LIDT | Laser-induced damage threshold measurements

Laser Induced Damage Threshold Measurements

266 nm
Coating type	Substrate	Test conditions	Test method	LIDT	Download
AR @ 266 nm	CaF2	λ=258 nm, τ=12 ps, f=50 kHz, AOI 0°, average/unpolorized radiation	100000-on-1	0.0082 J/cm²	Report
343-355 nm
Coating type	Substrate	Test conditions	Test method	LIDT	Download
AR @ 355 nm	FS	λ=355 nm, τ=5.7 ns, f=100 Hz, AOI 0°, average/unpolorized radiation	1000-on-1	15.2 J/cm²	Report
HR @ 343-355 nm	FS	λ=355 nm, τ=5.4 ns, f=10 Hz, AOI 45°, p-pol radiation	1000-on-1	3.38 J/cm²	Report
HR @ 343-355 nm	FS	λ=355 nm, τ=5.4 ns, f=10 Hz, AOI 45°, s-pol radiation	1000-on-1	4.97 J/cm²	Report
HR @ 343-355 nm	FS	λ=343 nm, τ=1 ps, f=200 kHz, AOI 45°, s-pol radiation	10000000-on-1	0.0237 J/cm²	Report
HR @ 343-355 nm	FS	λ=343 nm, τ=1 ps, f=200 kHz, AOI 45°, p-pol radiation	10000000-on-1	0.023 J/cm²	Report
POL @ 355 nm	FS	λ=355 nm, τ=5.6 ns, f=100 Hz, AOI 55.8°, s-pol radiation	1000-on-1	4.59 J/cm²	Report
POL @ 355 nm	FS	λ=355 nm, τ=5.6 ns, f=100 Hz, AOI 55.8°, p-pol radiation	1000-on-1	3.34 J/cm²	Report
515-532 nm
Coating type	Substrate	Test conditions	Test method	LIDT	Download
AR @ 532 + 1064 + 694 nm	Corning 7980 0F	λ=532 nm, τ=5.9 ns, f=100 Hz, AOI 0°, average/unpolorized radiation	1-on-1	19.948 J/cm²	Report
HR @ 527-532 nm	BK7	λ=532 nm, τ=5.7 ns, f=100 Hz, AOI 45°, s-pol radiation	1000-on-1	14.2 J/cm²	Report
HR @ 532 nm	FS	λ=515 nm, τ=200 fs, f=5 kHz, AOI 25°, s-pol radiation	1000-on-1	0.583 J/cm²	Report
1030-1064 nm
Coating type	Substrate	Test conditions	Test method	LIDT	Download
AR @ 1070 + 915 nm	FS	λ=1070 nm, CW regime, AOI 12°, average/ unpolorized radiation	Raster Scan	7.98 MW/cm²	Report
HR @ 1070 + 905-925 + 633 nm	FS	λ=1070 nm, CW regime, AOI 12°, average/ unpolorized radiation	Raster Scan	0.376 MW/cm²	Report
Multiband HR + multiband HT	FS	λ=1070 nm, CW regime, AOI 45°, average/ unpolorized radiation	Raster Scan	0.134 MW/cm²	Report
AR @ 1064 nm	BK7	λ=1064 nm, τ=9.9 ns, f=100 Hz, AOI 0°, average/unpolorized radiation	1000-on-1	21.7 J/cm²	Report
AR @ 1064 + 1573 nm	FS	λ=1064 nm, τ=9.9 ns, f=100 Hz, AOI 0°, average/unpolorized radiation	1000-on-1	115.8 J/cm²	Report
HR @ 1064 nm	FS	λ=1064 nm, τ=10 ns, f=100 Hz, AOI 34°, p-pol radiation	1000-on-1	47.8 J/cm²	Report
HR @ 1064 + HT @ 1350 + 1450 + 1100 + 950 nm	BK7	λ=1064 nm, τ=10.1 ns, f=20 Hz, AOI 45°, p-pol radiation	1000-on-1	46.8 J/cm²	Report
POL @ 1064 nm	FS	λ=1064 nm, τ=10 ns, f=100 Hz, AOI 55.6°, p-pol radiation	1000-on-1	23.9 J/cm²	Report
PR @ 1030 nm	FS	λ=1064 nm, τ=9.8 ns, f=100 Hz, AOI 0°, average/unpolorized radiation	1000-on-1	11.6 J/cm²	Report
1535 nm
Coating type	Substrate	Test conditions	Test method	LIDT	Download
AR @ 1535 nm	Schott LG940	λ=1535 nm, τ=4.4 ns, f=100 Hz, AOI 0°, average/unpolorized radiation	R(1000)-on-1	22.4 J/cm²	Report
AR @ 1535 nm	Co:Spinel	λ=1535 nm, τ=4.7 ns, f=100 Hz, AOI 0°, average/unpolorized radiation	R(1000)-on-1	>35.36 J/cm²	Report
HR @ 1535 nm	BK7	λ=1535 nm, τ=10 ns, f=10 Hz, AOI 0°, average/unpolorized radiation	20-on-1	>30.17 J/cm²	Report
HR @ 1064 + HT @ 1535 nm	BK7	λ=1500 nm, τ=3.7 ns, f=100 Hz, AOI 0°, average/unpolorized radiation	1000-on-1	12 J/cm²	Report
PR @ 1535 nm	BK7	λ=1535 nm, τ=3.7 ns, f=100 Hz, AOI 0°, average/unpolorized radiation	1000-on-1	43.8 J/cm²	Report
2 µm
Coating type	Substrate	Test conditions	Test method	LIDT	Download
AR @ 1910 + 2090 nm	FS	λ=2090 nm, τ=4.3 ns, f=100 Hz, AOI 0°, average/unpolorized radiation	R(1000)-on-1	19.98 J/cm²	Report
HR @ 2090 nm	FS	λ=2090 nm, τ=4.3 ns, f=100 Hz, AOI 45°, p-pol radiation	1000-on-1	>22.7 J/cm²	Report
HR @ 2090 + HT @ 1910 nm	FS	λ=2090 nm, τ=3.7 ns, f=100 Hz, AOI 0°, average/unpolorized radiation	1000-on-1	9.7 J/cm²	Report
POL @ 2090 + HT @ 1910 nm	FS	λ=2090 nm, τ=5.3 ns, f=100 Hz, AOI 45°, p-pol radiation	1000-on-1	12.3 J/cm²	Report
PR @ 2090 nm	FS	λ=2090 nm, τ=4.3 ns, f=100 Hz, AOI 0°, average/unpolorized radiation	1000-on-1	>24.2 J/cm²	Report
PR @ 2090 nm	CaF₂	λ=2090 nm, τ=4 ns, f=100 Hz, AOI 45°, s-pol radiation	1000-on-1	14 J/cm²	Report