Ingaba kwenzeka njaniI-Semiconductor Optical AmplifierNgaba Uzuze i-Amughtion?
Emva kokufika kweli xesha lonxibelelwano oluphezulu lwefieber, itekhnoloji yokuqinisa i-amlplication iphuhlise ngokukhawuleza.I-Amplailic AmplifiersNyusa imiqondiso yegalelo ngokusekwe kwimitha eshukumisekileyo okanye ukusasazeka okukhutshiweyo. Ngokwesinye imigaqo-siseko, i-Amplific Amplifis inokwahlulwa ibe yi-semiconductor ye-semiconductor eyodwa (I-soya) kwayeI-fiber ye-fiber amplifishe. Phakathi kwabo,I-Semiconductor Optical Amplifierszisetyenziswe ngokubanzi kunxibelelwano olunjani ngoncedo lwezibonelelo ze-zurgy band, indibaniselwano elungileyo kunye noluhlu olubanzi. Baqulunqwe imimandla esebenzayo neyabangenayo, kwaye ingingqi esebenzayo yingingqi yoncedo. Xa uphawu lokukhanya ludlula kwingingqi esebenzayo, lubangela ukuba ii-elektroni ziphulukane namandla kwaye zibuyele kwimo yomhlaba ngohlobo lweefoto, ngalo lonke ixesha lophawu lokukhanya, ngaloo ndlela bendisa uphawu lokukhanya. I-semiconductor optical Amplifier iguqula i-semiconduch ye-semiconductor kwi-paricle ye-ofisi yembewu, kwaye inyanzelise iimpawu zokukhanya kwembewu, kwaye igcina iimpawu ezisisiseko zembewu efakwe imbewu, ububanzi bomgca kunye nobubanzi belayini kunye nobubanzi bomgca kunye nokusebenza kobubanzi. Ngokwanda kwabasebenzi okwangoku, amandla okuphembelela nayo kwakhona kulwalamano oluthile olusebenzayo.
Kodwa olu lwahlulo alukho ngaphandle kwemida, kuba i-semicondorctor ye-Imiconductor Ine-Amplifis inayo i-sunomenon fanomenon. I-phenomeno ibonisa ukuba xa amandla okuphuma e-Interpt engaphelelanga, i-inzuzo inyuka ngokunyuka kwe-on onetha yokuthwala, kodwa xa uxinzelelo oluphathelweyo lukhulu kakhulu, inzuzo iya kuhlutha okanye inciphise. Xa uxinzelelo lomphathi ophetheyo luhlala luhleli, amandla okukhupha inyuka ngokunyuka kwamandla okufaka, kodwa xa amandla okufaka igalelo elikhulu kakhulu, okhokelela ekuthandeni ubume okanye ukwehla. Isizathu se-sunsomenon semiselo kukudibana phakathi kwee-elektroni kunye neefoto kwimpahla yengingqi esebenzayo. Nokuba iifoto ezivezwe kwi-zuza eziphakathi okanye ezikwiifoto zangaphandle, ireyithi apho imitha efunwayo ichitha iziqulatho zihambelana nenqanaba elipheleleyo lamandla kwixesha. Ukongeza kwimitha evunyiweyo, ireyithi yothutho etyiwayo zenye into itshintsha, echaphazela kakubi i-zuzation yokufumana ububi.
Kuba owona msebenzi ubalulekileyo we-semiconductor optical i-Amphar I-Amphar I-Amphar I-Amphar i-Igner, ikakhulu ingasetyenziswa njengamandla Amlifiers, i-Amplifiers kunye neenkqubo zonxibelelwano. Kwisiphelo sokudlulisela, i-semicondcuctocal Amplifier isetyenziswa njenge-Amplimier ye-Amplimier yokuphucula amandla okukhupha ekupheleni kwenkqubo, enokunyusa kakhulu umgama wenkqubo. Kumgca odluliselwa, i-semiconductor optimical Amplifier inokusetyenziswa njenge-amples edluliselwe umgama wokudluliselwa kwakhona, ukuze umgama odluliselwa ngokudluliselwa kwakhona onokuphinda wongeze kwakhona ngokuxhuma kunye nemida. Ekupheleni kokufumana, i-semiconductor optical Amplifier inokusetyenziswa njengentshabalalo, enokuphucula kakhulu ubuntununtunu bomntu onamamkeli. Iimpawu zokugcwalisa i-Semicontuers ze-semiconductor i-Amplifi ziya kubangela ukuba inzuzo nganye ihambelana nokulandelelana kwangaphambili. Imodeli yendlela phakathi kwamaxesha amancinci inokubizwa ngokuba yimodyuli yokuyila kwemodyuli yokuyifumana. Obu buchule busebenzisa umndilili wezinto ezinqamlezileyo phakathi kwemodyuli yemodyuli phakathi kweendlela ezininzi kunye nokwazisa ubuninzi obuqinileyo kwinkqubo yokugcina i-beam, ngaloo ndlela kucinezela ukufumana i-Amplifier. Emva koko impembelelo yemodyuli yokuwela phakathi kweendlela incitshisiwe.
