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SP 760 HT 
Shortpass Filter



Key features

  • Average Transmittance 95%
  • Steep Slopes
  • Wavelength Tolerance +/- 1%
  • Ultra Low Refelction
  • Deep Blocking / High OD
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Schneider-Kreuznach Shortpass Filter SP 760 HT

Our Shortpass Filters impress with steep slopes and high transmission at stable cut-off wavelengths. The flat surface makes them ideal for machine vision.

The Schneider-Kreuznach SP 760 HT magnetron sputtered shortpass filter impress with steep slopes and high transmission at stable cut-off wavelengths. The very flat surface makes it ideal for high end machine vision systems in factory automation. Schneider-Kreuznach shortpass filters are RoHS conform. Custom sizes are available on request.

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Technical specifications: SP 760 HT Shortpass Filter

TypeStandard
CharacteristicInterference
Angle of incident0° +/- 8°
Cut-off wavelength760 +/- 8 nm
Transmittance420 - 745 nm: Tabs > 90%
420 - 745 nm: Tave > 95%
Blocking810 - 1100 nm: Tabs < 1.0%
Wavefront distortionØ >18 - 30 mm: 13/ 1(0.25) | Ø >30 - 50 mm: 13/ 1(0.30)
Parallelism1'
Glass thickness tolerance+/- 0.08mm

Filter specifications glossary

 

Specification Description
Angle of incidence (AOI) Angle between a ray of light and the surface normal to the surface it strikes
Cut-on wavelength Wavelength at which the transmission of the lower edge rises to 50%
Cut-off wavelength Wavelength at which the transmission of hhe upper edge drops to 50%
Central Wavelength (CWL) Center of the filter’s passband for which it is primarily designed
Full Width at Half Maximum (FWHM) Spectral bandwidth measured at 50% of the peak transmittance
Transmittance Ratio of transmitted light intensity to incident light intensity
Blocking Strong attenuation of light intensity over a specified wavelength range
Wavefront distortion Deviation of the transmitted wavefront from a reference plane
Parallelism Angular deviation between the two main surfaces of the filter
Glass thickness tolerance Permissible deviation from the specified substrate thickness
Wavelength range Spectral region over which the filter is designed to operate
Coating Applied layer(s) defining the filter’s spectral characteristics
Temperature range Recommended operational limits for ambient or device temperature
Glass thickness Nominal thickness of the filter glass
Optical density Attenuation measure defined as −log₁₀ of transmittance
Transmittance average Average light transmission across the specified wavelength range
Wavelength Wavelength range at which the polarizer specification applies
Transmittance, unpolarized light Ratio of transmitted to incident intensity for unpolarized light
Extinction ratio Ratio of transmitted intensity along the polarizer’s pass axis to that along its block axis
Max. size Largest standard dimension for the polarizer film
Temperature range Minimum to maximum temperature for reliable performance
Substrate Base material on which the polarizing film is applied
Thickness Nominal overall thickness of the polarizer film
Info Unless otherwise stated, all dimensions in this data sheet are in mm

 

Picture of the filter

Schneider-Kreuznach Shortpass Filter SP 760 HT



Transmission of the SP 760 HT Filter


 

Transmission Data

 

