Kwi-optical wave optics, i-optical waveguides ikhokela imiqadi yokubona. Oku kuchasene ne-optics yendawo yasimahla apho imiqadi ihamba kwindawo ekhululekileyo. Kwi-wave wave optic ekhokelwayo, i-beams ivalelwe ikakhulu kwisikhokelo samaza. Izikhokelo zamaza zisetyenziselwa uku transfer inamandla okanye imiqondiso yonxibelelwano. Iindidi zamaza zamaza ziyafuneka ukukhokela amaza ahlukeneyo: Njengomzekelo, ukukhanya okukhokelayo kwifiber optical (i-high frequency) akusayi kukhokela ii-microwaves (ezinomthamo ophantsi kakhulu). Njengomthetho wesithupha, ububanzi be-waveguide kufuneka bube bulandelelwano olufanayo lobukhulu njengobude be-cc781905-5cde-3194-bb3b-136bad5cf58d_wave it guides. Amaza akhokelwayo avalelwe ngaphakathi kwe-waveguide ngenxa yokubonakaliswa okupheleleyo kwiindonga ze-waveguide, ukuze ukusasazwa ngaphakathi kwe-waveguide kunokuchazwa njengoko kufana nepateni "yezigzag" phakathi kweendonga.

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I-Waveguides esetyenziswa kumaza okukhanya aqhelekile yi-dielectric waveguide izakhiwo apho imathiriyeli ye-dielectric enemvume ephezulu, kwaye ke isalathiso esiphakamileyo sokuphindaphinda, singqongwe yimathiriyeli enemvume ephantsi. Isakhiwo sikhokela amaza optical ngokubonisa kwangaphakathi ngokupheleleyo. Eyona nto iqhelekileyo i-optical waveguide yifiber optical.
 

Ezinye iintlobo ze-optical waveguide zikwasetyenziswa, kubandakanya i-photonic-crystal fiber, ekhokela amaza ngayo nayiphi na indlela eyahlukileyo. Ngakolunye uhlangothi, izikhokelo ezikwimo yetyhubhu engenanto enendawo yangaphakathi ebonakalisa kakhulu iye yasetyenziswa njengemibhobho yokukhanya kwizicelo zokukhanyisa. Umphezulu wangaphakathi unokuba yintsimbi epholisiweyo, okanye ingagqunywa ngefilimu ye-multilayer ekhokela ukukhanya nge-Bragg reflection (le yimeko ekhethekileyo ye-photonic-crystal fiber). Omnye unokusebenzisa iiprism ezincinci ezijikeleze umbhobho obonisa ukukhanya ngokubonakalisa kwangaphakathi okupheleleyo-ukuvalelwa okunjalo akugqibelelanga, nangona kunjalo, kuba ukubonakaliswa kwangaphakathi okupheleleyo akunakuze kukhokelele ukukhanya ngaphakathi kombindi wesalathiso esisezantsi (kwimeko yeprism, ukukhanya kuyaphuma ngaphandle. kwiikona zeprism). Sinokuyila ezinye iintlobo ezininzi zezixhobo ezikhokelwayo zamaza optic, ezinje ngeplani yamaza amaza ezenza optoelectronic imijikelezo edibeneyo enokwenzeka. Ezo planar optical waveguides inokuhlanganiswa kwi ekhoyo substrates zombane. I-Planar dielectric waveguides inokuyilwa kwaye yenziwe kwizinto zepolymer, i-sol-gels, i-lithium niobate, kunye nezinye izinto ezininzi.

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Kuzo naziphi na iiprojekthi ezibandakanya uyilo, uvavanyo, ukulungisa iingxaki okanye uphando kunye nophuhliso lwezixhobo ze-waveguide, qhagamshelana nathi kunye nabayili behlabathi behlabathi be-optics baya kukunceda. In guided wave optic_cc781905-5cde-319513bbdsign and 3195-6bbd uphuhliso, sisebenzisa izixhobo zesoftware ezifana ne-OpticStudio (Zemax) kunye neKhowudi V ukuyila kunye nokulinganisa amacandelo kunye nendibano. Ukongeza ekusebenziseni isoftware yamehlo, sakha iiseti zaselabhoratri kunye neeprototypes kwaye sihlala sisebenzisa i-fiber splicers, i-attenuators eguquguqukayo, i-fiber couplers, iimitha zamandla okukhanya, i-spectrum analyzers, i-OTDR kunye nezinye izixhobo zokuqhuba iimvavanyo kubathengi bethu. iiprototypes. Amava ethu agubungela iindawo ezahlukeneyo zamaza, kubandakanya i-IR, kude-IR, ebonakalayo, i-UV kunye nokunye. Ubuchwephesha bethu kwizixhobo ze-optic ezikhokelwayo kunye neenkqubo zibandakanya iindawo ezahlukeneyo kubandakanya unxibelelwano lwamehlo, ukukhanya, ukunyanga kwe-UV, ukubulala iintsholongwane, iinkqubo zonyango nokunye.

 

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