I-Semicondor Optial Amplifiers inolwakhiwo olulula, ukudityaniswa ngokulula, kwaye kunokwahlula imiqondiso eyahlukileyo yamaza ahlukeneyo, kwaye isetyenziswa ngokubanzi ekudibaniseni iintlobo ezahlukeneyo zeendlela ezahlukeneyo zokunqongophala. Okwangoku, itekhnoloji yokudityaniswa kwe-laser esekwe kwi-Imiconductor Optical Amphaine iqhubeka iqolile, kodwa kufuneka iinzame zisafuneka zenziwe kwezi zinto zintathu zilandelayo. Inye kukunciphisa ilahleko yokudibanisa kunye nefibre ye-fiber. Eyona ngxaki iphambili ye-semiconductor ye-semicondcuction ye-amplific kukuba ilahleko ye-fiber inkulu. Ukwenzela ukuba kuphuculwe ukusebenza kakuhle, iilensi zinokongezwa kwinkqubo yokudibanisa ukunciphisa ilahleko yokubonisa, ukuphucula ulungelelwaniso lwe-beam, kwaye ifezekise ukusebenza kakuhle. Okwesibini kukunciphisa ubuntununtunu bokulinganisa kwe-semicondcuctor ye-semicondcucrical Amplific. Uphawu lwendalo ikakhulu lubhekisa kubuntununtu obukhawulezileyo bokukhanya kwendalo. Ukuba i-semiconductor ye-semicondcuct ayigqitywe ngokukodwa, i-baxwwidth esebenzayo yenzuzo iya kuncitshiswa. Ubume bomlilo kakuhle banokuphucula ngokufanelekileyo ukuzinza kwe-semicondcuctor. Kuyenzeka ukuba ufunde isakhiwo esilula nesingaphezulu sokunciphisa ubuntununga bokwenza indawo ye-semicondcuctor. Okwesithathu yimpumelelo yenkqubo ehlanganisiweyo. Okwangoku, ukudityaniswa kwe-semiconductor ye-semicondcuction Amplifical kunye ne-lasers kunzima kakhulu kwaye kukhokelela ekulahlekelweni kobugcisa, kukhokelela kwilahleko enkulu ekususweni kwesiginali kunye nokulahleka kwesixhobo, kwaye iindleko ziphezulu kakhulu. Ke ngoko, kufuneka sizame ukwenza ulwakhiwo lwezixhobo ezihlanganisiweyo kunye nokuphucula ukuchaneka kwezixhobo.
KwiTekhnoloji yoNxibelelwano, itekhnoloji yokufumana i-Amphacation yenye yezona teknoloji zixhasayo, kunye ne-semicondcuct the the the the the the the the the the therical ikhula ngokukhawuleza. Okwangoku, intsebenzo ye-semiconductor ye-semicondcuction iphuculwe kakhulu, ngakumbi kuphuhliso lwetekhnoloji entsha yokuphembelela njenge-wavelogy i-waventent ye-wavenxing okanye indlela yokutshintsha kwendlela yokutshintsha. Ngokuphuhliswa kweshishini lolwazi, itekhnoloji ye-appical anyphacation ilungele iibhendi ezahlukeneyo kunye nezicelo ezahlukeneyo ziya kwaziswa, kwaye uphuhliso nophando lwetekhnoloji entsha luya kuqhubeka nokuphuhlisa kwaye uphumelele.
IXESHA LOKUQALA: FEB-25-2025