Download Excel

Wavelength (nm) Transmission (%)
400 92.123
401 96.865
402 98.4513
403 98.1006
404 96.7603
405 95.2005
406 94.0928
407 93.8495
408 94.4802
409 95.64
410 96.8541
411 97.7574
412 98.2761
413 98.4541
414 98.3493
415 97.9995
416 97.4875
417 96.9941
418 96.7519
419 96.9215
420 97.4851
421 98.2085
422 98.8238
423 99.1156
424 99.056
425 98.8011
426 98.5769
427 98.5465
428 98.7398
429 99.068
430 99.3948
431 99.6061
432 99.6884
433 99.6774
434 99.6291
435 99.5783
436 99.5243
437 99.4436
438 99.3151
439 99.1394
440 98.9403
441 98.7561
442 98.6154
443 98.5352
444 98.518
445 98.5565
446 98.6371
447 98.7408
448 98.843
449 98.9154
450 98.9341
451 98.8975
452 98.8166
453 98.7312
454 98.6931
455 98.7463
456 98.908
457 99.1571
458 99.4375
459 99.6761
460 99.8098
461 99.8104
462 99.6975
463 99.528
464 99.3744
465 99.2977
466 99.3261
467 99.4472
468 99.6149
469 99.7678
470 99.8522
471 99.8407
472 99.7392
473 99.5773
474 99.395
475 99.226
476 99.0867
477 98.9752
478 98.8774
479 98.7797
480 98.6799
481 98.592
482 98.544
483 98.5669
484 98.6821
485 98.8901
486 99.1656
487 99.46
488 99.7121
489 99.8646
490 99.8808
491 99.757
492 99.5218
493 99.2279
494 98.938
495 98.7089
496 98.5796
497 98.564
498 98.6515
499 98.8131
500 99.0107
501 99.2071
502 99.377
503 99.5086
504 99.6025
505 99.667
506 99.7112
507 99.7392
508 99.7472
509 99.7245
510 99.658
511 99.5392
512 99.3702
513 99.1657
514 98.9532
515 98.7678
516 98.6455
517 98.6141
518 98.6869
519 98.8582
520 99.1028
521 99.3798
522 99.6389
523 99.8325
524 99.9243
525 99.8975
526 99.7578
527 99.5323
528 99.2625
529 98.9956
530 98.7745
531 98.6304
532 98.5763
533 98.6075
534 98.7033
535 98.8321
536 98.9589
537 99.0524
538 99.0924
539 99.0732
540 99.005
541 98.9105
542 98.8189
543 98.7603
544 98.7588
545 98.8276
546 98.9657
547 99.1579
548 99.3773
549 99.5897
550 99.76
551 99.8582
552 99.8677
553 99.7849
554 99.6219
555 99.4037
556 99.1644
557 98.9406
558 98.7662
559 98.6667
560 98.6563
561 98.7349
562 98.8908
563 99.1015
564 99.3369
565 99.5643
566 99.753
567 99.8793
568 99.9295
569 99.9019
570 99.8066
571 99.6635
572 99.4972
573 99.3345
574 99.1996
575 99.1111
576 99.0803
577 99.1096
578 99.1929
579 99.3176
580 99.466
581 99.618
582 99.756
583 99.8653
584 99.9365
585 99.9669
586 99.9598
587 99.9242
588 99.8722
589 99.8174
590 99.7722
591 99.7458
592 99.7432
593 99.764
594 99.8031
595 99.8513
596 99.8965
597 99.926
598 99.9279
599 99.8935
600 99.8185
601 99.7042
602 99.5565
603 99.3865
604 99.2083
605 99.038
606 98.8912
607 98.782
608 98.7208
609 98.7139
610 98.7621
611 98.8606
612 99.0012
613 99.1711
614 99.3555
615 99.5382
616 99.7034
617 99.8376
618 99.9303
619 99.9751
620 99.9704
621 99.9187
622 99.8266
623 99.7033
624 99.5595
625 99.4065
626 99.2548
627 99.1133
628 98.9887
629 98.8851
630 98.8044
631 98.7464
632 98.7086
633 98.6883
634 98.6821
635 98.6871
636 98.7013
637 98.7235
638 98.7538
639 98.7932
640 98.8436
641 98.9065
642 98.9837
643 99.0756
644 99.1816
645 99.2992
646 99.4241
647 99.5505
648 99.6711
649 99.778
650 99.8632
651 99.9193
652 99.941
653 99.9248
654 99.8704
655 99.7802
656 99.6598
657 99.5174
658 99.3632
659 99.2086
660 99.0651
661 98.9439
662 98.8535
663 98.8007
664 98.7891
665 98.8191
666 98.8875
667 98.9881
668 99.1118
669 99.2476
670 99.3833
671 99.5064
672 99.6059
673 99.6725
674 99.6998
675 99.685
676 99.6289
677 99.5362
678 99.4146
679 99.2744
680 99.1274
681 98.9863
682 98.8621
683 98.7649
684 98.7022
685 98.6783
686 98.6944
687 98.7482
688 98.8341
