OPTOStokes est la marque de filtres optiques d'Optofilters.com, proposant des filtres en stock et à traitements sur mesure pour UV, VIS, NIR et IR.

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Filtres infrarouges pour NIR, SWIR, MWIR et LWIR

Examinez les filtres NIR, SWIR, MWIR et LWIR. Comparez passe-bande de l'IR moyen, filtres IR lointain, silicium, saphir, fenêtres germanium AR et fenêtres IR métallisées pour détection et imagerie.

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Plus de 12 ans d'expérience

Certification ISO 9001

Livraisons dans plus de 60 pays

Taux de qualité de 99.8%

Modèles sélectionnés

Contactez-nous pour identifier les modèles adaptés.

Comment choisir

Choisissez d'abord la région infrarouge, puis vérifiez sensibilité du détecteur, transmission du substrat, bande du traitement, environnement et montage. Les matériaux IR diffèrent souvent de ceux du visible.

Filtres infrarouges

Les filtres IR OPTOStokes couvrent le proche infrarouge (750-1100nm), SWIR 1.1-2.5µm, MWIR 3-5µm et LWIR 8-14µm. Le catalogue comprend aussi passe-bande étroits de l'IR moyen/lointain, passe-bande larges, passe-haut IR, traitements AR et fenêtres IR métallisées pour imagerie thermique, gaz, spectroscopie et boîtiers détecteurs.

Voir : Filtres passe-bande IR

Filtres passe-bande IR

CWL: –

71 éléments sur 71

Filtres passe-bande IR
Modèle	CWL (nm)	Transmission	FWHM (nm)	Densité optique
STO-BP680	680 ± 2	T≥90%	10-20	OD ≥ 3 at 300-1100 nm
STO-BP1120	1120 ± 2	T≥90%	10-20	OD ≥ 3 at 300-1200 nm
STO-BP1150	1150 ± 2	T≥90%	10-20	OD ≥ 3 at 300-1200 nm
STO-BP1173	1173 ± 2	T≥90%	10-20	OD ≥ 3 at 300-1200 nm
STO-BP1250	1250 ± 2	T≥70%	10-20	OD ≥ 3 at 700-1800 nm
STO-BP1285	1285 ± 2	T≥70%	10-20	OD ≥ 3 at 1000-1700 nm
STO-BP1455	1455 ± 2	T≥50%	10-20	OD ≥ 3 at 1200-1800 nm
STO-BP1535	1535 ± 2	T≥90%	10-20	OD ≥ 3 at 600-2000 nm
STO-BP1545	1545 ± 2	T≥90%	10-20	OD ≥ 3 at 600-2000 nm
STO-BP1550	1550 ± 2	T≥90%	10-20	OD ≥ 3 at 600-2000 nm
STO-BP1555	1555 ± 2	T≥90%	10-20	OD ≥ 3 at 600-2000 nm
STO-BP1570	1570 ± 2	T≥90%	10-20	OD ≥ 3 at 1250-1700 nm
STO-BP1615	1615 ± 2	T≥90%	10-20	OD ≥ 3 at 1450-1900 nm
STO-BP1620	1620 ± 2	T≥70%	10-20	OD ≥ 3 at 1450-1900 nm
STO-BP1625	1625 ± 2	T≥70%	10-20	OD ≥ 3 at 1450-1900 nm
STO-BP1655	1655 ± 5	T≥70%	10-20	OD ≥ 3 at 1350-2200 nm
STO-BP1660	1660 ± 5	T≥70%	10-20	OD ≥ 3 at 1350-2200 nm
STO-BP1680	1680 ± 10	T≥90%	10-20	OD ≥ 3 at 800-3000 nm
STO-BP1685	1685 ± 2	T≥80%	10-20	OD ≥ 3 at 1550-2000 nm
STO-BP1695	1695 ± 2	T≥80%	10-20	OD ≥ 3 at 1550-2000 nm
STO-BP1935	1935 ± 2	T≥60%	10-20	OD ≥ 3 at 800-2000 nm
STO-BP1940	1940 ± 2	T≥60%	10-20	OD ≥ 3 at 800-2000 nm
STO-BP2050	2050 ± 2	T≥80%	10-20	OD ≥ 3 at 800-2000 nm
STO-BP2180	2180 ± 2	T≥80%	10-20	OD ≥ 3 at 800-2000 nm
STO-BP2230	2230 ± 2	T≥80%	10-20	OD ≥ 3 at 800-2000 nm
STO-BP2270	2270 ± 2	T≥80%	10-20	OD ≥ 3 at 800-2000 nm
STO-BP2340	2340 ± 2	T≥80%	10-20	OD ≥ 3 at 800-2000 nm
STO-BP1100	1100 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1120	1120 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1125	1125 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1150	1150 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1173	1173 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1200	1200 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1235	1235 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1245	1245 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1250	1250 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1290	1290 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1300	1300 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1320	1320 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1340	1340 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1380	1380 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1430	1430 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1445	1445 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1450	1450 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1530	1530 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1535	1535 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1540	1540 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1550	1550 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1570	1570 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1575	1575 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1600	1600 ± 5	T≥90%	90-100	OD ≥ 3 at 350-1700 nm
STO-BP1610	1610 ± 5	T≥90%	90-100	OD ≥ 3 at 350-1700 nm
STO-BP1630	1630 ± 5	T≥90%	90-100	OD ≥ 3 at 350-1700 nm
STO-BP1650	1650 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1654	1654 ± 5	T≥90%	20-60	OD ≥ 3 at 350-1700 nm
STO-BP1660	1660 ± 5	T≥90%	20-60	OD ≥ 3 at 800-3000 nm
STO-BP1680	1680 ± 5	T≥90%	20-60	OD ≥ 3 at 800-3000 nm
STO-BP1700	1700 ± 5	T≥90%	90-100	OD ≥ 3 at 800-2000 nm
STO-BP1714	1714 ± 5	T≥90%	90-100	OD ≥ 3 at 800-2000 nm
STO-BP1716	1716 ± 5	T≥90%	90-100	OD ≥ 3 at 800-2000 nm
STO-BP1780	1780 ± 5	T≥90%	40-70	OD ≥ 3 at 200-3000 nm
STO-BP1800	1800 ± 5	T≥90%	40-70	OD ≥ 3 at 200-3000 nm
STO-BP1810	1810 ± 5	T≥90%	40-70	OD ≥ 3 at 200-3000 nm
STO-BP1818	1818 ± 5	T≥90%	40-70	OD ≥ 3 at 200-3000 nm
STO-BP1830	1830 ± 5	T≥90%	40-70	OD ≥ 3 at 200-3000 nm
STO-BP1920	1920 ± 5	T≥90%	40-70	OD ≥ 3 at 200-3000 nm
STO-BP1930	1930 ± 5	T≥90%	40-70	OD ≥ 3 at 200-3000 nm
STO-BP1935	1935 ± 5	T≥90%	40-70	OD ≥ 3 at 200-3000 nm
STO-BP1940	1940 ± 5	T≥90%	40-70	OD ≥ 3 at 200-3000 nm
STO-BP1945	1945 ± 5	T≥90%	40-70	OD ≥ 3 at 200-3000 nm
STO-BP1950	1950 ± 5	T≥90%	40-70	OD ≥ 3 at 200-3000 nm

Filtres passe-haut IR

Cut-On: –

21 éléments sur 21

Filtres passe-haut IR
Modèle	Seuil de transmission (cut-on) (nm)	Transmission	Plage de transmission (nm)	Densité optique
STO-LP900	900 ± 5	T≥90%	910-1100	OD ≥ 3 at 350-880 nm
STO-LP910	910 ± 5	T≥90%	920-1100	OD ≥ 3 at 350-890 nm
STO-LP920	920 ± 5	T≥90%	930-1100	OD ≥ 3 at 350-900 nm
STO-LP920	920 ± 10	T≥90%	940-1700	OD ≥ 3 at 350-890 nm
STO-LP930	930 ± 5	T≥90%	940-1100	OD ≥ 3 at 350-910 nm
STO-LP940	940 ± 5	T≥90%	950-1100	OD ≥ 3 at 350-920 nm
STO-LP950	950 ± 5	T≥90%	970-1100	OD ≥ 3 at 350-930 nm
STO-LP970	970 ± 5	T≥90%	980-1100	OD ≥ 3 at 350-940 nm
STO-LP1000	1000 ± 10	T≥90%	1020-2000	OD ≥ 3 at 350-970 nm
STO-LP1010	1010 ± 10	T≥90%	1030-1200	OD ≥ 3 at 350-990 nm
STO-LP1060	1060 ± 10	T≥88%	1085-1100	OD ≥ 3 at 350-1035 nm
STO-LP1150	1150 ± 10	T≥90%	1180-1700	OD ≥ 3 at 700-1120 nm
STO-LP1170	1170 ± 10	T≥90%	1200-1700	OD ≥ 3 at 700-1135 nm
STO-LP1200	1200 ± 10	T≥90%	1230-1800	OD ≥ 3 at 350-1175 nm
STO-LP1250	1250 ± 10	T≥90%	1260-1750	OD ≥ 3 at 350-1215 nm
STO-LP1270	1270 ± 10	T≥90%	1300-1800	OD ≥ 3 at 350-1240 nm
STO-LP1380	1380 ± 10	T≥90%	1400-2150	OD ≥ 3 at 700-1360 nm
STO-LP1400	1400 ± 10	T≥90%	1420-1100	OD ≥ 3 at 350-1380 nm
STO-LP1450	1450 ± 10	T≥90%	1480-1800	OD ≥ 3 at 350-1420 nm
STO-LP1470	1470 ± 10	T≥90%	1500-1800	OD ≥ 3 at 350-1400 nm
STO-LP1600	1600 ± 10	T≥90%	1625-2300	OD ≥ 3 at 350-1540 nm

Catalogue : Filtres passe-bande étroits dans l'IR moyen et lointain

Les passe-bande étroits de l'IR moyen et lointain utilisent silicium, saphir, germanium, fluorure de calcium et séléniure de zinc pour les bandes MWIR et LWIR. Des dimensions sur mesure sont disponibles pour modules détecteurs et systèmes thermiques.

CWL: –

84 éléments sur 84

Tableau du catalogue
Modèle	Région IR	CWL (nm)	FWHM (nm)	Transmission maximale	Blocage	Substrat	Dimensions
STO-NBP 2750 500nm	MWIR	2750 ± 50	500 ± 60	>=80%	400-7000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 2775 250nm	MWIR	2775 ± 30	250 ± 20	>=80%	400-7000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 2850 400nm	MWIR	2850 ± 40	400 ± 30	>=80%	400-7000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3040 140nm	MWIR	3040 ± 30	140 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3040 140nm	MWIR	3040 ± 30	140 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 25 x 0.6mm
STO-NBP 3060 140nm	MWIR	3060 ± 30	140 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3060 140nm	MWIR	3060 ± 30	140 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 25 x 0.6mm
STO-NBP 3080 140nm	MWIR	3080 ± 30	140 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 25 x 0.6mm
STO-NBP 3090 140nm	MWIR	3090 ± 30	140 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3280 160nm	MWIR	3280 ± 30	160 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3300 160nm	MWIR	3300 ± 30	160 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3300 160nm	MWIR	3300 ± 30	160 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 25 x 0.6mm
STO-NBP 3310 60nm	MWIR	3310 ± 10	60 ± 20	>=80%	400-4700nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3330 60nm	MWIR	3330 ± 10	60 ± 20	>=80%	400-4700nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3330 160nm	MWIR	3330 ± 30	160 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3375 160nm	MWIR	3375 ± 30	160 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3375 160nm	MWIR	3375 ± 30	160 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 25 x 0.6mm
STO-NBP 3400 120nm	MWIR	3400 ± 30	120 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3400 180nm	MWIR	3400 ± 30	180 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3420 180nm	MWIR	3420 ± 30	180 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3440 120nm	MWIR	3440 ± 30	120 ± 20	>=80%	400-25000nm,T ≤ 1%	Sapphire	Dia. 25 x 0.8mm
STO-NBP 3440 160nm	MWIR	3440 ± 30	160 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3460 150nm	MWIR	3460 ± 30	150 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3800 300nm	MWIR	3800 ± 40	300 ± 30	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3900 90nm	MWIR	3900 ± 20	90 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3920 90nm	MWIR	3920 ± 20	90 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3950 90nm	MWIR	3950 ± 20	90 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 3950 90nm	MWIR	3950 ± 20	90 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	3.3 x 3.3 x 0.5mm
STO-NBP 3970 90nm	MWIR	3970 ± 20	90 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4000 90nm	MWIR	4000 ± 20	90 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4050 180nm	MWIR	4050 ± 30	180 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4100 180nm	MWIR	4100 ± 30	180 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4200 180nm	MWIR	4200 ± 30	180 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4230 160nm	MWIR	4230 ± 30	160 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4260 180nm	MWIR	4260 ± 30	180 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4260 180nm	MWIR	4260 ± 30	180 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	2.9 x 2.9 x 0.5mm
STO-NBP 4260 180nm	MWIR	4260 ± 30	180 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	3.3 x 3.3 x 0.5mm
STO-NBP 4280 180nm	MWIR	4280 ± 20	180 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4300 130nm	MWIR	4300 ± 30	130 ± 20	>=75%	400-16000nm,T ≤ 1%	Monocrystalline silicon	Dia. 25 x 0.6mm
STO-NBP 4300 160nm	MWIR	4300 ± 30	160 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4300 180nm	MWIR	4300 ± 30	180 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4320 160nm	MWIR	4320 ± 30	160 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4330 130nm	MWIR	4330 ± 30	130 ± 20	>=80%	400-16000nm,T ≤ 1%	Monocrystalline silicon	Dia. 25 x 0.6mm
STO-NBP 4330 180nm	MWIR	4330 ± 30	180 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4360 180nm	MWIR	4360 ± 30	180 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4380 180nm	MWIR	4380 ± 30	180 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4420 60nm	MWIR	4420 ± 10	60 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 25 x 0.6mm
STO-NBP 4430 60nm	MWIR	4430 ± 10	60 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 25 x 0.6mm
STO-NBP 4450 60nm	MWIR	4450 ± 10	60 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 25 x 0.6mm
STO-NBP 4450 200nm	MWIR	4450 ± 30	200 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 25 x 0.6mm
STO-NBP 4480 60nm	MWIR	4480 ± 10	60 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 25 x 0.6mm
STO-NBP 4500 60nm	MWIR	4500 ± 10	60 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 25 x 0.6mm
STO-NBP 4500 140nm	MWIR	4500 ± 30	140 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 25 x 0.6mm
STO-NBP 4500 200nm	MWIR	4500 ± 30	200 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4520 140nm	MWIR	4520 ± 30	140 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 25 x 0.6mm
STO-NBP 4560 160nm	MWIR	4560 ± 30	160 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4600 160nm	MWIR	4600 ± 30	160 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4640 160nm	MWIR	4640 ± 30	160 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4650 160nm	MWIR	4650 ± 30	160 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4680 150nm	MWIR	4680 ± 30	150 ± 20	>=80%	400-25000nm,T ≤ 1%	Sapphire	Dia. 25 x 0.8mm
STO-NBP 4690 160nm	MWIR	4690 ± 30	160 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4750 180nm	MWIR	4750 ± 30	180 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 4770 150nm	MWIR	4770 ± 30	150 ± 20	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 5300 600nm	MWIR/LWIR transition	5300 ± 40	600 ± 30	>=80%	400-11000nm,T ≤ 1%	Monocrystalline silicon	Dia. 25 x 0.5mm
STO-NBP 7300 300nm	MWIR/LWIR transition	7300 ± 40	300 ± 30	>=70%	400-12000nm,T ≤ 1%	Monocrystalline silicon	Dia. 25 x 0.5mm
STO-NBP 7350 200nm	MWIR/LWIR transition	7350 ± 30	200 ± 30	>=65%	400-12000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 7410 200nm	MWIR/LWIR transition	7410 ± 30	200 ± 30	>=65%	400-12000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 7470 200nm	MWIR/LWIR transition	7470 ± 30	200 ± 30	>=75%	400-12000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 7625 200nm	MWIR/LWIR transition	7625 ± 30	200 ± 30	>=75%	400-12000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 7650 200nm	MWIR/LWIR transition	7650 ± 30	200 ± 30	>=60%	400-12000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 8420 200nm	LWIR	8420 ± 40	200 ± 30	>=60%	400-16000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 9020 180nm	LWIR	9020 ± 30	180 ± 30	>=75%	400-16000nm,T ≤ 1%	Float-zone silicon	Dia. 100 x 0.5mm
STO-NBP 9080 180nm	LWIR	9080 ± 30	180 ± 30	>=75%	400-16000nm,T ≤ 1%	Float-zone silicon	Dia. 100 x 0.5mm
STO-NBP 9900 370nm	LWIR	9900 ± 30	370 ± 20	>=70%	400-16000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 10000 370nm	LWIR	10000 ± 40	370 ± 30	>=75%	400-16000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 10050 370nm	LWIR	10050 ± 40	370 ± 30	>=60%	400-16000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 10270 600nm	LWIR	10270 ± 40	600 ± 30	>=75%	400-13500nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 10460 370nm	LWIR	10460 ± 40	370 ± 30	>=75%	400-14000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 10500 600nm	LWIR	10500 ± 50	600 ± 40	>=75%	400-13500nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 10560 370nm	LWIR	10560 ± 40	370 ± 30	>=75%	400-18000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 10700 370nm	LWIR	10700 ± 40	370 ± 30	>=75%	400-14000nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 11500 600nm	LWIR	11500 ± 50	600 ± 40	>=65%	400-14500nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 11700 600nm	LWIR	11700 ± 50	600 ± 40	>=65%	400-14500nm,T ≤ 1%	Monocrystalline silicon	Dia. 100 x 0.5mm
STO-NBP 14500 1000nm	LWIR	14500 ± 50	1000 ± 50	>=70%	400-19000nm,T ≤ 1%	Monocrystalline silicon	Dia. 25 x 0.5mm

Catalogue : Filtres passe-bande IR larges

Les passe-bande larges couvrent de larges fenêtres MWIR et LWIR avec blocage hors bande pour imagerie thermique, analyse de gaz et détection IR.

