Zinc Selenide (ZnSe)
Lenses Plano-Concave

Lenses-concave lenses waa muraayado taban oo ka dhumuc weyn cidhifka marka loo eego dhexda, marka iftiinku dhex maro iyaga, way kala duwan yihiin oo barta diiradda la saarayaa waa mid muuqaal ah. Dhererkoodu waa taban, iyo sidoo kale radius of curvature ee sagxadaha qaloocan. Marka la eego leexintooda goobeed taban, lenses-concave lenses ayaa la adeegsan karaa si ay isu dheelli tiraan aberrations spherical oo ay sababaan muraayadaha kale ee nidaamka indhaha. Muraayadaha Plano-concave waxay faa'iido u leeyihiin kala-duwanaanshaha laydhka isku-dhafka ah iyo isku-dhafka laydhka isku-dhafan, waxaa loo isticmaalaa in lagu ballaariyo iftiinka iftiinka iyo in la kordhiyo dhererka foorarka ee nidaamyada hadda jira. Muraayadahan taban waxaa badanaa lagu isticmaalaa telescopes, kamaradaha, leysarka ama muraayadaha si ay u caawiyaan nidaamyada weyneynta inay noqdaan kuwo is haysta.

Tusaalaha Codsiyada Codsiyada OEM

Muraayadaha Plano-concave ayaa si fiican u shaqeeya marka shayga iyo sawirku ay ku sugan yihiin saamiyo isku xidhan oo dhammaystiran, oo ka weyn 5:1 ama ka yar 1:5. Xaaladdan oo kale, waxaa suurtagal ah in la yareeyo aberration sppherical, kooma, iyo qalloocan. Si la mid ah muraayadaha loo yaqaan 'plano-convex lenses', si loo gaaro waxtarka ugu sarreeya, dusha qalloocan waa inuu wajaho masaafada ugu weyn ee shayga ama isku-xidhka aan dhammaadka lahayn si loo yareeyo isbeddelka wareega (marka laga reebo marka loo isticmaalo laydhka tamarta sare leh halkaasoo tani ay tahay in dib loo rogo si loo baabi'iyo suurtagalnimada muuqaal muuqaal ah). diiradda).

Muraayadaha ZnSe ayaa si gaar ah ugu habboon isticmaalka CO ama CO2 lasers oo awood sare leh. Intaa waxaa dheer, waxay ku siin karaan gudbin ku filan gobolka muuqda si ay u oggolaadaan isticmaalka laydhka toosan ee muuqda, inkastoo dib-u-eegistu ay noqon karto mid aad u cad. Paralight Optics waxay bixisaa Zinc Selenide (ZnSe) Plano-Concave (PCV) muraayadaha la heli karo oo leh daahan AR ballaaran oo loo habeeyay 2 µm - 13 μm ama 4.5 - 7.5 μm ama 8 - 12 μm kala duwanaansho muuqaal ah oo lagu kaydiyay labada dusha. Dahaarkani wuxuu si weyn u yareynayaa milicsiga sare ee substrate-ka, taasoo keenaysa gudbin celcelis ka badan 92% ama 97% dhammaan noocyada daahan AR. Ka hubi Garaafyada tixraacyadaada.

Astaamaha:

Qalab:

Zinc Selenide (ZnSe)

Xulashada dahaarka:

Dahaarka aan la daboolin ama leh Dahaarka Ka-hortagga Milicsiga

Dhererka Focal:

Waxaa laga heli karaa -25.4 mm ilaa -200 mm

Codsiyada:

Ku habboon Codsiyada MIR Laser-ka iyadoo ay ugu wacan tahay isku-duubnaanta nuugista hoose

Tilmaamaha Guud:

pro-xiriirka-ico — Tixraaca Sawirka

Lens-ka Plano-Concave (PCV)

f: Focal Length
f_bLength Focal Back
R: Radius of Curvature
t_c: Dhumucda dhexe
t_e: Dhumucda cidhifka
H”: Dhabarka Diyaaradda Maamulaha

Fiiro gaar ah: Dhererka fooxa waxaa laga go'aamiyaa diyaaradda maamulaha dambe, taas oo aan daruuri ahayn in la jaanqaado dhumucda cidhifka.

Halbeegyada

Heerarka & Dulqaadyada

Qalabka Substrate-ka

Zinc Selenide (ZnSe)
Nooca

Lens-ka Plano-Convex (PCV)
Tusmada Milicsiga

2.403 @ 10.6 μm
Abbe Number (Vd)

Lama qeexin
Isku xidhka Balaadhinta kulaylka (CTE)

7.6x10^-6/℃ at 273K
Dulqaadka dhexroorka

Sax: +0.00/-0.10mm | Saxnaanta Sare: +0.00/-0.02mm
Dulqaadashada Dhumucda Xarunta

Saxsanaanta: +/- 0.10 mm | Saxnaanta Sare: +/- 0.02 mm
Dulqaadka Focal Length

+/- 0.1%
Tayada dusha sare (xoq-qod)

Sax ah: 60-40 | Saxnimada Sare: 40-20
Dhulka Dusha sare (Dhinaca Plano)

λ/10
Awoodda dusha sare ee wareegsan (Side Convex)

3 λ/4
Habacsanaanta Dusha (Ugu Sarreysa ee Dooxada)

λ/4
Xarunta

Sax ah:< 5 arcmin | Saxnaanta Sare:<30 arc
Nadiifi Aperture

80% dhexroorka
Range Dahaarka AR

2 μm - 13 μm / 4.5 - 7.5 μm / 8 - 12 μm
Gudbinta Xadka Dahaarka (@ 0° AOI)

Tavg> 92% / 97% / 97%
Milicsiga Dusha Dahaarka (@ 0° AOI)

Ravg<3.5%
Naqshad dhererka hirarka

10.6µm
Heerka Burburka Laser-ka

5 J/cm2 (100 ns, 1 Hz, @10.6 µm)