689 98.9437
690 99.0666
691 99.1911
692 99.3057
693 99.4
694 99.4652
695 99.4953
696 99.4876
697 99.4432
698 99.3666
699 99.2652
700 99.1488
701 99.0284
702 98.9153
703 98.82
704 98.7511
705 98.7145
706 98.7131
707 98.7461
708 98.8093
709 98.8957
710 98.9953
711 99.0967
712 99.1887
713 99.2603
714 99.3029
715 99.3109
716 99.2826
717 99.2206
718 99.1318
719 99.0268
720 98.9188
721 98.8227
722 98.7527
723 98.7216
724 98.7384
725 98.8076
726 98.9275
727 99.09
728 99.2801
729 99.4769
730 99.6545
731 99.7844
732 99.8393
733 99.7951
734 99.6353
735 99.3541
736 98.9581
737 98.468
738 97.9164
739 97.3456
740 96.8028
741 96.3337
742 95.9746
743 95.7444
744 95.6341
745 95.5943
746 95.5209
747 95.2422
748 94.5121
749 93.02
750 90.4324
751 86.4725
752 81.0215
753 74.2051
754 66.4019
755 58.1538
756 50.0198
757 42.4464
758 35.707
759 29.909
760 25.0388
761 21.0155
762 17.7199
763 15.0338
764 12.8479
765 11.0678
766 9.6149
767 8.4255
768 7.448
769 6.6416
770 5.9739
771 5.4193
772 4.9568
773 4.5697
774 4.2449
775 3.9714
776 3.7401
777 3.5432
778 3.3739
779 3.2262
780 3.0943
781 2.9726
782 2.8558
783 2.7389
784 2.6175
785 2.4877
786 2.3473
787 2.1955
788 2.0336
789 1.8644
790 1.6923
791 1.522
792 1.358
793 1.204
794 1.0626
795 0.9351
796 0.822
797 0.7228
798 0.6366
799 0.5622
800 0.4982
801 0.4434
802 0.3965
803 0.3564
804 0.3221
805 0.2927
806 0.2676
807 0.2462
808 0.2278
809 0.2122
810 0.1988
811 0.1875
812 0.1779
813 0.1699
814 0.1633
815 0.158
816 0.1539
817 0.1509
818 0.1488
819 0.1478
820 0.1477
821 0.1486
822 0.1504
823 0.1532
824 0.1568
825 0.1613
826 0.1666
827 0.1725
828 0.1788
829 0.185
830 0.1908
831 0.1952
832 0.1976
833 0.197
834 0.193
835 0.1854
836 0.1744
837 0.161
838 0.146
839 0.1306
840 0.1157
841 0.1018
842 0.0892
843 0.0781
844 0.0685
845 0.0603
846 0.0532
847 0.0472
848 0.0421
849 0.0377
850 0.034
851 0.0309
852 0.0282
853 0.0259
854 0.0239
855 0.0222
856 0.0208
857 0.0196
858 0.0185
859 0.0177
860 0.0169
861 0.0163
862 0.0158
863 0.0155
864 0.0152
865 0.015
866 0.015
867 0.015
868 0.0151
869 0.0154
870 0.0157
871 0.0162
872 0.0168
873 0.0176
874 0.0185
875 0.0196
876 0.0208
877 0.0222
878 0.0238
879 0.0254
880 0.0269
881 0.0282
882 0.029
883 0.0289
884 0.028
885 0.0261
886 0.0236
887 0.0207
888 0.0177
889 0.015
890 0.0126
891 0.0105
892 0.0088
893 0.0074
894 0.0062
895 0.0053
896 0.0045
897 0.0038
898 0.0033
899 0.0029
900 0.0025
901 0.0022
902 0.0019
903 0.0017
904 0.0015
905 0.0014
906 0.0012
907 0.0011
908 0.001
909 0.0009
910 0.0008
911 0.0008
912 0.0007
913 0.0006
914 0.0006
915 0.0006
916 0.0005
917 0.0005
918 0.0005
919 0.0004
920 0.0004
921 0.0004
922 0.0004
923 0.0003
924 0.0003
925 0.0003
926 0.0003
927 0.0003
928 0.0003
929 0.0003
930 0.0003
931 0.0002
932 0.0002
933 0.0002
934 0.0002
935 0.0002
936 0.0002
937 0.0002
938 0.0002
939 0.0002
940 0.0002
941 0.0002
942 0.0002
943 0.0002
944 0.0002
945 0.0002
946 0.0002
947 0.0002
948 0.0002
949 0.0002
950 0.0002
951 0.0002
952 0.0002
953 0.0002
954 0.0002
955 0.0002
956 0.0002
957 0.0002
958 0.0002
959 0.0002
960 0.0002
961 0.0002
962 0.0002
963 0.0002
964 0.0002
965 0.0002
966 0.0002
967 0.0002
968 0.0002
969 0.0002
970 0.0002
971 0.0002
972 0.0002
973 0.0002
974 0.0002
975 0.0002
976 0.0003
977 0.0003
978 0.0003
979 0.0003
980 0.0003
981 0.0003
982 0.0003
983 0.0003
984 0.0004
985 0.0004
986 0.0004
987 0.0004
988 0.0004
989 0.0005
990 0.0005
991 0.0005
992 0.0005
993 0.0006
994 0.0006
995 0.0007
996 0.0007
997 0.0008
998 0.0008
999 0.0009
1000 0.001