Transmission start: –

8 éléments sur 8

Tableau du catalogue
Modèle	Région IR	Plage de transmission	Transmission moyenne	Blocage	Dimensions	Substrat
STO-WBP 3100-3800nm Filter	MWIR	3100-3800nm	>=85%	400-25000nm, < =1%	Custom	Sapphire
STO-WBP 3250-3500nm Filter	MWIR	3250-3500nm	>=88%	400-6000nm, < =1%	Custom	Germanium
STO-WBP 3550-4150nm Filter	MWIR	3550-4150nm	>=90%	400-6000nm, < =1%	Custom	Germanium
STO-WBP 3670-4970nm Filter	MWIR	3670-4970nm	>=90%	400-6000nm, < =1%	Custom	Germanium
STO-WBP 4500-5000nm Filter	MWIR	4500-5000nm	>=90%	400-6000nm, < =1%	Custom	Germanium
STO-WBP 4750-5400nm Filter	MWIR/LWIR transition	4750-5400nm	>=80%	400-25000nm, < =1%	Custom	Sapphire
STO-WBP 8000-14000nm Filter	LWIR	8000-14000nm	>75%	0.4-7.5um, 15-21.5um, < =1%	Custom	Monocrystalline silicon
STO-WBP 8000-9450nm Filter	LWIR	8000-9450nm	>=92%	400-12000nm, < =1%	Custom	Germanium

Catalogue : Filtres passe-haut IR

Les passe-haut infrarouges transmettent les grandes longueurs d'onde et bloquent les plus courtes pour isoler le détecteur et les trajets d'imagerie thermique.

Transmission start: –

5 éléments sur 5

Tableau du catalogue
Modèle	Région IR	Plage de transmission	Transmission moyenne	Blocage	Dimensions	Substrat
STOLWP 3000-5000nm Filter	MWIR	3000-5000nm	>85%	400-2900nm, < =1%	Custom	Sapphire
STOLWP 5500-14000nm	LWIR	5500-14000nm	>80%	400-5000nm, < =1%	Custom	Monocrystalline silicon
STOLWP 7000-14000nm Filter	LWIR	7000-14000nm	>80%	400-6500nm, < =1%	Custom	Monocrystalline silicon
STOLWP 7700-9000nm Filter	LWIR	7700-9000nm	>80%	400-7600nm, < =1%	Custom	Monocrystalline silicon
STOLWP 8000-12000nm Filter	LWIR	8000-12000nm	>85%	400-7500nm, < =1%	Custom	Germanium

Catalogue : Traitements AR infrarouges

Les traitements antireflet infrarouges réduisent la réflexion de surface et améliorent la transmission des optiques en silicium, saphir et germanium.

Transmission start: –

6 éléments sur 6

Tableau du catalogue
Traitement	Région IR	Plage de transmission	Transmission moyenne	Dimensions	Substrat
0.8-5µm AR	MWIR	0.8-5um	>=86%	Custom	Sapphire
2.9-14.5µm AR	LWIR	2.9-14.5um	>=73%	Custom	Germanium
3-5µm AR	MWIR	3-5um	>=90%	Custom	Monocrystalline silicon
7-12µm AR	LWIR	7-12um	>=88%	Custom	Monocrystalline silicon
8-12µm AR+DLC	LWIR	8-12um	>=75%	Custom	Monocrystalline silicon
8-14µm AR	LWIR	8-14um	>=83%	Custom	Monocrystalline silicon

Catalogue : Fenêtres IR métallisées

Les fenêtres IR métallisées combinent une ouverture optique traitée et des bords métallisés pour brasage ou boîtiers hermétiques de détecteurs et systèmes d'imagerie.

Spectral start: –

6 éléments sur 6

Tableau du catalogue
Spécification	Région IR	Ouverture utile	Zone métallisée	Spécification spectrale	Substrat	Dimensions extérieures
16 x 16 x 0.8mm	MWIR	13.2 x 13.2	≥13.7 x 13.7	3-5um, Tavg≥96%	Germanium	16 x 16
Dia. 12 x 1mm	MWIR	Dia. 10	≥Dia. 10.5	3-5um, Tavg≥96%	Monocrystalline silicon	Dia. 12
Dia. 18 x 1mm	MWIR	Dia. 14	≥Dia. 14.5	3-5um, Tavg≥96%	Monocrystalline silicon	Dia. 18
Dia. 30 x 1mm	MWIR	Dia. 26	≥Dia. 26.5	3-5um, Tavg≥96%	Sapphire	Dia. 30
10 x 10 x 1mm	LWIR	8.5 x 8.5 x 0.9	≥8.9 x 8.9	8-12um, Tavg≥82%	Monocrystalline silicon	10 x 10 x 1
Dia. 2.5 x 0.28mm	SWIR	Dia. 1.6	≥Dia. 1.8	1250-1650nm, Tavg>99%	Sapphire	Dia. 2.5

Autres produits : Filtres passe-bande IR ultra-étroits

Modèles passe-bande IR supplémentaires avec FWHM jusqu'à 10 nm. Le résumé affiche les critères optiques ; les dimensions sont à vérifier lors du devis.

CWL:–

2 éléments sur 2

Autres produits : Filtres passe-bande IR ultra-étroits
Modèle	Plage spectrale	Classe de largeur de bande	CWL (nm)	FWHM (nm)	Transmission (T)	Résumé du blocage	Substrat	Épaisseur du substrat (mm)
STO-BP2475±5	SWIR	ultra-narrow	2475 ± 5	10 ± 5	T>=60%	600-3000 nm; T < 1%	Borosilicate glass	2
STO-BP2490±5	SWIR	ultra-narrow	2490 ± 5	10 ± 5	T>=60%	600-3000 nm; T < 1%	Borosilicate glass	2

Autres produits : Filtres passe-bande IR étroits

Modèles passe-bande IR supplémentaires avec FWHM supérieure à 10 nm et jusqu'à 20 nm, regroupés pour faciliter le choix de longueur d'onde et de largeur de bande.

CWL:–

5 éléments sur 5

Autres produits : Filtres passe-bande IR étroits
Modèle	Plage spectrale	Classe de largeur de bande	CWL (nm)	FWHM (nm)	Transmission (T)	Résumé du blocage	Substrat	Épaisseur du substrat (mm)
STO-BP1440±20	SWIR	narrow	1440 ± 5	20 ± 10	T>=70%	400-2200 nm; T < 1%	White glass	3
STO-BP1645±5	SWIR	narrow	1645 ± 5	20 ± 5	T>=90%	800-2000 nm; T < 1%	Borosilicate glass	0.5
STO-BP1663±5	SWIR	narrow	1663 ± 5	20 ± 5	T>=80%	800-2000 nm; T < 1%	Borosilicate glass	0.5
STO-BP1697	SWIR	narrow	1697 ± 2	15 ± 2	T>=85%	800-2000 nm; T < 1%	Borosilicate glass	0.5
STO-BP1745±15	SWIR	narrow	1740 ± 5	20 ± 5	T=55-65%	400-2200 nm; T < 1.5%	White glass	3

Autres produits : Filtres passe-bande IR standard

Modèles passe-bande IR supplémentaires avec FWHM supérieure à 20 nm pour une sélection spectrale plus large.

