mm] 3
Spectral values guaranteed
λs (τi = 0.00001) [nm] 730
λc (τi = 0.5) [nm] 1000 ± 6
λp1 (τi = 0.92) [nm] 1300
Refractive Indices n
nF (486.1 nm) = 1.548
nh (404.7 nm) = 1.558
ng (435.8 nm) = 1.554
ns (852.1 nm) = 1.532
ne (546.1 nm) = 1.543
nd (587.6 nm) = 1.541

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
Density
p [g/cm3] 2.73
Bubble content
Bubble class 3
Transformation temperature
Tg [°C] 476
Temperature coefficient
Tk [nm/°C] 0.41
Chemical Resistance
FR class 0
SR class 1.0
AR class 1.0
Thermal expansion
α-30°C/+70°C [10-6/K] 9
α20°C/300°C [10-6/K] 10.23
α20°C/200°C [10-6/K]
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