Mounts for Industrial Optical Filters

C-Mount

Defined by 1” (25.4mm) diameter and 32 turns per inch pitch, the C-Mount thread is a popular camera mount in machine vision industry. Schneider-Kreuznach offers a C-Mount option for most filters. So filters can go in any C-Mount based mechanics in vision systems.

Another popular application, C-Mounts can easily be used for, is placing a filter in front of the sensor into the camera. The extension of the back flange distance has to be considered for imaging applications.

Key Features of C-Mount Filters:
Fits in C-Mount cameras
Black Anodized Brass

Applications of C-Mount Filters:
To be mounted in C-Mount cameras
Vision Systems based on C-Mount mechanics

Thread Diameter Clear Thickness
Aperture
1'' - 32 25.4 mm 21.1 mm 3.6 mm

 

Filter C-Mount

 

 

SH-Mount

Schneider-Kreuznach offers a variety of mounts with common thread sizes to fit on most camera lens systems. SH-Mount is the standard, when high flexibility is needed. Filters are held by retainer rings. SH-Mounts are extreme robust.

All SH-Mounts have a female and male M-thread, and can be stacked if several filters must be combined.

Key features of SH-Mount Filters:
Stackable
​​​​​Robust
Black Anodized Brass

Applications of SH-Mount Filters:
Mounted on lenses in imaging applications
Mounted on measurement instruments

Thread Diameter Clear Thickness
Aperture
M 25.5x0.5 29.5 mm 20.8mm 6.4 mm
M 27.0x0.5 31.0 mm 21.8 mm 6.4 mm
M 35.5x0.5 39.5 mm 29.8 mm 6.4 mm
M 37.0x0.75 41.0 mm 31.8 mm 6.9 mm
M 39.0x0.5 43.0 mm 33.8 mm 6.4 mm
M 40.5x0.5 44.5 mm 35.8 mm 6.4 mm
M 43.0x0.75 47.0 mm 37.8 mm 6.9 mm
M 46.0x0.75 50.0 mm 40.8 mm 6.9 mm
M 49.0x0.75 53.0 mm 43.8 mm 6.9 mm
M 52.0x0.75 56.0 mm 46.8 mm 6.9 mm
M 55.0x0.75 59.0 mm 49.8 mm 6.9 mm
M 58.0x0.75 62.0 mm 52.8 mm 6.9 mm
M 62.0x0.75 66.0 mm 56.8 mm 6.9 mm
M 67.0x0.75 71.0 mm 61.8 mm 6.9 mm

 

SH Filter-Mount

 

SN1-Mount

The SN1-Mount was designed for the in machine vision popular M30.5x0.5 thread. With its high clear aperture, vignetting can be avoided, even for wide angle applications. The filter is glued into the mount, in order to secure it against vibrations when integrated into robots or production lines. It is ideal to be used in automated fabrication.