CWL:–

142 éléments sur 142

Autres produits : Filtres passe-bande IR standard
Modèle	Plage spectrale	Classe de largeur de bande	CWL (nm)	FWHM (nm)	Transmission (T)	Résumé du blocage	Substrat	Épaisseur du substrat (mm)
STO-BP900±30	NIR	standard	900 ± 30	70 ± 30	T>=90%	650-1250 nm; T < 1%	Sapphire	3.5
STO-BP1380±30	SWIR	standard	1380 ± 30	70 ± 30	T>=85%	500-2000 nm; T < 1%	Sapphire	3.5
STO-BP1600±16	SWIR	standard	1600 ± 16	150 ± 20	T>=80%	400-3000 nm; T < 1%	Corning 7980	2
STO-BP1900±20	SWIR	standard	1900 ± 20	50 ± 15	T>=80%	400-3000 nm; T < 1%	White glass	1
STO-BP1940±18	SWIR	standard	1940 ± 18	45 ± 10	T>=80%	400-3000 nm; T < 1%	White glass	1, 2
STO-BP2010±20	SWIR	standard	2010 ± 20	180 ± 30	T>=80%	500-3000 nm; T < 1%	Sapphire	3.5
STO-BP2017±10	SWIR	standard	2017 ± 10	35 ± 10	T>=55%	400-15000 nm; T < 1%	Sapphire	1
STO-BP2050±20	SWIR	standard	2050 ± 20	200 ± 30	T>=80%	500-3000 nm; T < 1%	Sapphire	3.5
STO-BP2120±20	SWIR	standard	2120 ± 20	50 ± 10	T>=80%	400-3000 nm; T < 1%	White glass	1
STO-BP2220±20	SWIR	standard	2220 ± 20	45 ± 10	T>=75%	400-15000 nm; T < 1%	Sapphire	1
STO-BP2240±20	SWIR	standard	2240 ± 20	30 ± 10	T>=80%	400-3000 nm; T < 1%	White glass	1
STO-BP2250±10	SWIR	standard	2250 ± 10	30 ± 10	T>=85%	400-3000 nm; T < 1%	White glass	1
STO-BP2300±20	SWIR	standard	2300 ± 20	90 ± 10	T>=90%	400-3000 nm; T < 1%	White glass	1
STO-BP2310±20	SWIR	standard	2310 ± 20	90 ± 10	T>=90%	400-3000 nm; T < 1%	White glass	1
STO-BP2400±24	SWIR	standard	2400 ± 24	70 ± 30	T>=75%	500-3000 nm; T < 1%	Sapphire	3.5
STO-BP2435±10	SWIR	standard	2435 ± 10	60 ± 15	T>=70%	400-20000 nm; T < 1%	Sapphire	1
STO-BP2435±20	SWIR	standard	2435 ± 20	60 ± 15	T>=70%	400-20000 nm; T < 1%	Sapphire	1
STO-BP2460±20	SWIR	standard	2460 ± 20	50 ± 10	T>=80%	1500-15000 nm; T < 1%	Sapphire	1
STO-BP2470±30	SWIR	standard	2470 ± 30	50 ± 20	T>=75%	400-6000 nm; T < 1%	Silicon	0.5
STO-BP2500±25	MWIR	standard	2500 ± 25	70 ± 30	T>=80%	500-3000 nm; T < 1%	Sapphire	1, 3.5
STO-BP2520±10	MWIR	standard	2520 ± 10	50 ± 20	T>=80%	400-6000 nm; T < 1%	Silicon	0.5
STO-BP2530±30	MWIR	standard	2530 ± 30	50 ± 20	T>=75%	400-6000 nm; T < 1%	Silicon	0.5
STO-BP2550±50	MWIR	standard	2550 ± 50	70 ± 30	T>=75%	500-3000 nm; T < 1%	Sapphire	1, 3.5
STO-BP2560±30	MWIR	standard	2560 ± 30	50 ± 20	T>=75%	400-6000 nm; T < 1%	Silicon	0.5
STO-BP2570±30	MWIR	standard	2570 ± 30	50 ± 20	T>=75%	400-6000 nm; T < 1%	Silicon	0.5
STO-BP2580±30	MWIR	standard	2580 ± 30	50 ± 20	T>=75%	400-6000 nm; T < 1%	Silicon	0.5
STO-BP2600±10	MWIR	standard	2600 ± 10	50 ± 20	T>=80%	400-6000 nm; T < 1%	Silicon	0.5
STO-BP2600±30	MWIR	standard	2600 ± 30	50 ± 20	T>=80%	400-6000 nm; T < 1%	Silicon	0.5
STO-BP2610±30	MWIR	standard	2610 ± 30	50 ± 20	T>=80%	400-6000 nm; T < 1%	Silicon	0.5
STO-BP2720	MWIR	standard	2720 ± 50	140 ± 20	T>=80%	100-30000 nm; T < 1%	Fused silica	1
STO-BP2730±30	MWIR	standard	2730 ± 30	210 ± 20	T>=80%	400-6000 nm; T < 1%	Silicon	1
STO-BP2750±50	MWIR	standard	2750 ± 50	140 ± 20	T>=80%	200-30000 nm; T < 1%	Fused silica	1
STO-BP2850±28	MWIR	standard	2850 ± 28	86 ± 20	T>=80%	1500-5500 nm; T < 1%	Silicon	0.5, 6.35
STO-BP2900±20	MWIR	standard	2900 ± 20	50 ± 10	T>=70%	1500-15000 nm; T < 1%	Sapphire	1
STO-BP3030±40	MWIR	standard	3030 ± 40	145 ± 30	T>=85%	400-11000 nm	Silicon	0.5
STO-BP3050±50	MWIR	standard	3050 ± 50	100 ± 20	T>=80%	300-20000 nm; T < 1%	Sapphire	1
STO-BP3085±30	MWIR	standard	3085 ± 30	100 ± 20	T>=80%	300-30000 nm; T < 1%	Sapphire	0.5, 1
STO-BP3130±40	MWIR	standard	3130 ± 40	145 ± 30	T>=85%	400-11000 nm	Silicon	0.5
STO-BP3150±20	MWIR	standard	3150 ± 20	60 ± 10	T>=80%	1500-5500 nm; T < 1%	Fused silica	0.5
STO-BP3250±25	MWIR	standard	3250 ± 25	210 ± 10	T>=80%	400-3800 nm; T < 1%	Silicon	0.25
STO-BP3250±50	MWIR	standard	3250 ± 50	180 ± 20	T>=80%	400-10000 nm; T < 1%	Silicon	0.5
STO-BP3275±20	MWIR	standard	3275 ± 10	30 ± 10	T>=70%	400-11000 nm; T < 1%	Silicon	1
STO-BP3280±30	MWIR	standard	3280 ± 30	210 ± 15	T>=75%	400-3800 nm; T < 1%	Silicon	0.25
STO-BP3315±10	MWIR	standard	3315 ± 10	210 ± 10	T>=80%	400-3800 nm; T < 1%	Silicon	0.25
STO-BP3320±50单	MWIR	standard	3320 ± 50	190 ± 20	T>=60%	800-6000 nm; T < 1%	Silicon	0.5
STO-BP3330±15	MWIR	standard	3330 ± 15	160 ± 20	T>=85%	400-11000 nm; T < 1%	Silicon	0.5
STO-BP3360±20	MWIR	standard	3360 ± 20	70 ± 10	T>=80%	1500-6500 nm; T < 1%	Fused silica	0.5
STO-BP3370±35	MWIR	standard	3370 ± 35	660 ± 70	T>=80%	400-3800 nm; T < 1%	Silicon	0.25, 0.38
STO-BP3370±50	MWIR	standard	3370 ± 50	400 ± 30	T>=80%	1000-6000 nm; T < 1%	Silicon	0.5
STO-BP3375±20	MWIR	standard	3375 ± 20	180 ± 20	T>=80%	400-11000 nm; T < 1%	Silicon	0.5, 1
STO-BP3375±40	MWIR	standard	3375 ± 40	660 ± 70	T>=85%	400-7000 nm; T < 1%	Silicon	0.25
STO-BP3390±35	MWIR	standard	3390 ± 35	210 ± 10	T>=80%	400-7000 nm; T < 1%	Silicon	0.25
STO-BP3416±20	MWIR	standard	3416 ± 20	120 ± 20	T>=80%	400-11000 nm; T < 1%	Silicon	0.5
STO-BP3430±40	MWIR	standard	3430 ± 40	120 ± 20	T>=75%	400-11000 nm; T < 1%	Silicon	0.5
STO-BP3440±30	MWIR	standard	3440 ± 30	120 ± 10	T>=80%	400-10000 nm; T < 1%	Silicon	0.5
STO-BP3580±40	MWIR	standard	3580 ± 40	160 ± 20	T>=80%	400-20000 nm; T < 1%	Sapphire	0.5
STO-BP3615±20	MWIR	standard	3615 ± 20	160 ± 20	T>=80%	400-20000 nm; T < 1%	Sapphire	0.5, 1
STO-BP3630±50	MWIR	standard	3630 ± 50	145 ± 20	T>=80%	400-15000 nm; T < 1%	Sapphire	0.5, 1
STO-BP3660±20	MWIR	standard	3660 ± 20	40 ± 10	T>=80%	800-6000 nm; T < 1%	Silicon	0.5, 0.916
STO-BP3680±40	MWIR	standard	3680 ± 40	162 ± 24	T>=85%	400-11000 nm	Silicon	0.5
STO-BP3770±20	MWIR	standard	3770 ± 20	50 ± 10	T>=80%	400-13600 nm; T < 1%	Sapphire	0.5
STO-BP3940±60	MWIR	standard	3940 ± 60	90 ± 20	T>=80%	1000-9000 nm; T < 1%	Silicon	0.5
STO-BP3950±39	MWIR	standard	3950 ± 39	200 ± 20	T>=85%	400-8000 nm; T < 1%	Silicon	0.5
STO-BP3990±50	MWIR	standard	3990 ± 50	180 ± 20	T>=80%	400-11000 nm; T < 1%	Silicon	0.5
STO-BP4020±40	MWIR	standard	4020 ± 40	180 ± 20	T>=80%	400-11000 nm; T < 1%	Silicon	0.5
STO-BP4050±50	MWIR	standard	4050 ± 50	100 ± 20	T>=80%	400-11000 nm; T < 1%	Silicon	0.5
STO-BP4060±50	MWIR	standard	4060 ± 50	100 ± 20	T>=80%	400-6000 nm; T < 1%	Silicon	0.5
STO-BP4073±40	MWIR	standard	4073 ± 40	125 ± 50	T>=85%	400-11000 nm	Silicon	0.5
STO-BP4260±50	MWIR	standard	4260 ± 50	180 ± 20	T>=80%	400-11000 nm; T < 1%	Silicon	0.5
STO-BP4320±50	MWIR	standard	4320 ± 50	600 ± 40	T>=80%	400-11000 nm; T < 1%	Silicon	0.5
STO-BP4380±50	MWIR	standard	4380 ± 50	150 ± 20	T>=80%	1000-9000 nm; T < 1%	Silicon	0.5
STO-BP4490±70	MWIR	standard	4490 ± 70	180 ± 20	T>=70%	400-11000 nm; T < 1%	Silicon	0.5
STO-BP4515±20	MWIR	standard	4515 ± 20	90 ± 20	T>=75%	200-30000 nm; T < 1%	Sapphire	1
STO-BP4530±45	MWIR	standard	4530 ± 45	350 ± 20	T>=80%	400-20000 nm; T < 1%	Sapphire	0.3, 0.5
STO-BP4560±40	MWIR	standard	4560 ± 40	310 ± 20	T>=80%	400-11000 nm; T < 1%	Silicon	0.5
STO-BP4580±60	MWIR	standard	4580 ± 60	140 ± 20	T>=70%	400-10000 nm; T < 1%	Silicon	1
STO-BP4680±50	MWIR	standard	4680 ± 50	180 ± 20	T>=75%	400-11000 nm; T < 1%	Silicon	1
STO-BP4680±55	MWIR	standard	4680 ± 55	180 ± 20	T>=70%	400-11000 nm; T < 1%	Silicon	1
STO-BP4680±60	MWIR	standard	4680 ± 60	180 ± 20	T>=75%	400-11000 nm; T < 1%	Silicon	1
STO-BP4710±20	MWIR	standard	4710 ± 20	140 ± 20	T>=75%	400-11000 nm; T < 1%	Silicon	1
STO-BP4710±40	MWIR	standard	4710 ± 40	180 ± 20	T>=75%	400-20000 nm; T < 1%	Sapphire	1
STO-BP4760±50	MWIR	standard	4760 ± 50	285 ± 70	T>=80%	400-11000 nm	Silicon	0.5
STO-BP4830±40	MWIR	standard	4830 ± 40	220 ± 20	T>=75%	400-11000 nm; T < 1%	Germanium	1
STO-BP5000±50	MWIR/LWIR transition	standard	5000 ± 50	150 ± 20	T>=85%	1000-10000 nm; T < 1%	Silicon	1.5
STO-BP5010±50	MWIR/LWIR transition	standard	5010 ± 50	220 ± 20	T>=80%	400-11000 nm; T < 1%	Silicon	0.5
STO-BP5070±40	MWIR/LWIR transition	standard	5070 ± 50	100 ± 20	T>=75%	400-20000 nm; T < 1%	Sapphire	0.5, 1
STO-BP5120±50	MWIR/LWIR transition	standard	5120 ± 50	320 ± 20	T>=70%	400-5500 nm; T < 1%	Silicon	1
STO-BP5200±50	MWIR/LWIR transition	standard	5200 ± 50	610 ± 40	T>=80%	400-11000 nm; T < 1%	Silicon	1
STO-BP5250±50	MWIR/LWIR transition	standard	5250 ± 50	90 ± 20	T>=80%	400-11000 nm; T < 1%	Silicon	0.5, 1
STO-BP5380±30	MWIR/LWIR transition	standard	5380 ± 30	100 ± 20	T>=65%	400-15000 nm; T < 1%	Sapphire	1
STO-BP5450±30	MWIR/LWIR transition	standard	5450 ± 30	100 ± 20	T>=65%	400-15000 nm; T < 1%	Sapphire	1
STO-BP5480±30	MWIR/LWIR transition	standard	5480 ± 30	100 ± 20	T>=65%	400-15000 nm; T < 1%	Sapphire	1
STO-BP5600±60	MWIR/LWIR transition	standard	5600 ± 60	120 ± 20	T>=80%	1000-10000 nm	Silicon	1.5
STO-BP5850±50	MWIR/LWIR transition	standard	5850 ± 50	200 ± 20	T>=70%	400-11000 nm; T < 1%	Silicon	1
STO-BP5850±60	MWIR/LWIR transition	standard	5850 ± 60	160 ± 20	T>=75%	1000-10000 nm; T < 1%	Silicon	1.5
STO-BP5950±50	MWIR/LWIR transition	standard	5950 ± 50	200 ± 20	T>=70%	1000-10000 nm; T < 1%	Silicon	0.5
STO-BP6050±50	MWIR/LWIR transition	standard	6050 ± 50	200 ± 20	T>=75%	1000-10000 nm; T < 1%	Silicon	1.5
STO-BP6150±60	MWIR/LWIR transition	standard	6150 ± 60	200 ± 20	T>=70%	1000-10000 nm; T < 1%	Silicon	1.5
STO-BP6220±30	MWIR/LWIR transition	standard	6220 ± 62	140 ± 20	T>=80%	400-11000 nm; T < 1%	Silicon	0.5
STO-BP6235±30	MWIR/LWIR transition	standard	6235 ± 30	110 ± 20	T>=60%	400-11000 nm; T < 1%	Germanium	0.9, 1
STO-BP6240±40	MWIR/LWIR transition	standard	6240 ± 40	90 ± 20	T>=70%	400-11000 nm; T < 1%	Germanium	1
STO-BP6250±30	MWIR/LWIR transition	standard	6250 ± 30	120 ± 20	T>=70%	400-15000 nm; T < 1%	Silicon	1
STO-BP6820±68	MWIR/LWIR transition	standard	6820 ± 68	100 ± 20	T>=75%	400-10600 nm; T < 1%	Silicon	1
STO-BP6910±20	MWIR/LWIR transition	standard	6910 ± 30	90 ± 20	T>=65%	400-11000 nm; T < 1%	Silicon	0.5
STO-BP7400±50	MWIR/LWIR transition	standard	7400 ± 50	360 ± 20	T>=80%	400-10600 nm; T < 1%	Silicon	0.5
STO-BP7500±50	MWIR/LWIR transition	standard	7500 ± 50	2500 ± 100	T>=90%	400-17100 nm; T < 1%	Germanium	0.6
STO-BP7530±30	MWIR/LWIR transition	standard	7530 ± 30	180 ± 30	T>=80%	400-10600 nm; T < 1%	Silicon	0.5, 1
STO-BP7690±50	MWIR/LWIR transition	standard	7690 ± 50	340 ± 30	T>=70%	200-16000 nm; T < 1%	Silicon	1
STO-BP7700±50	MWIR/LWIR transition	standard	7700 ± 50	450 ± 30	T>=80%	200-16000 nm; T < 1%	Silicon	1
STO-BP7720±50	MWIR/LWIR transition	standard	7720 ± 50	180 ± 30	T>=80%	400-10600 nm; T < 1%	Silicon	0.5, 1
STO-BP7760±50	MWIR/LWIR transition	standard	7760 ± 50	500 ± 30	T>=80%	200-13500 nm; T < 1%	Silicon	0.5
STO-BP7780±20	MWIR/LWIR transition	standard	7780 ± 20	180 ± 30	T>=80%	400-10600 nm; T < 1%	Silicon	0.5, 1
STO-BP7800±50	MWIR/LWIR transition	standard	7800 ± 50	450 ± 30	T>=80%	200-16000 nm; T < 1%	Silicon	1
STO-BP7890±80	MWIR/LWIR transition	standard	7890 ± 80	500 ± 30	T>=80%	200-13500 nm; T < 1%	Silicon	0.5
STO-BP7950±50	MWIR/LWIR transition	standard	7950 ± 50	450 ± 30	T>=75%	200-16000 nm; T < 1%	Silicon	1
STO-BP7950±80	MWIR/LWIR transition	standard	7950 ± 80	250 ± 20	T>75%	400-11000 nm; T < 1%	Silicon	0.5
STO-BP8010±20	LWIR	standard	8010 ± 20	200 ± 20	T>90%	400-11000 nm; T < 1%	Silicon	0.5
STO-BP8060±60	LWIR	standard	8060 ± 60	250 ± 20	T>80%	400-11000 nm; T < 1%	Silicon	0.5
STO-BP8120±30	LWIR	standard	8120 ± 30	250 ± 20	T>90%	400-11000 nm; T < 1%	Silicon	0.5
STO-BP8340±30	LWIR	standard	8340 ± 30	250 ± 20	T>75%	400-11000 nm; T < 1%	Silicon	0.5
STO-BP8350±100	LWIR	standard	8350 ± 100	45 ± 10	T>70%	400-13600 nm; T < 1%	Silicon	0.5
STO-BP8400±100	LWIR	standard	8400 ± 100	50 ± 20	T>70%	400-13600 nm; T < 1%	Silicon	0.5
STO-BP8500±100	LWIR	standard	8500 ± 100	50 ± 10	T>70%	400-13600 nm; T < 1%	Silicon	0.5
STO-BP8550±100	LWIR	standard	8550 ± 100	45 ± 10	T>70%	400-13600 nm; T < 1%	Silicon	0.5
STO-BP8700±100	LWIR	standard	8700 ± 100	210 ± 30	T>=75%	400-13600 nm; T < 1%	Silicon	0.5
STO-BP8800±100	LWIR	standard	8800 ± 100	210 ± 30	T>=75%	400-13600 nm; T < 1%	Silicon	0.5
STO-BP10100±100	LWIR	standard	10100 ± 100	660 ± 40	T>=85%	400-14000 nm; T < 1%	Germanium	1
STO-BP10220±100	LWIR	standard	10220 ± 100	660 ± 40	T>=85%	400-14000 nm; T < 1%	Germanium	1
STO-BP10580±50	LWIR	standard	10580 ± 50	250 ± 20	T>=70%	400-18000 nm; T < 1%	Silicon	0.5
STO-BP10860±150	LWIR	standard	10860 ± 150	640 ± 50	T>=70%	400-14000 nm; T < 1%	Silicon	0.5
STO-BP11100±150	LWIR	standard	11100 ± 150	640 ± 50	T>=70%	400-14000 nm; T < 1%	Silicon	0.5
STO-BP11200±150	LWIR	standard	11200 ± 150	640 ± 50	T>=70%	400-14000 nm; T < 1%	Silicon	0.5
STO-BP11500±50	LWIR	standard	11500 ± 50	550 ± 50	T>=65%	400-18000 nm; T < 1%	Silicon	0.5
STO-BP11580±60	LWIR	standard	11580 ± 60	550 ± 50	T>=70%	400-18000 nm; T < 1%	Silicon	0.5
STO-BP12600±100	LWIR	standard	12600 ± 100	800 ± 40	T>=85%	400-15000 nm; T < 1%	Germanium	1
STO-BP12750±100	LWIR	standard	12750 ± 100	800 ± 40	T>=85%	400-15000 nm; T < 1%	Germanium	1
STO-BP13000±100	LWIR	standard	13000 ± 100	4000 ± 100	T>=85%	1200-20000 nm; T < 1%	Germanium	0.75, 0.9
STO-BP13250±100	LWIR	standard	13250 ± 100	850 ± 50	T>=85%	400-15000 nm; T < 1%	Germanium	1
STO-BP13650±100	LWIR	standard	13650 ± 100	850 ± 50	T>=80%	400-15000 nm; T < 1%	Germanium	0.5
STO-BP15000±200	LWIR	standard	15000 ± 200	2200 ± 50	T>=65%	2000-25000 nm; T < 1%	Germanium	2.2
STO-BP16000±200	LWIR	standard	16000 ± 200	2400 ± 50	T>=70%	2000-25000 nm; T < 1%	Germanium	1
STO-BP16200±200	LWIR	standard	16200 ± 200	2400 ± 50	T>=70%	2000-25000 nm; T < 1%	Germanium	1

Autres produits : Filtres passe-bande IR larges

Autres modèles passe-bande larges pour détection, imagerie et trajets détecteurs MWIR et LWIR.

