Wavelength 1030-1064 nm Combination of harmonics
213 | 266 | 355 | 532 | 1064 nm as examples

Nd:YAG/YVO4 can be adapted to all other wavelenghts

NIR 1030-1064 nm

Combination of harmonics

Coating types
DAR
AR
  • VAR
  • DAR
  • TAR
  • BBAR
  • MAR
  • WAR
DAR
DAR
5th harmonic
213 nm		4th harmonic
266 nm		3rd harmonic
355 nm		2nd harmonic
532 nm		1064 nmAOImethod
R < 1% R < 0.8%       0° EBE
  R < 1% R < 0.5%     0° EBE
  R < 1%   R < 0.5%   0° EBE
    R < 0.75% R < 0.5%   0° EBE
      R < 0.5% R < 0.3% 0° EBE
      R < 0.2% R < 0.1% 0° IBS
      R < 1% R < 0.75% 45° EBE
TAR
AR
  • VAR
  • DAR
  • TAR
  • BBAR
  • MAR
  • WAR
TAR
TAR
5th harmonic
213 nm		4th harmonic
266 nm		3rd harmonic
355 nm		2nd harmonic
532 nm		1064 nmAOImethod
  R < 1% R < 1%   R < 0.5% 0° EBE
    R < 1% R < 1% R < 0.5% 0° EBE
    R < 0.3% R < 0.3% R < 0.3% 0° IBS
DHR
HR
  • HR
  • DHR
  • BBHR
  • MHR
  • WHR
  • Metal
DHR
DHR
5th harmonic
213 nm		4th harmonic
266 nm		3rd harmonic
355 nm		2nd harmonic
532 nm		1064 nmAOImethod
  R > 99% R > 99.5%     0° EBE
  R > 99%   R > 99.5%   45° EBE
    R > 99% R > 99.5%   45° EBE
      R > 99.8% R > 99.8% 0° EBE
      R > 99.9xx% R > 99.9xx% 0° IBS
MHR
HR
  • HR
  • DHR
  • BBHR
  • MHR
  • WHR
  • Metal
MHR
MHR
5th harmonic
213 nm		4th harmonic
266 nm		3rd harmonic
355 nm		2nd harmonic
532 nm		1064 nmAOImethod
  R > 98.5% R > 99% R > 99.5%   45° EBE
    R > 99% R > 99% R > 99% 0° EBE
  R > 97% R > 98% R > 99% R > 99.5% 45° EBE
LP
FILTER
  • LP
  • SP
  • NF
  • MP
  • BP
  • REF
LP
LP
5th harmonic
213 nm		4th harmonic
266 nm		3rd harmonic
355 nm		2nd harmonic
532 nm		1064 nmAOImethod
Rs > 99% Rp < 5% Rp < 3% Rp < 3% Rp < 3% 45° EBE
  R > 99.5%   R < 6% R < 6% 45° EBE
    R > 99.5% R < 3% R < 2% 45° MS
    Rs > 99.5% Rp < 1% Rs < 1% 45° IBS
      R > 99.8% R < 2% 0° EBE
      Rs > 99.8% Rp < 1% 45° EBE
SP
FILTER
  • LP
  • SP
  • NF
  • MP
  • BP
  • REF
SP
SP
5th harmonic
213 nm		4th harmonic
266 nm		3rd harmonic
355 nm		2nd harmonic
532 nm		1064 nmAOImethod
  R < 5% R > 99.5%     0° EBE
  R < 10%   R > 99.8%   0° EBE
    R < 2.5% R < 2% R > 99.9xx% 0° IBS
      R < 5% R > 99.85% 0° EBE
      Rp < 3% Rs > 99.5% 45° EBE
NF
FILTER
  • LP
  • SP
  • NF
  • MP
  • BP
  • REF
NF
NF
5th harmonic
213 nm		4th harmonic
266 nm		3rd harmonic
355 nm		2nd harmonic
532 nm		1064 nmAOImethod
  R < 8% R > 99.5% R < 8% R < 8% 45° MS
    R < 5% R > 99.7% R < 5% 0° EBE
    Rp < 5% Rs > 99.7% Rp < 5% 45° EBE
MP
FILTER
  • LP
  • SP
  • NF
  • MP
  • BP
  • REF
MP
MP
5th harmonic
213 nm		4th harmonic
266 nm		3rd harmonic
355 nm		2nd harmonic
532 nm		1064 nmAOImethod
  Rp > 98% Rp > 98% Rs < 5% Rp < 5% 45° EBE
    R > 99% R > 99.5% R < 5% 45° EBE

All values are given for standard coatings. Customized coatings available for all types.

Coating methods available:

EBEIADIPMSIBS

Examples

If not mentioned otherwise, all values and diagrams are given

... for the standard substrate material used in the described wavelength area (mostly Fused Silica or CaF2).

... without consideration of the rear surface.

... with EBE coating technique for a good cost-performance ratio.

Customized coatings are available for all types.

 

–––– dashed lines show the zoomed curve with the stated magnification

AR 355 nm + 532 nm + 1064 nm / 0°
[B-00536]AR 355 nm + 532 nm + 1064 nm / 0°

355 nm + 532 nm: R < 1%; 1064 nm: R < 0.5%

HR 355 nm + 532 nm + 1064 nm / 0° Type 2
[B-04212]HR 355 nm + 532 nm + 1064 nm / 0° Type 2

355 nm + 532 nm + 1064 nm: R > 99%

R 50% 355 nm + 532 nm / 45°
[B-01788]R 50% 355 nm + 532 nm / 45°

355 nm + 532 nm: R ±5% vs theoretical curve

HT 532 nm HR 1064 nm / 0°
[B-00001]HT 532 nm HR 1064 nm / 0°

532 nm: R < 5%; 1064 nm: R > 99.85%

HR 532 nm R 50% 1064 nm / 0°
[B-11735]HR 532 nm R 50% 1064 nm / 0°

532 nm: R > 99.8%; 1064 nm: R ±5%
vs theoretical curve

HT 355 nm / p HR 532 nm / s HT 1064 nm / p / 45°
[B-02977]HT 355 nm / p HR 532 nm / s HT 1064 nm / p / 45°

355 nm: Rp < 5%; 532 nm: Rs > 99.7%;
1064 nm: Rp < 5%

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