SN1-Mounts have a male and female M-thread, and can be stacked if several filters must be combined.

Key features SN1-Mount Filters:
Maximum Clear Aperture
No vignetting
Stackable
Robust
Black Anodized Brass

Applications SN1-Mount Filters:
Mounted on lenses in imaging applications
Mounted on measurement instruments

Thread Diameter Clear Thickness
Aperture
M 30.5x0.5 32 mm 28 mm 6.5 mm

 

SN1 Filter-Mount

 

SN1-Mount

The SN2-Mount is designed for polarizers and achieves highest possible aperture, avoiding vignetting in machine vision systems. Its unique locking mechanism fixes the correct orientation, even in typical industrial environment. The filters are glued into the mount to secure them against vibrations when integrated into robots or production lines. Ideal for use in automated fabrication.

SN2-Mounts have a female and male M-thread, and can be stacked if several filters must be combined.

Key features:
Rotatable
High clear Aperture
No vignetting
Stackable
Robust
Black Anodized Brass

Applications:
Mounted on lenses in imaging applications
Mounted on measurement instruments

Thread Diameter Clear Thickness
Aperture
M 25.5x0.5 27 mm 22.7 mm 7.4 mm
M 27.0x0.5 28.5 mm 23.7 mm 7.4 mm
M 30.5x0.5 32 mm 26.7 mm 7.4 mm
M 35.5 x0.5 37 mm 31.7 mm 7.4 mm
M 37.0x0.75 38.5 mm 32.7 mm 7.4 mm
M 40.5x0.5 42 mm 36.7 mm 7.4 mm
M 43.0x0.75 44.5 mm 37.7 mm 7.4 mm
M 46.0x0.75 47.5 mm 41.7 mm 7.4 mm
M 49.0x0.75 50.5 mm 44.7 mm 7.4 mm

 

SN2 Filter-Mount

DH-Mount

Schneider-Kreuznach offers a variety of mounts for polarizers with common thread sizes to fit on most camera lens systems. The DH-Mount is rotatable to adjust polarization axis in the required orientation. Filters are held by retainer rings.

All DH-Mounts have a female and male M-thread and can be stacked if several filters must be combined.

Key features:
Rotatable
Stackable
Black Anodized Brass

Applications:
Mounted on lenses in imaging applications
Mounted on measurement instruments

Thread Diameter Clear Thickness
Aperture
M 25.5x0.5 27 mm 20.8 mm 9.2 mm
M 27.0x0.5 28.5 mm 21.8 mm 9.2 mm
M 30.5x0.5 32 mm 25.8 mm 9.2 mm
M 35.5 x0.5 37 mm 30.8 mm 9.2 mm
M 37.0x0.75 38.5 mm 31.8 mm 9.2 mm
M 40.5x0.5 42 mm 35.8 mm 9.2 mm
M 43.0x0.75 44.5 mm 37.8 mm 9.2 mm
M 46.0x0.75 47.5 mm 40.8 mm 9.2 mm
M 49.0x0.75 50.5 mm 43.8 mm 9.2 mm
M 52.0x0.75 53.5 mm 46.8 mm 9.2 mm
M 55.0x0.75 56.5 mm 49.8 mm 9.2 mm
M 58.0x0.75 59.5 mm 52.8 mm 9.2 mm
M 62.0x0.75 63.5 mm 56.8 mm 9.2 mm
M 67.0x0.75 68.5 mm 61.8 mm 9.2 mm

 

DH Filter-Mount



More Shortpass Filters


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55543 Bad Kreuznach | Germany
+49 (0) 671 601 0

 

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