402 éléments sur 402

Autres produits : Filtres passe-bande IR larges
Modèle	Plage spectrale	Bande passante (nm)	Plage de transmission (nm)	Transmission (T)	Résumé du blocage	Substrat	Épaisseur du substrat (mm)
STO-WBP1000~3000	SWIR	970 ± 100 – 2470 ± 100	1100-2300	T>=90%	200-3560 nm; T < 1%	Glass ceramic	1
STO-WBP1520~1850	SWIR	1520 ± 50 – 1850 ± 50	1600-1750	T>=80%	400-3300 nm; T < 1%	Silicon	0.5, 1
STO-WBP1550~1750	SWIR	1550 ± 50 – 1750 ± 50	1600-1700	T>=80%	1500-2800 nm; T < 1%	Silicon	1.2
STO-WBP1550~5050	MWIR	1550 ± 50 – 5050 ± 50	1600-5000	T>=80%	1500-5580 nm; T < 1%	Silicon	1.2
STO-WBP1650~2350	SWIR	1650 ± 50 – 2350 ± 50	1700-2250	T>=80%	400-4000 nm; T < 10%	Silicon	0.5
STO-WBP2050~2350	SWIR	2050 ± 50 – 2350 ± 50	2150-2250	T>=80%	1500-2800 nm; T < 1%	Silicon	0.5, 1, 1.2
STO-WBP2050~2500	SWIR	2050 ± 50 – 2500 ± 50	2150-2450	T>=80%	1500-5000 nm; T < 1%	Silicon	0.5
STO-WBP2080~2350	SWIR	2080 ± 50 – 2350 ± 50	2135-2330	T>=80%	1500-2800 nm; T < 1%	Silicon	1.2
STO-WBP2080~2430	SWIR	2080 ± 50 – 2430 ± 50	2180-2330	T>=80%	1500-2800 nm; T < 1%	Silicon	0.5, 1
STO-WBP2170~3670	MWIR	2170 ± 50 – 3670 ± 50	2300-3600	T>=85%	1500-5000 nm; T < 1%	Silicon	0.5
STO-WBP2300~3600	MWIR	2200 ± 50 – 3750 ± 50	2300-3600	T>=85%	1500-5000 nm; T < 1%	Silicon	0.5
STO-WBP2300~3700	MWIR	2250 ± 30 – 3770 ± 30	2300-3700	T>=90%	1500-5000 nm; T < 1%	Silicon	1
STO-WBP2400~3150	MWIR	2400 ± 50 – 3150 ± 50	2500-3000	T>=90%	400-10500 nm; T < 1%	Sapphire	1, 5
STO-WBP2450~3200	MWIR	2450 ± 20 – 3200 ± 20	2500-3140	T>=90%	1500-7000 nm; T < 1%	Germanium	2.5
STO-WBP2450~4600	MWIR	2450 ± 50 – 4600 ± 50	2550-4500	T>=90%	400-7000 nm; T < 1%	Germanium	0.3
STO-WBP2450~5150	MWIR	2450 ± 50 – 5150 ± 50	2640-5040	T>=90%	400-7040 nm; T < 1%	Silicon	1
STO-WBP2490~5240	MWIR	2490 ± 50 – 5240 ± 50	2640-5040	T>=90%	400-7040 nm; T < 1%	Silicon	1
STO-WBP2600~5000	MWIR	2490 ± 50 – 5240 ± 50	2640-5040	T>=90%	400-7040 nm; T < 1%	Germanium	0.5, 0.9, 1
STO-WBP2500-5000	MWIR	2500 ± 50 – 5000 ± 50	2700-4900	T>=90%	200-10000 nm; T < 1%	Germanium	0.9, 1.8
STO-WBP2500~5100	MWIR	2500 ± 50 – 5100 ± 50	2650-4950	T>=90%	1500-10500 nm; T < 1%	Germanium	0.3, 0.7
STO-WBP2550~3150	MWIR	2550 ± 50 – 3150 ± 50	2700-3100	T>=85%	1500-5000 nm; T < 1%	Silicon	0.5
STO-WBP2550~3250	MWIR	2550 ± 50 – 3250 ± 50	2700-3100	T>=90%	430-10030 nm; T < 1%	Silicon	0.5, 2.5
STO-WBP2600~3300	MWIR	2600 ± 50 – 3300 ± 50	2850-3000	T>=85%	400-10000 nm; T < 1%	Germanium	0.7
STO-WBP2650~5050	MWIR	2600 ± 100 – 5050 ± 50	2750-4950	T>=90%	1500-8000 nm; T < 1%	Silicon	0.5, 1
STO-WBP2650~3000	MWIR	2650 ± 40 – 3000 ± 40	2700-2950	T>=85%	1000-6000 nm; T < 1%	Germanium	1.8
STO-WBP2700-3550	MWIR	2700 ± 50 – 3550 ± 50	2800-3450	T>=90%	300-20000 nm; T < 1%	Sapphire	1
STO-WBP2700-3600	MWIR	2700 ± 50 – 3600 ± 50	2800-3500	T>=90%	300-20000 nm; T < 1%	Sapphire	0.5, 1
STO-WBP2700~3150	MWIR	2700 ± 50 – 3150 ± 50	2800-3050	T>=80%	1500-5000 nm; T < 1%	Germanium	1
STO-WBP2720~2980	MWIR	2720 ± 20 – 2980 ± 20	2780-2920	T>=80%	1500-5000 nm; T < 1%	Germanium	1
STO-WBP2730~3010	MWIR	2730 ± 20 – 3010 ± 20	2800-2900	T>=85%	1500-5000 nm; T < 1%	Germanium	1
STO-WBP2750~4850	MWIR	2750 ± 50 – 4850 ± 50	3000-4600	T>=85%	1000-5100 nm; T < 1%	Germanium	0.3, 0.4, 1
STO-WBP2750~5100	MWIR	2750 ± 50 – 5100 ± 50	2900-5000	T>=90%	1500-10500 nm; T < 1%	Germanium	0.3, 0.7
STO-WBP2790~3070	MWIR	2790 ± 20 – 3070 ± 20	2900-3000	T>=80%	1500-5000 nm; T < 1%	Germanium	0.9, 1
STO-WBP2800~3050	MWIR	2800 ± 50 – 3050 ± 50	2900-3000	T>=90%	1500-6500 nm; T < 1%	Silicon	0.5
STO-WBP2800~5150	MWIR	2800 ± 50 – 5150 ± 50	2950-5000	T>=90%	1500-10500 nm; T < 1%	Germanium	0.3, 0.9
STO-WBP2800~5200单	MWIR	2800 ± 100 – 5200 ± 100	2900-5100	T>=55%	2580-8000 nm; T < 1%	Silicon	0.5
STO-WBP2800~5250	MWIR	2800 ± 50 – 5250 ± 50	2950-5100	T>=90%	1500-10500 nm; T < 1%	Germanium	0.3
STO-WBP2900~4140	MWIR	2900 ± 50 – 4140 ± 50	3100-4040	T>=90%	700-8040 nm; T < 1%	Germanium	0.3
STO-WBP2900~4450	MWIR	2900 ± 50 – 4450 ± 50	3050-4350	T>=85%	1500-10000 nm; T < 1%	Germanium	0.9
STO-WBP2900~4550	MWIR	2900 ± 50 – 4550 ± 50	3050-4450	T>=85%	1500-10000 nm; T < 1%	Germanium	0.3
STO-WBP2900~4850	MWIR	2900 ± 50 – 4850 ± 50	3050-4750	T>=90%	400-11000 nm; T < 1%	Silicon	0.5, 1
STO-WBP2900~5100	MWIR	2900 ± 50 – 5100 ± 50	3000-5000	T>=90%	1000-10500 nm; T < 1%	Germanium	0.3, 0.4, 0.7
STO-WBP2950~3250	MWIR	2950 ± 50 – 3250 ± 50	3000-3200	T>=85%	200-20000 nm; T < 1%	Sapphire	1
STO-WBP2950~3600	MWIR	2950 ± 50 – 3600 ± 50	3150-3400	T>=85%	1000-10500 nm; T < 1%	Germanium	0.6, 0.9
STO-WBP2950~3650	MWIR	2950 ± 50 – 3650 ± 50	3150-3450	T>=85%	1000-10500 nm; T < 1%	Germanium	0.6, 0.9
STO-WBP2950~4950	MWIR	2950 ± 50 – 4950 ± 50	3100-4800	T>=90%	400-11000 nm; T < 1%	Silicon	0.5, 1
STO-WBP3000~3300	MWIR	3000 ± 20 – 3300 ± 20	3050-3250	T>=85%	200-20000 nm; T < 1%	Sapphire	0.5, 1
STO-WBP3000~3700	MWIR	3000 ± 50 – 3700 ± 50	3100-3600	T>=90%	200-10000 nm; T < 1%	Germanium	1.8
STO-WBP3000~3800	MWIR	3000 ± 100 – 3800 ± 100	3100-3700	T>=80%	400-14000 nm; T < 1%	Sapphire	0.5
STO-WBP3000~3875	MWIR	3000 ± 100 – 3875 ± 75	3250-3650	T>=80%	500-5500 nm; T < 1%	Sapphire	0.3, 0.5
STO-WBP3000~4260	MWIR	3000 ± 50 – 4260 ± 50	3250-3900	T>=80%	400-11000 nm; T < 1%	Silicon	0.5
STO-WBP3000~4300	MWIR	3000 ± 50 – 4300 ± 50	3250-3900	T>=80%	400-11000 nm; T < 1%	Silicon	0.5
STO-WBP3000~5300	MWIR	3000 ± 50 – 5300 ± 50	3150-5150	T>=85%	1500-15500 nm; T < 1%	Sapphire	0.3, 0.75, 1
STO-WBP3000~5400	MWIR	3000 ± 50 – 5400 ± 50	3100-5300	T>=90%	1500-2800 nm; T < 1%	Germanium	0.7, 1
STO-WBP3020~3320	MWIR	3020 ± 20 – 3320 ± 20	3050-3250	T>=85%	200-20000 nm; T < 1%	Sapphire	1
STO-WBP3040~4320	MWIR	3040 ± 50 – 4320 ± 50	3250-4050	T>=85%	400-11000 nm; T < 1%	Silicon	0.5
STO-WBP3050~4200	MWIR	3050 ± 50 – 4200 ± 50	3250-3900	T>=85%	400-11000 nm; T < 1%	Silicon	0.5
STO-WBP3050~5000	MWIR	3050 ± 50 – 5000 ± 50	3200-4850	T>=85%	1500-10000 nm; T < 1%	Silicon	0.5
STO-WBP3050~5450	MWIR	3050 ± 50 – 5450 ± 50	3200-5300	T>=85%	1500-15500 nm; T < 1%	Sapphire	0.3, 0.75, 1
STO-WBP3100~3700	MWIR	3100 ± 150 – 3700 ± 150	3200-3600	T>=90%	400-20000 nm; T < 1%	Sapphire	1
STO-WBP3100~4100	MWIR	3100 ± 50 – 4100 ± 50	3300-3900	T>=90%	900-8000 nm; T < 1%	Germanium	0.3, 0.9
STO-WBP3100~4150	MWIR	3100 ± 50 – 4150 ± 50	3250-4050	T>=90%	1500-10600 nm; T < 1%	Germanium	0.4
STO-WBP3100~4200	MWIR	3100 ± 50 – 4200 ± 50	3250-4050	T>=85%	1500-11000 nm; T < 1%	Silicon	0.5
STO-WBP3100~4250	MWIR	3100 ± 50 – 4250 ± 50	3250-3900	T>=80%	400-11000 nm; T < 1%	Silicon	0.5
STO-WBP3130~3400	MWIR	3130 ± 50 – 3400 ± 50	3250-3350	T>=75%	500-3700 nm; T < 1%	Germanium	0.9
STO-WBP3150~3560	MWIR	3150 ± 50 – 3560 ± 50	3300-3500	T>=85%	400-10000 nm; T < 1%	Sapphire	0.3
STO-WBP3150~3600	MWIR	3150 ± 50 – 3600 ± 50	3250-3520	T>=90%	1500-6000 nm; T < 1%	Germanium	0.3
STO-WBP3150~3650	MWIR	3150 ± 50 – 3650 ± 50	3250-3500	T>=90%	1500-6000 nm; T < 1%	Germanium	0.3
STO-WBP3150~4100	MWIR	3150 ± 50 – 4100 ± 50	3250-4000	T>=80%	1500-10000 nm; T < 1%	Silicon	0.5
STO-WBP3150~4200	MWIR	3150 ± 50 – 4200 ± 50	3300-4100	T>=90%	1500-10600 nm; T < 1%	Germanium	0.3
STO-WBP3150~5150	MWIR	3150 ± 50 – 5150 ± 50	3300-5000	T>=85%	1500-10000 nm; T < 1%	Silicon	0.5
STO-WBP3180-3420	MWIR	3180 ± 50 – 3420 ± 50	3200-3380	T>=85%	450-5600 nm; T < 1%	Zinc selenide	1.5, 2
STO-WBP3180~3420	MWIR	3180 ± 50 – 3420 ± 50	3200-3400	T>=80%	400-7000 nm; T < 1%	Silicon	0.5
STO-WBP3200~3500	MWIR	3200 ± 50 – 3500 ± 50	3250-3450	T>=85%	500-3700 nm; T < 1%	Germanium	0.3
STO-WBP3200~3550	MWIR	3200 ± 50 – 3550 ± 50	3280-3480	T>=90%	500-7000 nm; T < 1%	Germanium	0.7, 0.9
STO-WBP3200~4000	MWIR	3200 ± 50 – 4000 ± 50	3350-3850	T>=90%	500-10000 nm; T < 1%	Silicon	4
STO-WBP3200~4100	MWIR	3200 ± 50 – 4100 ± 50	3300-4000	T>=85%	400-11000 nm; T < 1%	Silicon	0.5
STO-WBP3200~5200	MWIR	3200 ± 100 – 5200 ± 100	3300-5050	T>=80%	1500-7000 nm; T < 1%	Silicon	0.3
STO-WBP3170~3430	MWIR	3220 ± 20 – 3480 ± 20	3300-3430	T>=85%	450-6050 nm; T < 1%	Germanium	0.3, 0.9, 1
STO-WBP3230~3500	MWIR	3230 ± 50 – 3500 ± 50	3250-3480	T>=80%	400-7000 nm; T < 1%	Silicon	0.5
STO-WBP3230~3520	MWIR	3230 ± 30 – 3520 ± 30	3300-3430	T>=85%	450-6050 nm; T < 1%	Germanium	0.3
STO-WBP3250~4200	MWIR	3250 ± 50 – 4200 ± 50	3400-4100	T>=85%	1500-10600 nm; T < 1%	Germanium	0.3, 0.4, 1
STO-WBP3270~3470	MWIR	3270 ± 50 – 3470 ± 50	3320-3420	T>=80%	200-7000 nm; T < 1%	Germanium	0.3
STO-WBP3300~4250	MWIR	3300 ± 50 – 4250 ± 50	3450-4150	T>=85%	1500-10600 nm; T < 1%	Germanium	0.4
STO-WBP3300~4900	MWIR	3300 ± 50 – 4900 ± 50	3400-4800	T>=90%	500-8000 nm; T < 1%	Germanium	0.3, 0.9
STO-WBP3400~3600	MWIR	3325 ± 25 – 3675 ± 25	3450-3550	T>=90%	900-6000 nm; T < 1%	Germanium	0.3
STO-WBP3350~4250	MWIR	3350 ± 50 – 4250 ± 50	3550-4150	T>=90%	430-10030 nm; T < 1%	Silicon	2.5
STO-WBP3350~4500	MWIR	3350 ± 50 – 4500 ± 50	3500-4350	T>=90%	1500-7000 nm; T < 1%	Germanium	0.7
STO-WBP3350~4750	MWIR	3350 ± 50 – 4750 ± 50	3450-4650	T>=90%	1500-8000 nm; T < 1%	Silicon	0.5
STO-WBP3400~4000	MWIR	3400 ± 50 – 4000 ± 50	3500-3850	T>=90%	200-10000 nm; T < 1%	Germanium	1.8
STO-WBP3400~4100	MWIR	3400 ± 100 – 4100 ± 100	3550-4000	T>=90%	1500-10600 nm; T < 1%	Germanium	0.4
STO-WBP3400~4200	MWIR	3400 ± 100 – 4200 ± 100	3550-4100	T>=90%	1500-10600 nm; T < 1%	Germanium	0.5, 1
STO-WBP3400~4300	MWIR	3400 ± 50 – 4300 ± 50	3500-4200	T>=80%	1500-7000 nm; T < 1%	Sapphire	2.5
STO-WBP3400~4800	MWIR	3400 ± 50 – 4800 ± 50	3500-4700	T>=90%	1500-8000 nm; T < 1%	Silicon	0.5
STO-WBP3400~4850	MWIR	3400 ± 50 – 4850 ± 50	3400-4500	T>=90%	1500-10000 nm; T < 1%	Silicon	0.5
STO-WBP3400~4950	MWIR	3400 ± 50 – 4950 ± 50	3700-4700	T>=90%	1500-10000 nm; T < 1%	Silicon	0.5
STO-WBP3400~5000	MWIR	3400 ± 50 – 5000 ± 50	3500-4900	T>=90%	1500-10600 nm; T < 1%	Silicon	0.5
STO-WBP3400~5100	MWIR	3400 ± 50 – 5100 ± 50	3600-5000	T>=90%	1500-10600 nm; T < 1%	Silicon	0.5
STO-WBP3420~3910	MWIR	3420 ± 50 – 3910 ± 50	3500-3830	T>=80%	400-6000 nm; T < 1%	Silicon	0.5, 1
STO-WBP3425~4850	MWIR	3425 ± 75 – 4850 ± 50	3650-4750	T>=85%	1500-7000 nm; T < 1%	Germanium	0.3, 0.9
STO-WBP3440~4890	MWIR	3440 ± 50 – 4890 ± 50	3500-4830	T>=90%	540-10040 nm; T < 1%	Germanium	0.3, 0.9
STO-WBP3450~4000	MWIR	3450 ± 50 – 4000 ± 50	3500-3900	T>=85%	1500-6000 nm; T < 1%	Silicon	0.5
