Kudala siphonononga ukusetyenziswa kwe Ikhamera yeSWIR in ishishini lesemiconductor.

Izinto ezisekelwe kwi-silicon zisetyenziswa ngokubanzi kwishishini le-microelectronic, njenge-chips kunye ne-LEDs.Ngenxa ye-conductivity ephezulu ye-thermal, iinkqubo zokuvelisa ezivuthiweyo, iipropati ezintle zombane kunye namandla omatshini, zizinto ezibalulekileyo zezixhobo ze-microelectronic.

Nangona kunjalo, ngenxa yesakhiwo sekristale kunye nenkqubo yokuvelisa izinto eziphathekayo, ukuqhekeka okufihliweyo kuxhomekeke kwifomu kwizinto eziphathekayo, ezichaphazela kakhulu ukusebenza kombane kunye nokuthembeka kwesixhobo. Ke ngoko, ukufunyanwa ngokuchanekileyo kunye nokuhlalutya kwezi zintanda kuye kwaba likhonkco elibalulekileyo kwimveliso ye-microelectronic.

Iindlela zokuvavanya eziqhelekileyo zezinto ezisekelwe kwi-silicon zibandakanya ukuhlolwa ngesandla kunye nokuhlolwa kwe-X - ray, kodwa ezi ndlela zineentsilelo ezithile, ezifana nokusebenza okuphantsi kokuhlolwa kwezandla, ukwenzeka lula kokuhlolwa okuphosiweyo kunye neempazamo zokuhlola umgangatho; Nangona kunjalo, uvavanyo lweX-reyi lunemiqobo efana neendleko eziphezulu kunye neengozi zemitha. Ukuphendula kule miba, iikhamera ze-SWIR, njengohlobo olutsha lwezixhobo zokukhangela uqhagamshelwano, zineenzuzo zokusebenza kakuhle, ukuchaneka, kunye nokhuseleko, zibe bubuchwephesha obufihliweyo obufihliweyo.

Ukufunyanwa kweentanda kwi-silicon substrate kusetyenziswa ikhamera ye-SWIR ikakhulu kukufumanisa iintanda kunye neendawo zazo kwimathiriyeli ngokuhlalutya i-infrared Radiant energy spectrum kunye neempawu zomphezulu wemathiriyeli. Umgaqo wokusebenza wekhamera ye-SWIR kukubamba kunye nokubonakalisa amandla aRadiant ngaphakathi koluhlu lwe-infrared wavelength olukhutshwa yinto ekumboniso ngetekhnoloji ye-infrared optical, kwaye emva koko uhlalutye ukuthungwa, imilo, umbala kunye nezinye iimpawu kumfanekiso ngokucubungula kunye isoftwe yokuhlalutya ukumisela isiphene sokuqhekeka efihliweyo kunye nendawo kwizinto eziphathekayo.

Ngovavanyo lwethu lokwenyani, kunokufunyanwa ukuba ukusebenzisa ubungakanani bethu be-pixel eyi-5um, i-1280 × 1024 ikhamera ye-SWIR enovakalelo oluphezulu, kwanele ukufumanisa iziphene ezisekelwe kwi-silicon. Ngenxa yezinto eziyimfihlo zeprojekthi, akukho lula ukubonelela ngemifanekiso okwethutyana.

Ukongeza kwi-silicon eqinisekisiweyo-esekwe kwi-applications esekelwe kwi-crack, ngokuthetha ngokwethiyori, iikhamera ze-SWIR zinokufikelela ekubhaqweni kwemiphezulu yesixhobo, iisekethe zangaphakathi, njl. njl. ukhuseleko; Okwangoku, ngenxa yomlinganiso ophezulu wokufunxa ngaphakathi koluhlu lwamaza e-infrared ye-shortwave, uhlalutyo lwemathiriyeli luchaneke ngakumbi kwaye lusulungekile. Sisekwinqanaba lophononongo lwezicelo ezinjalo.

Siyathemba ukuba iikhamera ze-infrared ze-infrared zinokuba yitekhnoloji ebalulekileyo yokufumanisa kwindawo yokwenziwa kwe-microelectronics.