STO-WBP3450~4050	MWIR	3450 ± 50 – 4050 ± 50	3600-3900	T>=90%	200-10000 nm; T < 1%	Germanium	1.8
STO-WBP3470~4950	MWIR	3470 ± 50 – 4950 ± 50	3570-4850	T>=90%	500-10070 nm; T < 1%	Germanium	0.3, 0.9
STO-WBP3480~4880	MWIR	3480 ± 50 – 4880 ± 50	3700-4800	T>=80%	400-10000 nm; T < 1%	Silicon	0.5
STO-WBP3490~3850	MWIR	3490 ± 50 – 3850 ± 50	3550-3750	T>=80%	400-6000 nm; T < 1%	Silicon	0.5, 1
STO-WBP3490~3950	MWIR	3490 ± 50 – 3950 ± 50	3650-3800	T>=80%	400-10000 nm; T < 1%	Silicon	0.5, 1
STO-WBP3490~4050	MWIR	3490 ± 50 – 4050 ± 50	3650-3950	T>=80%	400-10000 nm; T < 1%	Silicon	1
STO-WBP3500~4150	MWIR	3500 ± 50 – 4150 ± 50	3600-4050	T>=90%	1500-10000 nm; T < 1%	Germanium	0.3
STO-WBP3500~4900	MWIR	3500 ± 50 – 4900 ± 50	3600-4800	T>=70%	400-10000 nm; T < 1%	Silicon	0.5
STO-WBP3500~4950	MWIR	3500 ± 50 – 4950 ± 50	3560-4900	T>=90%	540-10040 nm; T < 1%	Germanium	0.3
STO-WBP3500~5300	MWIR	3500 ± 50 – 5300 ± 50	3600-5100	T>=85%	1500-10000 nm; T < 1%	Germanium	0.3
STO-WBP3500~5600	MWIR	3500 ± 50 – 5600 ± 50	3600-5500	T>=85%	1500-10000 nm; T < 1%	Germanium	0.3
STO-WBP3525~4925	MWIR	3525 ± 100 – 4950 ± 100	3700-4800	T>=90%	1500-9000 nm; T < 1%	Germanium	0.5
STO-WBP3530~3950	MWIR	3530 ± 50 – 3950 ± 50	3610-3870	T>=75%	400-5580 nm; T < 1%	Silicon	0.5, 1.2
STO-WBP3500~3970	MWIR	3545 ± 20 – 4015 ± 20	3610-3955	T>=80%	450-5600 nm; T < 1%	Zinc selenide	2
STO-WBP3550~4100	MWIR	3550 ± 50 – 4100 ± 50	3650-4000	T>=93%	1500-6000 nm; T < 1%	Silicon	0.5
STO-WBP3550~4250	MWIR	3550 ± 50 – 4250 ± 50	3600-4200	T>=90%	500-6500 nm; T < 1%	Germanium	0.3, 0.9
STO-WBP3550~4750	MWIR	3550 ± 50 – 4750 ± 50	3650-4650	T>=90%	1500-7000 nm; T < 1%	Silicon	0.5
STO-WBP3550~4950	MWIR	3550 ± 50 – 4950 ± 50	3700-4800	T>=90%	1500-10000 nm; T < 1%	Silicon	0.5
STO-WBP3550~4990	MWIR	3550 ± 50 – 4990 ± 50	3600-4800	T>=85%	400-10000 nm; T < 1%	Silicon	0.5
STO-WBP3550~5000	MWIR	3550 ± 50 – 5000 ± -100	3700-4600	T>=90%	1500-10500 nm; T < 1%	Sapphire	0.3, 0.5
STO-WBP3600-4000	MWIR	3600 ± 50 – 4000 ± 50	3620-3890	T>=75%	450-5600 nm; T < 1%	Zinc selenide	1.5, 2
STO-WBP3600~4000	MWIR	3600 ± 50 – 4000 ± 50	3680-3900	T>=75%	400-5580 nm; T < 1%	Silicon	1.2
STO-WBP3600~4300	MWIR	3600 ± 50 – 4300 ± 50	3700-4200	T>=85%	1500-6000 nm; T < 1%	Silicon	0.5
STO-WBP3600~4850	MWIR	3600 ± 50 – 4850 ± 50	3700-4700	T>=90%	1500-7000 nm; T < 1%	Germanium	0.3, 1
STO-WBP3600~5000	MWIR	3600 ± 50 – 5000 ± 50	3700-4700	T>=90%	400-9000 nm; T < 1%	Germanium	0.8
STO-WBP3600~5100	MWIR	3600 ± 100 – 5100 ± 100	3800-5000	T>=90%	200-10500 nm; T < 1%	Sapphire	0.5
STO-WBP3600~5300	MWIR	3600 ± 50 – 5300 ± 50	3700-5200	T>=90%	930-10050 nm; T < 1%	Germanium	0.5
STO-WBP3600~5450	MWIR	3600 ± 50 – 5450 ± 50	3800-5250	T>=80%	400-6000 nm; T < 1%	Germanium	0.9
STO-WBP3600~5550	MWIR	3600 ± 50 – 5550 ± 50	3700-5400	T>=90%	1500-7000 nm; T < 1%	Germanium	0.3
STO-WBP3605~5275	MWIR	3605 ± 25 – 5275 ± 25	3730-5150	T>=90%	930-10050 nm; T < 1%	Germanium	0.5
STO-WBP3650~4265	MWIR	3650 ± 50 – 4265 ± 50	3750-4150	T>=90%	500-7000 nm; T < 1%	Germanium	0.3
STO-WBP3650~5050	MWIR	3650 ± 50 – 5050 ± 50	3800-4900	T>=90%	1500-7000 nm; T < 1%	Germanium	0.3
STO-WBP3650~5100	MWIR	3650 ± 50 – 5100 ± 50	3740-5000	T>=93%	1500-7000 nm; T < 1%	Germanium	0.3
STO-WBP3650~5150	MWIR	3650 ± 70 – 5150 ± 70	3800-5000	T>=90%	200-10500 nm; T < 1%	Sapphire	0.5
STO-WBP3650~5350	MWIR	3650 ± 50 – 5350 ± 50	3800-5200	T>=90%	400-11000 nm; T < 1%	Germanium	0.3
STO-WBP3650~5550	MWIR	3650 ± 50 – 5550 ± 50	3750-5300	T>=85%	1500-7000 nm; T < 1%	Silicon	0.5
STO-WBP3650~5600	MWIR	3650 ± 50 – 5600 ± 50	3750-5400	T>=90%	1500-7000 nm; T < 1%	Germanium	0.3
STO-WBP3650~5750	MWIR	3650 ± 50 – 5750 ± 50	3750-5450	T>=90%	1500-7000 nm; T < 1%	Germanium	0.3
STO-WBP3700~4500	MWIR	3650 ± 50 – 4600 ± 50	3700-4500	T>=90%	1500-7000 nm; T < 1%	Silicon	0.5, 1
STO-WBP3660~4250	MWIR	3660 ± 50 – 4250 ± 50	3750-4150	T>=90%	500-7000 nm; T < 1%	Germanium	0.9, 1
STO-WBP3800~4850	MWIR	3675 ± 25 – 4975 ± 25	3800-4850	T>=90%	500-6500 nm; T < 1%	Germanium	0.3
STO-WBP3680~5160	MWIR	3700 ± 100 – 5200 ± 100	3800-4700	T>=90%	400-14000 nm; T < 1%	Sapphire	0.5
STO-WBP3700~4550	MWIR	3700 ± 50 – 4550 ± 50	3800-4450	T>=90%	1500-7000 nm; T < 1%	Silicon	0.5
STO-WBP3700~4700	MWIR	3700 ± 50 – 4700 ± 50	3800-4600	T>=85%	500-8000 nm; T < 1%	Germanium	0.3
STO-WBP3700~4990	MWIR	3700 ± 50 – 4990 ± 40	3800-4750	T>=85%	1000-6500 nm; T < 1%	Germanium	0.3, 0.38, 0.7
STO-WBP3700~5020	MWIR	3700 ± 50 – 5020 ± 50	3800-4920	T>=90%	500-7000 nm; T < 1%	Germanium	0.3
STO-WBP3700~5150	MWIR	3700 ± 50 – 5150 ± 50	3750-4900	T>=92%	1500-7000 nm; T < 1%	Germanium	0.3
STO-WBP3700~5200	MWIR	3700 ± 60 – 5200 ± 60	3850-5050	T>=90%	200-10500 nm; T < 1%	Sapphire	0.5
STO-WBP3700~5600	MWIR	3700 ± 50 – 5600 ± 50	3850-5450	T>=85%	1500-10000 nm; T < 1%	Germanium	0.3
STO-WBP3700~5750	MWIR	3700 ± 50 – 5750 ± 50	3850-5500	T>=90%	1500-7000 nm; T < 1%	Germanium	0.3
STO-WBP3700~5800	MWIR	3700 ± 50 – 5800 ± 50	3850-5600	T>=90%	1500-7000 nm; T < 1%	Germanium	1
STO-WBP3710~5030	MWIR	3710 ± 30 – 5030 ± 30	3800-4900	T>=90%	1800-7000 nm; T < 1%	Silicon	1
STO-WBP3730~4850	MWIR	3730 ± 50 – 4850 ± 50	3900-4700	T>=90%	1500-7000 nm; T < 1%	Germanium	0.3
STO-WBP3730~4900	MWIR	3730 ± 50 – 4900 ± 50	3850-4750	T>=90%	1000-6500 nm; T < 1%	Germanium	0.3, 0.4
STO-WBP3730~4960	MWIR	3730 ± 50 – 4960 ± 50	3850-4600	T>=85%	1000-6500 nm; T < 1%	Germanium	0.9
STO-WBP3740~4840	MWIR	3740 ± 50 – 4840 ± 50	3740-4840	T>=90%	540-8040 nm	Germanium	0.3
STO-WBP3740~4860	MWIR	3740 ± 40 – 4860 ± 40	3850-4700	T>=85%	1000-10000 nm; T < 1%	Germanium	0.3, 0.38, 0.4
STO-WBP3740~4950	MWIR	3740 ± 50 – 4950 ± 50	3900-4800	T>=90%	540-8040 nm	Germanium	0.3
STO-WBP3750~4500	MWIR	3750 ± 50 – 4500 ± 50	3850-4400	T>=85%	1500-7000 nm; T < 1%	Silicon	0.5
STO-WBP3750~4850	MWIR	3750 ± 50 – 4850 ± 50	3900-4700	T>=90%	1500-7000 nm; T < 1%	Germanium	0.3, 0.9
STO-WBP3750~4900	MWIR	3750 ± 50 – 4900 ± 50	3900-4700	T>=90%	1500-7000 nm; T < 1%	Germanium	0.3
STO-WBP3750~5020	MWIR	3750 ± 50 – 5020 ± 50	3850-4920	T>=90%	500-7000 nm; T < 1%	Germanium	0.3, 1
STO-WBP3750~5050	MWIR	3750 ± 50 – 5050 ± 50	3900-4900	T>=85%	1000-6500 nm; T < 1%	Germanium	0.8
STO-WBP3750~5650	MWIR	3750 ± 50 – 5650 ± 50	4000-5300	T>=90%	1500-7000 nm; T < 1%	Germanium	0.7
STO-WBP3750~5700	MWIR	3750 ± 50 – 5700 ± 50	4000-5500	T>=85%	1500-7000 nm; T < 1%	Silicon	0.5
STO-WBP3750~5800	MWIR	3750 ± 50 – 5800 ± 50	3800-5600	T>=80%	1500-7000 nm; T < 1%	Silicon	0.5
STO-WBP3800~4100	MWIR	3800 ± 50 – 4100 ± 50	3850-4050	T>=90%	500-8000 nm; T < 1%	Germanium	0.6
STO-WBP3800~4700	MWIR	3800 ± 50 – 4700 ± 50	3800-4900	T>=90%	1500-7000 nm; T < 1%	Germanium	0.3, 0.9
STO-WBP3800~5500	MWIR	3800 ± 100 – 5500 ± 100	3900-5400	T>=80%	400-14000 nm; T < 1%	Sapphire	0.5
STO-WBP3900~5150	MWIR	3900 ± 100 – 5150 ± 50	4400-4800	T>=85%	500-6500 nm; T < 1%	Sapphire	0.5
STO-WBP3900~5600	MWIR	3900 ± 100 – 5600 ± 100	4000-5500	T>=80%	400-14000 nm; T < 1%	Sapphire	0.5
STO-WBP3900~5650	MWIR	3900 ± 100 – 5650 ± 100	4100-5400	T>=80%	400-14000 nm; T < 1%	Sapphire	0.5
STO-WBP4000~4650	MWIR	4000 ± 50 – 4650 ± 50	4120-4480	T>=85%	1500-11000 nm; T < 1%	Silicon	0.5
STO-WBP4000~5000	MWIR	4000 ± 200 – 5000 ± 200	4200-4900	T>=85%	400-20000 nm; T < 1%	Sapphire	0.5, 1
STO-WBP4000~5200	MWIR	4000 ± 50 – 5200 ± 50	4100-5000	T>=90%	200-10000 nm; T < 1%	Germanium	0.9, 1.8
STO-WBP4100~4650	MWIR	4100 ± 50 – 4650 ± 50	4200-4550	T>=80%	1500-7000 nm; T < 1%	Germanium	0.9
STO-WBP4120~4360	MWIR	4120 ± 60 – 4360 ± 60	4220-4320	T>=85%	300-6500 nm; T < 1%	Silicon	1
STO-WBP4140~4370	MWIR	4140 ± 30 – 4370 ± 30	4200-4300	T>=75%	1500-7000 nm; T < 1%	Silicon	0.5
STO-WBP4140~4440	MWIR	4140 ± 30 – 4440 ± 30	4200-4400	T>=80%	1500-7000 nm; T < 1%	Silicon	0.5
STO-WBP4150~4650	MWIR	4150 ± 50 – 4650 ± 50	4250-4550	T>=90%	1500-6000 nm; T < 1%	Germanium	0.3, 0.9
STO-WBP4200~4450	MWIR	4200 ± 20 – 4450 ± 20	4250-4400	T>=85%	1500-7000 nm; T < 1%	Silicon	0.5
STO-WBP4200~4750	MWIR	4200 ± 50 – 4750 ± 50	4250-4650	T>=80%	1500-7000 nm; T < 1%	Germanium	0.3
STO-WBP4200~5000	MWIR	4200 ± 50 – 5000 ± 50	4350-4800	T>=85%	500-10000 nm; T < 1%	Silicon	4
STO-WBP4212~4457	MWIR	4212 ± 40 – 4457 ± 40	4260-4400	T>=80%	300-6500 nm; T < 1%	Silicon	0.95
STO-WBP4230~4520	MWIR	4230 ± 20 – 4520 ± 20	4350-4450	T>=80%	1500-5000 nm; T < 1%	Germanium	1
STO-WBP4250~4800	MWIR	4250 ± 50 – 4800 ± 50	4350-4700	T>=80%	1500-7000 nm; T < 1%	Germanium	0.3, 0.9
STO-WBP4250~5300	MWIR	4250 ± 50 – 5300 ± 50	4400-5000	T>=85%	1500-10000 nm; T < 1%	Silicon	0.5
STO-WBP4290~4580	MWIR	4290 ± 20 – 4580 ± 20	4400-4500	T>=80%	1500-5000 nm; T < 1%	Germanium	0.9, 1
STO-WBP4300~4500	MWIR	4300 ± 30 – 4500 ± 30	4350-4450	T>=90%	1500-7000 nm; T < 1%	Silicon	0.5
STO-WBP4400~4700	MWIR	4400 ± 50 – 4700 ± 50	4570-4600	T>=80%	1500-11000 nm; T < 1%	Silicon	0.5
STO-WBP4420~4720	MWIR	4420 ± 50 – 4720 ± 50	4470-4670	T>=80%	520-8020 nm; T < 1%	Germanium	0.3
STO-WBP4450~4750	MWIR	4450 ± 70 – 4750 ± 70	4570-4620	T>=70%	1500-11000 nm; T < 1%	Silicon	0.5
STO-WBP4450~4950	MWIR	4450 ± 50 – 4950 ± 50	4550-4900	T>=90%	1500-6000 nm; T < 1%	Germanium	0.3
STO-WBP4450~5150	MWIR	4450 ± 50 – 5150 ± 50	4550-5050	T>=85%	1000-9400 nm; T < 1%	Germanium	0.8, 1
STO-WBP4500~4800	MWIR	4500 ± 50 – 4800 ± 50	4640-4740	T>=85%	400-10000 nm; T < 1%	Germanium	0.3, 0.7
STO-WBP4500~4900	MWIR	4500 ± 50 – 4900 ± 50	4600-4800	T>=85%	1500-11000 nm; T < 1%	Silicon	0.8
STO-WBP4520~4720	MWIR	4520 ± 50 – 4720 ± 50	4570-4670	T>=80%	520-8020 nm; T < 1%	Germanium	0.3, 0.8
STO-WBP4520~4820	MWIR	4520 ± 50 – 4820 ± 50	4570-4770	T>=80%	520-8020 nm; T < 1%	Germanium	0.3
STO-WBP4550~5200	MWIR	4550 ± 50 – 5300 ± 50	4600-5150	T>=85%	1000-9400 nm; T < 1%	Germanium	0.8, 1
STO-WBP4600~4900	MWIR	4600 ± 50 – 4900 ± 50	4700-4800	T>=80%	400-10000 nm; T < 1%	Germanium	0.3
STO-WBP4650~4950	MWIR	4650 ± 50 – 4950 ± 50	4700-4800	T>=80%	400-10000 nm; T < 1%	Germanium	0.3
STO-WBP4650~4980	MWIR	4650 ± 50 – 4980 ± 50	4700-4800	T>=80%	400-10000 nm; T < 1%	Germanium	1
STO-WBP4650~5300	MWIR	4650 ± 50 – 5300 ± 50	4800-5200	T>=80%	1500-10000 nm; T < 1%	Silicon	0.5
STO-WBP4750~5150	MWIR	4750 ± 50 – 5150 ± 50	4800-5000	T>=80%	1000-8000 nm; T < 1%	Silicon	0.5
STO-WBP4800~5000	MWIR	4800 ± 50 – 5000 ± 50	4850-4950	T>=80%	400-5500 nm; T < 1%	Silicon	1.2
STO-WBP4800~5100	MWIR	4800 ± 50 – 5100 ± 50	4850-5050	T>=80%	400-5500 nm; T < 1%	Silicon	1
STO-WBP4800~5200	MWIR/LWIR transition	4800 ± 50 – 5200 ± 50	4860-5140	T>=90%	1000-8000 nm; T < 1%	Silicon	0.5
STO-WBP4900~5100	MWIR/LWIR transition	4900 ± 50 – 5100 ± 50	4950-5050	T>=80%	400-5500 nm; T < 1%	Silicon	1
STO-WBP4920~5800	MWIR/LWIR transition	4920 ± 50 – 5800 ± 50	5100-5600	T>=85%	400-10000 nm; T < 1%	Silicon	0.5
STO-WBP4950~9250	MWIR/LWIR transition	4950 ± 50 – 9250 ± 50	5100-9100	T>=90%	1500-15000 nm; T < 1%	Germanium	0.3
STO-WBP5000~5800	MWIR/LWIR transition	5000 ± 50 – 5800 ± 50	5100-5600	T>=80%	400-10000 nm; T < 1%	Germanium	1
STO-WBP5010~5880	MWIR/LWIR transition	5010 ± 50 – 5880 ± 50	5110-5780	T>=80%	400-10000 nm; T < 1%	Germanium	1
STO-WBP5030~9280	MWIR/LWIR transition	5030 ± 50 – 9280 ± 50	5180-9130	T>=90%	1500-15000 nm; T < 1%	Germanium	0.3, 0.8
STO-WBP5050~9160	MWIR/LWIR transition	5050 ± 50 – 9160 ± 50	5300-8750	T>=85%	620-10120 nm; T < 1%	Germanium	2
STO-WBP5090~9450	MWIR/LWIR transition	5090 ± 90 – 9450 ± 90	5240-9300	T>=90%	1500-15000 nm; T < 1%	Germanium	0.3, 0.8
STO-WBP5100~5850	MWIR/LWIR transition	5100 ± 50 – 5850 ± 50	5300-5700	T>=75%	400-10000 nm; T < 1%	Germanium	0.9, 1
STO-WBP5100~9350	MWIR/LWIR transition	5100 ± 50 – 9350 ± 50	6100-9200	T>=85%	620-10120 nm; T < 1%	Germanium	2
STO-WBP5150~6000	MWIR/LWIR transition	5150 ± 50 – 6000 ± 50	5050-5900	T>=80%	500-10120 nm; T < 1%	Germanium	2
STO-WBP5150~9450	MWIR/LWIR transition	5150 ± 50 – 9450 ± 50	5400-9100	T>=85%	620-10120 nm; T < 1%	Germanium	2
STO-WBP5240~9440	MWIR/LWIR transition	5240 ± 70 – 9440 ± 70	6000-9000	T>=80%	580-10080 nm; T < 1%	Germanium	2
STO-WBP5400~7400	MWIR/LWIR transition	5400 ± 50 – 7400 ± 50	5500-7300	T>=90%	1500-10000 nm; T < 1%	Germanium	1.5
STO-WBP5450~7600	MWIR/LWIR transition	5450 ± 50 – 7600 ± 50	5600-7400	T>=90%	1500-10000 nm; T < 1%	Germanium	1.5
STO-WBP5510~6700	MWIR/LWIR transition	5510 ± 60 – 6700 ± 60	5700-6500	T>=75%	1500-11000 nm; T < 1%	Silicon	0.5
STO-WBP5550~7550	MWIR/LWIR transition	5550 ± 50 – 7550 ± 50	5750-7250	T>=90%	1500-10600 nm; T < 1%	Germanium	0.5
STO-WBP5550~7600	MWIR/LWIR transition	5550 ± 50 – 7600 ± 50	5750-7300	T>=90%	1500-10600 nm; T < 1%	Germanium	0.5
STO-WBP5550~7650	MWIR/LWIR transition	5550 ± 50 – 7650 ± 50	5700-7450	T>=90%	1500-10000 nm; T < 1%	Germanium	1.5
STO-WBP5550~7700	MWIR/LWIR transition	5550 ± 50 – 7700 ± 50	5700-7500	T>=85%	1500-10000 nm; T < 1%	Germanium	1.5
STO-WBP5600~6800	MWIR/LWIR transition	5600 ± 30 – 6800 ± 30	5700-6680	T>=75%	1500-11000 nm; T < 1%	Silicon	0.5
STO-WBP6000~12100	LWIR	6000 ± 200 – 12100 ± 200	6200-11800	T>=90%	1000-15000 nm; T < 1%	Germanium	0.5
STO-WBP6200~10200	LWIR	6200 ± 100 – 10200 ± 100	7000-9400	T>=90%	1500-15000 nm; T < 1%	Germanium	0.3, 0.8
STO-WBP6220~7530	MWIR/LWIR transition	6220 ± 50 – 7530 ± 50	6450-7450	T>=90%	2000-15000 nm; T < 3%	Germanium	3
STO-WBP6300~7600	MWIR/LWIR transition	6300 ± 50 – 7600 ± 50	6450-7450	T>=90%	2000-15000 nm; T < 3%	Germanium	3
STO-WBP6300~9900	LWIR	6300 ± 100 – 9900 ± 100	7000-9400	T>=90%	1500-15000 nm; T < 1%	Germanium	0.3, 0.8
STO-WBP6400~10100	LWIR	6400 ± 100 – 10100 ± 100	7000-9400	T>=90%	1500-15000 nm; T < 1%	Germanium	0.8
STO-WBP6420~10100	LWIR	6420 ± 50 – 10100 ± 50	7000-9400	T>=90%	1500-15000 nm; T < 1%	Germanium	0.3
STO-WBP6450~10750	LWIR	6450 ± 100 – 10750 ± 100	6600-10600	T>=90%	1500-14000 nm; T < 1%	Germanium	1
STO-WBP6450~7750	MWIR/LWIR transition	6450 ± 50 – 7750 ± 50	6650-7550	T>=90%	2000-15000 nm; T < 3%	Germanium	3
STO-WBP6550~8250	MWIR/LWIR transition	6550 ± 100 – 8250 ± 100	6700-8100	T>=85%	400-11000 nm; T < 1%	Silicon	0.5
STO-WBP6600~8300	MWIR/LWIR transition	6600 ± 100 – 8300 ± 100	6750-8150	T>=85%	400-11000 nm; T < 1%	Silicon	0.5
STO-WBP6650~8750	MWIR/LWIR transition	6650 ± 50 – 8750 ± 50	6800-8500	T>=75%	1500-11000 nm; T < 3%	Germanium	0.3
STO-WBP6650~9760	LWIR	6650 ± 50 – 9760 ± 50	7000-9400	T>=90%	1500-15000 nm; T < 1%	Germanium	0.3, 0.8
STO-WBP6800~8100	MWIR/LWIR transition	6800 ± 80 – 8100 ± 80	7100-7800	T>=90%	200-12000 nm; T < 1%	Silicon	1
STO-WBP6800~8300	MWIR/LWIR transition	6800 ± 100 – 8300 ± 100	6950-8150	T>=85%	400-11000 nm; T < 1%	Silicon	0.5
STO-WBP7100~8400	MWIR/LWIR transition	7100 ± 80 – 8400 ± 80	7400-8100	T>=90%	200-12000 nm; T < 1%	Silicon	1
STO-WBP7200~8500	MWIR/LWIR transition	7200 ± 80 – 8500 ± 80	7500-8200	T>=90%	200-12000 nm; T < 1%	Silicon	0.5, 1
STO-WBP7200~9400	LWIR	7200 ± 50 – 9400 ± 50	7300-9100	T>=90%	6400-13000 nm; T < 1%	Germanium	0.3
STO-WBP7250~7850	MWIR/LWIR transition	7250 ± 100 – 7850 ± 100	7350-7750	T>=80%	3300-20000 nm; T < 1%	Germanium	1, 2
STO-WBP7350~8080	MWIR/LWIR transition	7350 ± 50 – 8080 ± 50	7510-7980	T>=90%	400-12000 nm; T < 3%	Germanium	0.3
STO-WBP7400~8400	MWIR/LWIR transition	7400 ± 50 – 8400 ± 50	7600-8200	T>=80%	200-16000 nm; T < 1%	Silicon	1
STO-WBP7400~8430	MWIR/LWIR transition	7400 ± 70 – 8430 ± 70	7600-8100	T>=85%	200-16000 nm; T < 1%	Silicon	1
STO-WBP7400~8500	MWIR/LWIR transition	7400 ± 50 – 8500 ± 50	7600-8200	T>=80%	200-16000 nm; T < 1%	Silicon	1
STO-WBP7400~9500	LWIR	7400 ± 50 – 9500 ± 50	7500-9400	T>=90%	1500-13000 nm; T < 1%	Germanium	0.6
STO-WBP7450~10200	LWIR	7450 ± 50 – 10200 ± 50	7600-10000	T>=85%	1000-12000 nm; T < 1%	Germanium	0.3
STO-WBP7450~13600	LWIR	7450 ± 50 – 13600 ± 100	7700-13300	T>=75%	2000-19000 nm; T < 1%	Silicon	0.5
STO-WBP7450~8500	MWIR/LWIR transition	7450 ± 50 – 8500 ± 50	7600-8100	T>=75%	200-16000 nm; T < 1%	Silicon	1
STO-WBP7450~9650	LWIR	7450 ± 50 – 9650 ± 50	7700-9400	T>=85%	1500-12000 nm; T < 1%	Germanium	0.3, 0.6
STO-WBP7400~9900	LWIR	7460 ± 50 – 9960 ± 50	7660-9760	T>=90%	460-16060 nm; T < 1%	Germanium	0.3
STO-WBP7460~9630	LWIR	7460 ± 50 – 9630 ± 50	7550-9600	T>=90%	1500-13000 nm; T < 1%	Germanium	1
STO-WBP7480~9380	LWIR	7480 ± 70 – 9380 ± 70	7700-9100	T>=80%	500-10080 nm; T < 1%	Germanium	2
STO-WBP7500~7900	MWIR/LWIR transition	7500 ± 70 – 7900 ± 70	7600-7800	T>=85%	400-12075 nm; T < 1%	Germanium	0.3
STO-WBP7500~8400	MWIR/LWIR transition	7500 ± 50 – 8400 ± 50	7700-8100	T>=85%	200-16000 nm; T < 1%	Silicon	1
STO-WBP7500~8500	LWIR	7500 ± 50 – 8500 ± 50	7700-8200	T>=85%	200-16000 nm; T < 1%	Silicon	0.5, 1
STO-WBP7500~8550	LWIR	7500 ± 50 – 8550 ± 50	7700-8200	T>=80%	200-16000 nm; T < 1%	Silicon	1
STO-WBP7500~8600	LWIR	7500 ± 50 – 8600 ± 50	7700-8300	T>=80%	200-16000 nm; T < 1%	Silicon	1
STO-WBP7500~9300	LWIR	7500 ± 50 – 9300 ± 50	7700-9000	T>=85%	1000-13900 nm; T < 1%	Germanium	0.3
STO-WBP7500~9400	LWIR	7500 ± 50 – 9400 ± 50	8000-9000	T>=85%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7550~13700	LWIR	7550 ± 50 – 13700 ± 100	7750-13400	T>=85%	2000-19000 nm; T < 1%	Germanium	0.7, 1
STO-WBP7550~13950	LWIR	7550 ± 100 – 13950 ± 100	7750-13400	T>=80%	2000-19000 nm; T < 1%	Germanium	1
STO-WBP7550~8600	LWIR	7550 ± 70 – 8600 ± 70	7800-8300	T>=85%	200-16000 nm; T < 1%	Silicon	1
STO-WBP7550~9800	LWIR	7550 ± 50 – 9800 ± 50	7700-9550	T>=90%	1500-12000 nm; T < 1%	Germanium	0.3, 0.7
STO-WBP7575~7975	MWIR/LWIR transition	7575 ± 50 – 7975 ± 50	7675-7875	T>=85%	400-12075 nm; T < 1%	Germanium	0.3
STO-WBP7600~10100	LWIR	7600 ± 70 – 10100 ± 100	7770-9900	T>=90%	400-16000 nm; T < 1%	Germanium	0.3
STO-WBP7600~10160	LWIR	7600 ± 100 – 10160 ± 100	7800-9800	T>=90%	400-16000 nm; T < 1%	Germanium	0.3
STO-WBP7600~8100	MWIR/LWIR transition	7600 ± 100 – 8100 ± 100	7700-8000	T>=85%	1500-13000 nm; T < 1%	Germanium	0.3
STO-WBP7600~8600	LWIR	7600 ± 50 – 8600 ± 50	7800-8300	T>=80%	200-16000 nm; T < 1%	Silicon	1
STO-WBP7600~9300	LWIR	7600 ± 50 – 9300 ± 50	7700-9000	T>=85%	1000-13900 nm; T < 1%	Germanium	0.3
STO-WBP7600~9500	LWIR	7600 ± 50 – 9500 ± 50	8000-9200	T>=90%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7600~9600	LWIR	7600 ± 50 – 9600 ± 50	7800-9300	T>=85%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7600~9700	LWIR	7600 ± 50 – 9700 ± 50	8000-9500	T>=90%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7600~9730	LWIR	7600 ± 50 – 9730 ± 50	7800-9500	T>=85%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7600~9950	LWIR	7600 ± 50 – 9950 ± 50	7900-9600	T>=85%	6400-13000 nm; T < 1%	Germanium	0.6
STO-WBP7630~8070	MWIR/LWIR transition	7630 ± 70 – 8070 ± 70	7730-7970	T>=85%	400-12075 nm; T < 1%	Germanium	0.3
STO-WBP7650~10400	LWIR	7650 ± 50 – 10400 ± 50	7800-10250	T>=85%	1000-12000 nm; T < 1%	Germanium	0.38
STO-WBP7650~13900	LWIR	7650 ± 50 – 13900 ± 100	7800-13400	T>=85%	2000-19000 nm; T < 1%	Germanium	0.7, 1
STO-WBP7650~14100	LWIR	7650 ± 50 – 14100 ± 100	7750-13400	T>=85%	2000-19000 nm; T < 1%	Germanium	0.4, 0.7, 1
STO-WBP7650~8690	LWIR	7650 ± 70 – 8690 ± 70	7900-8400	T>=80%	200-16000 nm; T < 1%	Silicon	1
STO-WBP7650~9870	LWIR	7650 ± 50 – 9870 ± 50	8000-9600	T>=90%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7700~13500	LWIR	7700 ± 200 – 13500 ± 500	7900-13000	T>=85%	2000-19000 nm; T < 1%	Germanium	1
STO-WBP7700~14250	LWIR	7700 ± 100 – 14250 ± 100	7750-13400	T>=85%	2000-19000 nm	Germanium	0.4, 1
STO-WBP7700~8200	MWIR/LWIR transition	7700 ± 100 – 8200 ± 100	7810-8110	T>=80%	1500-13000 nm; T < 1%	Germanium	0.3, 0.7
STO-WBP7700~9400	LWIR	7700 ± 50 – 9400 ± 50	7850-9200	T>=90%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7700~9600	LWIR	7700 ± 100 – 9600 ± 100	7950-9450	T>=90%	400-14000 nm; T < 1%	Germanium	0.3
STO-WBP7700~9650	LWIR	7700 ± 50 – 9650 ± 50	8000-9400	T>=85%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7700~9850	LWIR	7700 ± 100 – 9850 ± 100	7870-9570	T>=85%	1500-14070 nm; T < 1%	Germanium	0
STO-WBP7700~9900	LWIR	7700 ± 50 – 9900 ± 50	8000-9600	T>=90%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7700~9980	LWIR	7700 ± 50 – 9980 ± 50	8000-9700	T>=90%	1500-12000 nm; T < 1%	Germanium	0.9
STO-WBP7730~10250	LWIR	7730 ± 70 – 10250 ± 100	7900-10050	T>=90%	400-16000 nm; T < 1%	Germanium	0.3
STO-WBP7730~9950	LWIR	7730 ± 50 – 9950 ± 50	8100-9600	T>=90%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7750~10000	LWIR	7750 ± 50 – 10000 ± 50	8100-9600	T>=90%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7750~10050	LWIR	7750 ± 50 – 10050 ± 50	7700-10000	T>=90%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7750~10100	LWIR	7750 ± 50 – 10100 ± 100	7700-10000	T>=85%	1500-13000 nm; T < 1%	Germanium	0.3, 0.6
STO-WBP7750~10250	LWIR	7750 ± 50 – 10250 ± 50	7800-9800	T>=90%	400-16000 nm; T < 1%	Germanium	0.3
STO-WBP7750~10300	LWIR	7750 ± 50 – 10300 ± 50	7900-10150	T>=90%	400-16000 nm; T < 1%	Germanium	0.3
STO-WBP7750~10500	LWIR	7750 ± 100 – 10500 ± 100	7950-10300	T>=90%	500-14000 nm; T < 1%	Germanium	0.3
STO-WBP7750~9700	LWIR	7750 ± 50 – 9700 ± 50	8100-9500	T>=90%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7750~9980	LWIR	7750 ± 50 – 9980 ± 50	8000-9700	T>=80%	1500-12000 nm; T < 1%	Silicon	0.5
STO-WBP7770~10580	LWIR	7770 ± 50 – 10580 ± 50	7950-10400	T>=90%	500-14000 nm; T < 1%	Germanium	0.3
STO-WBP7780~9280	LWIR	7780 ± 100 – 9280 ± 100	8100-9000	T>=90%	3030-14140 nm; T < 1%	Germanium	0.3
STO-WBP7780~9480	LWIR	7780 ± 100 – 9480 ± 100	8100-9000	T>=90%	3030-14140 nm; T < 1%	Germanium	0.3
STO-WBP7800~10050	LWIR	7800 ± 50 – 10050 ± 50	8100-9700	T>=90%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7800~10100	LWIR	7800 ± 50 – 10100 ± 50	7900-10000	T>=90%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7800~10350	LWIR	7800 ± 70 – 10350 ± 100	7970-10150	T>=90%	400-16000 nm; T < 1%	Germanium	0.3
STO-WBP7800~10600	LWIR	7800 ± 100 – 10600 ± 100	8000-10400	T>=85%	1000-12000 nm; T < 1%	Germanium	0.9
STO-WBP7800~12100	LWIR	7800 ± 100 – 12100 ± 100	8100-11900	T>=85%	1000-15000 nm; T < 1%	Germanium	0.5
STO-WBP7800~12200	LWIR	7800 ± 75 – 12200 ± 75	8100-11950	T>=85%	1000-15000 nm; T < 1%	Germanium	0.5, 0.9
STO-WBP7800~14200	LWIR	7800 ± 100 – 14200 ± 100	8300-13500	T>=85%	1500-19000 nm; T < 1%	Germanium	0.7
STO-WBP7800~9650	LWIR	7800 ± 50 – 9650 ± 50	8200-9300	T>=90%	1500-12000 nm; T < 1%	Germanium	0.3, 0.7
STO-WBP7800~9700	LWIR	7800 ± 50 – 9700 ± 50	8100-9500	T>=90%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7850-13650	LWIR	7850 ± 50 – 13650 ± 50	8100-13300	T>=70%	1500-20000 nm; T < 1.5%	Silicon	1
STO-WBP7850~10450	LWIR	7850 ± 50 – 10450 ± 50	8000-10100	T>=90%	400-16000 nm; T < 1%	Germanium	0.3
STO-WBP7850~10600	LWIR	7850 ± 50 – 10600 ± 50	8000-10350	T>=85%	1000-12000 nm; T < 1%	Germanium	0.3
STO-WBP7850~10650	LWIR	7850 ± 100 – 10650 ± 100	8050-10450	T>=90%	500-14000 nm; T < 1%	Germanium	0.3
STO-WBP7850~13750	LWIR	7850 ± 50 – 13750 ± 50	8100-13300	T>=70%	1500-20000 nm; T < 1.5%	Silicon	0.5
STO-WBP7850~13900	LWIR	7850 ± 100 – 13900 ± 400	8200-13400	T>=80%	2000-19000 nm; T < 1%	Germanium	1
STO-WBP7850~9650	LWIR	7850 ± 50 – 9650 ± 50	7900-9400	T>=90%	400-14000 nm; T < 1%	Germanium	0.3
STO-WBP7850~9700	LWIR	7850 ± 50 – 9700 ± 50	8300-9600	T>=90%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7850~9750	LWIR	7850 ± 50 – 9750 ± 50	7950-9450	T>=90%	400-14000 nm; T < 1%	Germanium	0.3
STO-WBP7850~9850	LWIR	7850 ± 50 – 9850 ± 50	7900-9400	T>=90%	400-14000 nm; T < 1%	Germanium	0.3
STO-WBP7800~10200	LWIR	7880 ± 100 – 10300 ± 100	8080-10100	T>=90%	406-14140 nm; T < 1%	Germanium	0.5
STO-WBP7880~10400	LWIR	7880 ± 100 – 10400 ± 100	8100-10100	T>=90%	406-14140 nm; T < 1%	Germanium	0.5
STO-WBP7900~12000	LWIR	7900 ± 100 – 12000 ± 100	8100-11800	T>=90%	400-20000 nm; T < 1%	Germanium	1
STO-WBP7900~12200	LWIR	7900 ± 100 – 12200 ± 100	8150-11900	T>=85%	1000-15000 nm; T < 1%	Germanium	0.5
STO-WBP7900~9800	LWIR	7900 ± 50 – 9800 ± 50	8300-9300	T>=90%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7920~10350	LWIR	7920 ± 70 – 10350 ± 100	8090-10150	T>=90%	400-16000 nm; T < 1%	Germanium	0.3
STO-WBP7920~10500	LWIR	7920 ± 70 – 10500 ± 100	8090-10300	T>=90%	400-16000 nm; T < 1%	Germanium	0.3
STO-WBP7950~10050	LWIR	7950 ± 50 – 10050 ± 50	8300-9700	T>=92%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7950~10400	LWIR	7950 ± 50 – 10400 ± 50	8500-10100	T>=90%	1500-12000 nm; T < 1%	Germanium	0.9
STO-WBP7950~13850	LWIR	7950 ± 50 – 13850 ± 50	8300-13300	T>=75%	1500-20000 nm; T < 1.5%	Silicon	0.4
STO-WBP7950~9850	LWIR	7950 ± 50 – 9850 ± 50	8200-9600	T>=90%	1500-12000 nm; T < 1%	Germanium	0.3
STO-WBP7980~9680	LWIR	7980 ± 100 – 9680 ± 100	8030-9530	T>=90%	3030-14140 nm; T < 1%	Germanium	0.3
STO-WBP8000~10100	LWIR	8000 ± 100 – 10100 ± 100	8200-9900	T>=90%	1500-15000 nm; T < 1%	Germanium	0.5
STO-WBP8000~10700	LWIR	8000 ± 200 – 10700 ± 200	8600-10000	T>=90%	1590-16090 nm; T < 1%	Germanium	0.8
STO-WBP8000~11300	LWIR	8000 ± 50 – 11300 ± 50	8300-11200	T>=90%	400-12200 nm; T < 1%	Germanium	0.5
STO-WBP8000~11400	LWIR	8000 ± 50 – 11400 ± 50	8300-11000	T>=90%	400-12200 nm; T < 1%	Germanium	0.5
STO-WBP8000~12000	LWIR	8000 ± 100 – 12000 ± 100	8200-11800	T>=90%	400-20000 nm; T < 1%	Germanium	1
STO-WBP8000~12200	LWIR	8000 ± 100 – 12200 ± 100	8300-11800	T>=90%	1000-15000 nm; T < 1%	Germanium	0.5, 0.9
STO-WBP8000~12400	LWIR	8000 ± 100 – 12400 ± 100	8300-12000	T>=90%	1000-15000 nm; T < 1%	Germanium	0.5
STO-WBP8000~13900	LWIR	8000 ± 50 – 13900 ± 50	8300-13600	T>=75%	1500-20000 nm; T < 1.5%	Silicon	1
STO-WBP8050~13850	LWIR	8050 ± 50 – 13850 ± 50	8500-13300	T>=70%	1500-20000 nm; T < 1.5%	Silicon	1
STO-WBP8080~9880	LWIR	8080 ± 100 – 9880 ± 100	8500-9500	T>=90%	3030-14140 nm; T < 1%	Germanium	0.3
STO-WBP8100~11700	LWIR	8100 ± 100 – 11700 ± 100	8400-11400	T>=90%	400-12200 nm; T < 1%	Germanium	0.5
STO-WBP8100~12800	LWIR	8100 ± 100 – 12800 ± 100	8300-12600	T>=85%	1000-15000 nm; T < 1%	Germanium	0.5
STO-WBP8100~9000	LWIR	8100 ± 100 – 9000 ± 100	8250-8850	T>=85%	490-10090 nm; T < 1%	Germanium	0.9, 1
STO-WBP8200-10100	LWIR	8200 ± 400 – 10100 ± 420	8800-9500	T>=88%	2000-12000 nm; T < 1%	Germanium	0.5, 0.6
STO-WBP8200-12000	LWIR	8200 ± 100 – 12000 ± 100	8400-11800	T>=90%	400-20000 nm; T < 1%	Germanium	1
STO-WBP8200~10900	LWIR	8200 ± 200 – 10900 ± 200	8600-10000	T>=90%	1590-16090 nm; T < 1%	Germanium	0.8
STO-WBP8230~12400	LWIR	8230 ± 150 – 12400 ± 200	8800-11000	T>=75%	7000-15000 nm; T < 1%	Silicon	0.5
STO-WBP8200~9000	LWIR	8240 ± 50 – 9140 ± 50	8340-9040	T>=90%	490-10090 nm; T < 1%	Germanium	1
STO-WBP8300-8900	LWIR	8300 ± 100 – 8900 ± 100	8400-8700	T>=85%	1570-14070 nm; T < 1%	Germanium	0
STO-WBP8300~13000	LWIR	8300 ± 160 – 13000 ± 160	8800-12500	T>=75%	7000-15000 nm; T < 1%	Silicon	0.5
STO-WBP8300~9200	LWIR	8300 ± 100 – 9200 ± 100	8430-9090	T>=85%	490-10090 nm; T < 1%	Germanium	1
STO-WBP8300~9300	LWIR	8300 ± 100 – 9300 ± 100	8500-9100	T>=85%	490-10090 nm; T < 1%	Germanium	1
STO-WBP8400~13000	LWIR	8400 ± 150 – 13000 ± 150	8900-12500	T>=75%	7000-15000 nm; T < 1%	Silicon	0.5
STO-WBP8400~14700	LWIR	8400 ± 200 – 14700 ± 300	9000-13000	T>=75%	400-20000 nm; T < 1%	Silicon	0.5
STO-WBP8500-12250	LWIR	8500 ± 100 – 12250 ± 100	8700-12100	T>=85%	1500-15500 nm; T < 1%	Germanium	0.3
STO-WBP8500-9050	LWIR	8500 ± 100 – 9050 ± 100	8650-8900	T>=85%	1570-14070 nm; T < 1%	Germanium	0
STO-WBP8550-12350	LWIR	8550 ± 50 – 12350 ± 50	8700-12200	T>=85%	1500-15500 nm; T < 1%	Germanium	0.3, 0.5
STO-WBP8600-12500	LWIR	8600 ± 150 – 12500 ± 150	8980-12000	T>=85%	1500-15500 nm; T < 1%	Germanium	0.3, 0.8
STO-WBP8700-9400	LWIR	8700 ± 100 – 9400 ± 100	8900-9300	T>=85%	1500-13000 nm; T < 1%	Germanium	0.3
STO-WBP8770-9550	LWIR	8770 ± 50 – 9550 ± 50	9000-9400	T>=85%	1500-13000 nm; T < 1%	Germanium	0.3
STO-WBP8800-9700	LWIR	8850 ± 50 – 9650 ± 50	9000-9500	T>=85%	1500-13000 nm; T < 1%	Germanium	0.3
STO-WBP8900-9500	LWIR	8900 ± 100 – 9500 ± 100	9000-9400	T>=85%	1500-13000 nm; T < 1%	Germanium	0.3
STO-WBP8900-9600	LWIR	8900 ± 100 – 9600 ± 100	9000-9500	T>=85%	1500-13000 nm; T < 1%	Germanium	0.3
STO-WBP8900-9700	LWIR	8900 ± 100 – 9700 ± 100	9100-9500	T>=85%	1500-13000 nm; T < 1%	Germanium	0.3
STO-WBP8900-9800	LWIR	8900 ± 100 – 9800 ± 100	9100-9500	T>=85%	1500-13000 nm; T < 1%	Germanium	0.3
STO-WBP9000-9850	LWIR	9000 ± 100 – 9850 ± 100	9100-9500	T>=85%	1500-13000 nm; T < 1%	Germanium	0.3
STO-WBP9600-14800	LWIR	9600 ± 100 – 14800 ± 100	9900-14400	T>=85%	400-20000 nm; T < 1%	Zinc selenide	0.3
STO-WBP9800-15100	LWIR	9800 ± 100 – 15100 ± 100	11000-14700	T>=85%	400-20000 nm; T < 1%	Zinc selenide	0.3
STO-WBP10100-11100	LWIR	10100 ± 100 – 11100 ± 100	10350-10850	T>=90%	7600-14000 nm; T < 1%	Germanium	0.3
STO-WBP10160-11180	LWIR	10160 ± 50 – 11180 ± 50	10310-11030	T>=90%	2000-15000 nm; T < 1%	Germanium	3
STO-WBP10200-11600	LWIR	10200 ± 100 – 11600 ± 100	10600-11300	T>=85%	7000-14000 nm; T < 1%	Germanium	1
STO-WBP10240-10840	LWIR	10240 ± 50 – 10840 ± 50	10340-10740	T>=80%	590-14090 nm; T < 1%	Germanium	0.3
STO-WBP10240-11260	LWIR	10240 ± 50 – 11260 ± 50	10400-11100	T>=90%	2000-15000 nm; T < 1%	Germanium	3
STO-WBP10290-11490	LWIR	10290 ± 100 – 11490 ± 100	10490-11290	T>=80%	1590-16090 nm; T < 1%	Germanium	0.8
STO-WBP10300-11400	LWIR	10300 ± 100 – 11400 ± 100	10500-11100	T>=80%	7000-14000 nm; T < 1%	Germanium	0.9
STO-WBP10300-11500	LWIR	10300 ± 120 – 11500 ± 120	10800-11300	T>=85%	1590-16090 nm; T < 1%	Germanium	0.8
STO-WBP10250-10850	LWIR	10340 ± 50 – 10940 ± 50	10440-10840	T>=80%	590-14090 nm; T < 1%	Germanium	0.3
STO-WBP10340-10840	LWIR	10340 ± 50 – 10840 ± 50	10440-10740	T>=80%	590-14090 nm; T < 1%	Germanium	0.3
STO-WBP10340-11040	LWIR	10340 ± 50 – 11040 ± 50	10440-10940	T>=80%	590-14090 nm; T < 1%	Germanium	0.3
STO-WBP10360-10860	LWIR	10360 ± 50 – 10860 ± 50	10460-10760	T>=90%	1060-14060 nm; T < 1%	Germanium	0.3
STO-WBP10400-11300	LWIR	10400 ± 100 – 11300 ± 100	10700-11100	T>=90%	7000-14000 nm; T < 1%	Germanium	1
STO-WBP10440-11040	LWIR	10440 ± 50 – 11040 ± 50	10600-10900	T>=80%	590-14090 nm; T < 1%	Germanium	0.3
STO-WBP10540-11140	LWIR	10540 ± 50 – 11140 ± 50	10700-11000	T>=80%	590-14090 nm; T < 1%	Germanium	0.3
STO-WBP10600-11450	LWIR	10600 ± 100 – 11450 ± 100	10700-11350	T>=85%	7500-14000 nm; T < 1%	Germanium	0.7
STO-WBP10600-11800	LWIR	10600 ± 100 – 11800 ± 100	10980-11750	T>=80%	1590-16090 nm; T < 1%	Germanium	0.8
STO-WBP11300-15600	LWIR	11300 ± 100 – 15600 ± 100	11500-15000	T>=70%	10080-16080 nm; T < 1%	Wedge germanium	2
STO-WBP11400-12380	LWIR	11400 ± 60 – 12380 ± 60	11550-12230	T>=85%	2000-15000 nm; T < 1%	Germanium	3
STO-WBP11400-12600	LWIR	11490 ± 100 – 12690 ± 100	12000-12490	T>=85%	1590-16090 nm; T < 1%	Germanium	0.8
STO-WBP11500-12500	LWIR	11500 ± 50 – 12500 ± 50	11650-12350	T>=85%	2000-15000 nm; T < 1%	Germanium	3
STO-WBP11570-12570	LWIR	11570 ± 50 – 12570 ± 50	11770-12370	T>=85%	2000-15000 nm; T < 1%	Germanium	3

Autres produits : Filtres passe-haut IR

Modèles passe-haut supplémentaires transmettant l'infrarouge de plus grande longueur d'onde et bloquant les longueurs d'onde plus courtes.

Cut-On:–

32 éléments sur 32

Autres produits : Filtres passe-haut IR
Modèle	Plage spectrale	Seuil de transmission (cut-on) (nm)	Transmission (T)	Plage de transmission (nm)	Résumé du blocage	Substrat	Épaisseur du substrat (mm)
STO-LP1500	SWIR	1500 ± 100	T>=85%	1600-5300	400-1400 nm; T < 1%	Sapphire	0.3
STO-LP1700	SWIR	1700 ± 100	T>=80%	1750-3400	800-1600 nm; T < 1%	Silicon	0.5
STO-LP1800	SWIR	1800 ± 50	T>=80%	1850-3400	800-1600 nm; T < 1%	Silicon	0.5
STO-LP2200	SWIR	2200 ± 100	T>=90%	2700-3500	400-1800 nm; T < 1%	Silicon	0.762
STO-LP2250	SWIR	2250 ± 50	T>=90%	2400-3600	1500-2100 nm; T < 1%	Silicon	1
STO-LP2900	MWIR	2900 ± 50	T>=90%	3050-5100	1300-2600 nm; T < 1%	Zinc selenide	0.5
CUT3200	MWIR	3400 ± 10	T>=90%	3480-5350	1500-3266 nm; T < 1%	Germanium	0.3
CUT3500	MWIR	3670 ± 50	T>=90%	3800-5600	1500-3500 nm; T < 1%	Germanium	1, 2.5
STO-LP3710+DLC	MWIR	3710 ± 50	T>=70%	4000-5500	1500-3400 nm; T < 1%	Silicon	0.5
STO-LP3730	MWIR	3730 ± 50	T>=90%	4400-4900	1700-3700反射; T < 1%	Germanium	0.5, 0.7
STO-LP3760	MWIR	3760 ± 60	T>=90%	3960-4800	1600-3480 nm; T < 1%	Germanium	0.5
STO-LP3850	MWIR	3850 ± 50	T>=90%	4000-5000	1500-3500 nm; T < 1%	Germanium	0.5
STO-LP4730	MWIR	4730 ± 200	T>=80%	4900-5150	400-4200 nm; T < 1%	Sapphire	1
STO-LP5800	MWIR/LWIR transition	5800 ± 150	T>=80%	6000-13000	2000-5500 nm; T < 1%	Silicon	0.5
STO-LP6200	MWIR/LWIR transition	6200 ± 100	T>=90%	6400-12600	2000-6000 nm; T < 1%	Germanium	0.9, 3, 3.5
STO-LP6300	MWIR/LWIR transition	6300 ± 100	T>=90%	6550-14500	1500-6100 nm; T < 1%	Germanium	0.3
STO-LP6400	MWIR/LWIR transition	6400 ± 100	T>=90%	6500-12600	2000-6000 nm; T < 1%	Germanium	0.9, 3
STO-LP6500	MWIR/LWIR transition	6500 ± 50	T>=85%	6800-11000	1500-6200 nm; T < 1%	Germanium	0.9, 2.8, 3
STO-LP7250	MWIR/LWIR transition	7250 ± 50	T>=90%	7450-11000	1400-7000 nm; T < 1%	Germanium	2.5
STO-LP7570	MWIR/LWIR transition	7570 ± 70	T>=90%	7770-12600	1010-7320 nm; T < 1%	Germanium	0.3
STO-LP7675	MWIR/LWIR transition	7675 ± 75	T>=90%	8000-14000	1500-7550 nm; T < 1%	Germanium	0.3
STO-LP7770	MWIR/LWIR transition	7770 ± 70	T>=90%	7870-12600	1010-7320 nm; T < 1%	Germanium	0.3
STO-LP7950	MWIR/LWIR transition	7950 ± 150	T>=85%	8050-14000	190-7800 nm; T < 1%	Germanium	1
STO-LP9000	LWIR	9000 ± 300	T>=90%	9500-12500	400-8500 nm; T < 1%	Germanium	0.5
STO-LP10000	LWIR	10000 ± 70	T>=90%	10150-14300	1500-9800 nm; T < 1%	Zinc selenide	0.5
STO-LP10015	LWIR	10015 ± 100	T>=85%	10450-14500	1500-9800 nm; T < 1%	Germanium	0.3
STO-LP10600	LWIR	10600 ± 100	T>=80%	11000-14000	1500-10000 nm; T < 1%	Germanium	2.7
STO-LP10900	LWIR	10900 ± 100	T>=80%	11200-15400	1500-10750 nm; T < 1%	Germanium	1
STO-LP11050	LWIR	11050 ± 50	T>=80%	11200-15400	1500-10750 nm; T < 1%	Germanium	0.8, 0.9
STO-LP11190	LWIR	11190 ± 100	T>=80%	11500-15700	1500-10750 nm; T < 1%	Germanium	0.8, 1
STO-LP11600	LWIR	11600 ± 100	T>=85%	11800-12200	7000-11200 nm; T < 1%	Germanium	0.9
STO-LP11700	LWIR	11700 ± 100	T>=80%	11900-12300	7000-11200 nm; T < 1%	Germanium	0.8, 0.9, 1, 2.7

Autres modèles : Traitement antireflet IR

Autres plages de traitements antireflet infrarouges. Sauf confirmation dans la source, les dimensions et matériaux restent des données de référence à vérifier au devis.

86 éléments sur 86

Autres modèles : Traitement antireflet IR
Modèle de traitement	Plage spectrale	Plage de transmission (nm)	Transmission moyenne	Épaisseur du substrat (mm)
STO-AR1000~2600	SWIR	1000-2600	T>=90%	1, 1.6, 6
STO-AR1000~5100	MWIR	1000-5100	T>=80%	0.5, 1
STO-AR1200~5500	MWIR	1200-5500	T>=85%	0.5
STO-AR1250-1650	SWIR	1250-1650	T>=99%	0.3
STO-AR1500~1600	SWIR	1500-1600	T>=97%	0.3, 1
STO-AR1580~6900	MWIR	1580-6900	T>=85%	0.5, 1
STO-AR1600~5300	MWIR	1600-5300	T>=90%	0.5, 1
STO-AR1800~10000	MWIR/LWIR transition	1800-10000	T>=90%	1.2
STO-AR1800~6000	MWIR	1500-5000	T>=95%	0.5
STO-AR2000~12000	MWIR/LWIR transition	2000-12000	T>=85%	0.5
STO-AR2000~14000	LWIR	2000-14000	T>=80%	0.5
STO-AR2000~5600	MWIR	2000-5600	T>=85%	0.3, 1
STO-AR2000~6000	MWIR	2000-6000	T>=90%	1, 5
STO-AR2100~5500	MWIR	2100-5500	T>=90%	0.9, 1
STO-AR2300~12600	MWIR/LWIR transition	2300-12600	T>=90%	1, 1.6
STO-AR2300~5500	MWIR	2300-5500	T>=92%	1
STO-AR2400~14000	LWIR	2400-14000	T>=80%	0.8, 2
STO-AR2500~12000	MWIR/LWIR transition	2500-12000	T>=90%	1, 1.6
STO-AR2500~12600	MWIR/LWIR transition	2500-12600	T>=90%	1.6
STO-AR2500~14000	LWIR	2500-14000	T>=85%	0.5
STO-AR2500~3300	MWIR	2500-3300	T>=90%	0.65, 1, 3
STO-AR2500~4600	MWIR	2500-4600	T>=90%	0.5
STO-AR2500~4700	MWIR	2500-4700	T>=90%	0.7, 0.8, 2.9, 12
STO-AR2500~6000	MWIR	2500-6000	T>=85%	0.5
STO-AR2600~5200	MWIR	2600-5200	T>=90%	0.5, 4
STO-AR2680~4520	MWIR	2680-4520	T>=90%	0.5, 2.8, 3
STO-AR2700~5300	MWIR	2700-5300	T>=95%	0.5
STO-AR2700~9100	MWIR/LWIR transition	2700-9100	T>=90%	0.5, 5
STO-AR2800~4900	MWIR	2800-4900	T>=90%	0.9
STO-AR2800~5500	MWIR	2800-5500	T>=90%	0.5
STO-AR2850~4850	MWIR	2850-4850	T>=90%	0.5
STO-AR2900~5400	MWIR	2900-5400	T>=90%	6
STO-AR3000~11000	MWIR/LWIR transition	3000-11000	T>=90%	0.38, 1.6
STO-AR3000~12600	MWIR/LWIR transition	3000-12600	T>=90%	0.4, 0.9, 1.6
STO-AR3000~14000	LWIR	3000-14000	T>=90%	0.3, 0.6, 0.7, 0.75, 0.8, 0.9, 1
STO-AR3100~3600	MWIR	3100-3600	T>=90%	1
STO-AR3200~3600	MWIR	3200-3600	T>=85%	0.45, 0.9
STO-AR3200~5500	MWIR	3200-5500	T>=85%	0.9, 1
STO-AR3400~12500	MWIR/LWIR transition	3400-12500	T>=90%	1
STO-AR3500~10000	MWIR/LWIR transition	3500-10000	T>=90%	0.5, 1
STO-AR3500~5000	MWIR	3500-5000	T>=95%	0.5, 1, 1.6
STO-AR3600~4800	MWIR	3600-4800	T>=95%	0.5, 1
STO-AR3600~5000	MWIR	3600-5000	T>=95%	0.5
STO-AR3700~4800	MWIR	3700-4800	T>=90%	0.5, 1
STO-AR3700~5000	MWIR	3700-5000	T>=95%	0.9
STO-AR400~1700	NIR	400-1700	T>=90%	0.85, 1
STO-AR400~3000	SWIR	400-3000	T>=85%	1.5
STO-AR400~880	NIR	400-880	T>=90%	0.5
STO-AR420~780	NIR	420-780	T>=90%	1
STO-AR4300	IR	4300	T>=90%	1
STO-AR4500~13000	LWIR	4500-13000	T>=90%	0.8, 1
STO-AR5500~11000	LWIR	5500-11000	T>=90%	0.8, 2.5
STO-AR5500~14000	LWIR	5500-14000	T>=80%	0.5
STO-AR6000~10500	LWIR	6000-10500	T>=90%	0.9, 1
STO-AR6000~11000	LWIR	6000-11000	T>=90%	2.5
STO-AR6000~13000	LWIR	6000-13000	T>=90%	1
STO-AR6000~18000	LWIR	6000-18000	T>=48%	0.8, 1
STO-AR6200~12600	LWIR	6200-12600	T>=90%	0.5, 0.6, 0.9, 3, 6
STO-AR6500~11000	LWIR	6500-11000	T>=95%	1
STO-AR7000~12500	LWIR	7000-12500	T>=95%	0.4, 2.5, 2.8
STO-AR7000~12600	LWIR	7000-12600	T>=90%	0.7, 0.9, 1, 3
STO-AR7000~14000	LWIR	7000-14000	T>=90%	1
STO-AR7000~14500	LWIR	7000-14500	T>=90%	0.8, 1
STO-AR7000~14600	LWIR	7000-14600	T>=90%	0.9, 1, 3
STO-AR7000~16000	LWIR	7000-16000	T>=90%	0.8, 0.9, 1, 3.5
STO-AR7400~10700	LWIR	7400-10700	T>=95%	2.6, 3
STO-AR7400~10900	LWIR	7400-10900	T>=94%	0.8, 2.9
STO-AR7400~12800	LWIR	7400-12800	T>=90%	0.9, 1
STO-AR7500~10100	LWIR	7500-10100	T>=90%	0.7, 0.9, 1, 2.9, 8.7
STO-AR7500~10500	LWIR	7500-10500	T>=93%	0.7, 1
STO-AR7500~10700	LWIR	7500-10700	T>=90%	1
STO-AR7500~11000	LWIR	7500-11000	T>=90%	2.5, 2.8
STO-AR7500~13000	LWIR	7500-13000	T>=90%	0.9, 5
STO-AR7500~13500	LWIR	7500-13500	T>=90%	0.8
STO-AR7500~9700	LWIR	7500-9700	T>=85%	0.75
STO-AR7600~12700	LWIR	7600-12700	T>=93%	1
STO-AR7700~11000	LWIR	7700-11000	T>=95%	0.9, 3
STO-AR7700~9300	LWIR	7700-9300	T>=93%	0.3, 0.75
STO-AR7800~10000	LWIR	7800-10000	T>=95%	0.9, 1
STO-AR8000~10000	LWIR	8000-10000	T>=92%	0.9, 2.7, 2.8, 3
STO-AR8000~13500	LWIR	8000-13500	T>=90%	3
STO-AR8000~15000	LWIR	8000-15000	T>=93%	2
STO-AR800~4000	SWIR	800-4000	T>=80%	1
STO-AR9000~16500	LWIR	9000-16500	T>=90%	1.6
STO-AR900~1700	SWIR	900-1700	T>=90%	1.6
STO-AR9500~17000	LWIR	9500-17000	T>=80%	0.7, 1.6

Catégories associées

Notes techniques associées

NIR, SWIR, MWIR et LWIR imposent des choix différents

Adaptez les filtres IR au matériau du détecteur, à la transmission du substrat et à la température de travail. Les bandes IR ne sont pas interchangeables.

Contraintes du substrat et du traitement

Le matériau peut limiter la plage spectrale utilisable avant même le traitement. Confirmez d'abord le substrat pour les applications IR.

Imagerie thermique et détection

En imagerie thermique ou détection de gaz, précisez la bande d'absorption cible, la plage de blocage et l'environnement de fonctionnement.

Questions fréquentes

Quelles régions infrarouges sont couvertes ?

La page couvre les besoins de filtres proche IR, IR à ondes courtes, moyennes et longues lorsque les données sont disponibles.

Pourquoi le substrat est-il important pour les filtres IR ?

Les matériaux ont des plages de transmission différentes ; le substrat doit convenir à la bande infrarouge cible.

Les filtres IR sont-ils personnalisables ?

Oui. Bandes spectrales, dimensions, substrats et traitements sur mesure peuvent être étudiés pour les systèmes IR.

Qualité et conformité

Fourniture de filtres optiques avec documentation

Pour les programmes OEM, instruments de laboratoire et systèmes industriels, OPTOStokes présente qualité, conformité des matériaux et assistance technique dès l'évaluation du fournisseur.

Quality system Production gérée selon ISO 9001

Contrôle des procédés, relevés d'inspection et traitements reproductibles pour la production de composants optiques.

Material compliance Accompagnement RoHS / REACH

La documentation de conformité peut être préparée pour les projets qualifiés et les chaînes d'approvisionnement réglementées.

Factory-direct Traitements et dimensions sur mesure

Les besoins de longueur d'onde, FWHM, substrat, AOI, dimensions et montage peuvent être étudiés avec l'équipe technique.

Procurement ready Devis et revue des données

Précisez longueur d'onde cible, blocage, transmission et exigences du plan pour un devis ciblé.

Prêt à choisir votre filtre ?

Notre équipe technique vous aide à choisir la solution optique adaptée.

Parcourir les filtres Demander un prix et un devis