Ganyen Fina-Fina-Fina-Fina-Finici (LN) PhotoDate

Ganyen Fina-Fina-Fina-Fina-Finici (LN) PhotoDate

Lithium noobate (LN) yana da keɓaɓɓen tsarin kris da tasirin jiki masu arziki, kamar tasirin enlinecy, tasirin pyroelectrics, da tasirin pyroelectrics, da tasirin pyroelectrics, da tasirin pyroelectrics, da tasirin pyroelectric A lokaci guda, yana da fa'idodi na Window Truan Transparecy taga da kwanciyar hankali na dogon lokaci. Waɗannan halaye suna yin ln wani muhimmin danduri don sabon ƙarni na hade. A cikin na'urorin na oficta da kuma tsallakewa na ln na iya samar da ayyukan dabi'a da aiki, haɓaka haɓakar sadarwa na gani, da pictical computing. Koyaya, saboda karfafancin sha da kuma rufaffiyar kaddarorin Litium niobate, aikace-aikacen haɗin aikace-aikacen Lithium nosan har yanzu yana fuskantar matsalar wahalar ganowa. A cikin 'yan shekarun nan, rahotanni a cikin wannan fannoni galibi sun haɗa da ɗaukar hoto da aka haɗa nauyin ɗaukar hoto da kuma herojunction.
Hukumar hada-hadar Haiduwa dangane da Lititum noiobate yawanci yana mai da hankali ne akan abubuwan sadarwa C-Band (1525-1565nm). Dangane da aikin aiki, ln galibi suna taka rawar da aka shirya, yayin da ake gudanar da Gano ganowa a Silicontuction, da kayan masarufi biyu. A irin wannan gine-gine, ana amfani da haske ta hanyar Lithium noorbate Ofishin ofisfisiges (kamar tasirin hoto) don ƙara shi da tasirin ɗaukar hoto don Fitar da sigogi na lantarki don fitarwa. Abubuwan da ke bayin ban dariya ne (~ GHZ), ƙarfin ƙarfin lantarki, ƙananan girman, da kuma jituwa tare da hadewar hoto. Koyaya, saboda spatial rabuwa da kayan kwalliya na Lithantuttor, duk da cewa duk suna yin aikin raƙuman ruwa da kuma wasu kyawawan kaddarorin ƙasashen waje ba su da amfani sosai. Kayan kayan semicmiktor kawai suna wasa da rawar gani a canjin Photopric da rashin daidaituwa tare da juna, sakamakon haifar da iyakantaccen aiki mai aiki. Dangane da takamaiman aiwatarwa, haɗakar haske daga tushen tushen zuwa ga tushen yanayin ƙasa da ke haifar da abubuwan da ake buƙata mai tsayayye da kuma buƙatun tsari. Bugu da kari, ainihin ikon hangen nesa na hasken da aka fadada a cikin tashar na'urar semponductor a yankin hada-hadar mulki a cikin yankin hada-hadar.
Na gargajiyaMasu ɗaukar hotoAn yi amfani da shi don aikace-aikacen kwaikwayo yawanci yana dogara ne akan kayan semiconductor. Sabili da haka, don Litium noiobate, ƙarancin sharar da hasken sa da kuma lalata kaddarorin da ba a yaba masa ta hanyar binciken masu binciken hoto ba, har ma da wahala a fagen. Koyaya, ci gaban fasahar halitta na heterojunction a cikin 'yan shekarun nan ya kawo bege ga binciken na Lithium nosai tushen masu daukar hoto. Sauran kayan da karfi da haske mai haske ko kuma kyakkyawan aiki na iya zama da yawa hade tare da lithium namu don rama ga kasawar ta. A lokaci guda, pyroachization pyroelection jawo sifofi na Litrium notections na iya sarrafawa zuwa zafi a karkashin iska mai haske, ta haka canza halayen gano Pyroelectronic don Talagira na Talakawa. Wannan tasirin thermal yana da fa'idodin wadatar arziki da tuki kai, kuma ana iya haɗuwa da kyau da kuma haɗawa da wasu kayan. A synchritus amfani da task.faffofin PhotElelectric ya buɗe sabon zamanin da aka gabatar don masu ɗaukar hoto, suna ba da na'urorin da ke ba da amfanin fa'idodin dukkan tasirin sakamako. Kuma don yin ɗorewa don gazawa da cimma haɗin ingantattun fa'idodi, kayan bincike ne na bincike a cikin 'yan shekarun nan. Bugu da kari, da amfani da ion pion, injiniyar kiɗan injiniya, da guba kuma shine kyakkyawan zabi don magance wahalar gano wahalar gano Lithium liobate. Koyaya, saboda babban aiki mai girma na Lithium Niobate, wannan har yanzu yana fuskantar manyan kalubale kamar ƙananan na'urori masu nayo da tsarin aikin, wanda ke da babban darajar bincike da sarari.

Hoto na 1, ta amfani da maƙarƙashiyar kuzari a cikin LN Bandagap a matsayin manyan masu ba da gudummawa na lantarki, ana samar da masu ɗorewa kyauta a cikin wasan kwaikwayon wuta a bayyane. Idan aka kwatanta da Pyroeleclric Ln Masu ɗaukar hoto, waɗanda yawanci suna iyakance ga saurin mayar da martani na kusan 100Hz, wannanLN PhotoDeteroryana da saurin mayar da martani na sauri har zuwa 10khz. A halin yanzu, a cikin wannan aikin, an nuna cewa magnesium ion droped LN zai iya samun amsar har zuwa 10khz. Wannan aikin yana inganta binciken akan babban aiki dababban sauri ln masu daukar hotoA cikin gina cikakken aiki-guntu hade LN Photonic kwakwalwan kwamfuta.
A takaice, filin bincike nana bakin ciki fim na bakin ciki niiobate phfopyetectyana da mahimmanci mahimmanci kimiyya da kuma babbar ma'amala ta aikace-aikace. A nan gaba, tare da ci gaban fasaha da zurfin bincike, bakin fim na bakin ciki na bakin ciki (LN) Photodecs masu ɗaukar hoto zasu haɓaka zuwa haɗin kai. Hada hanyoyin haɗin haɗi daban-daban don cimma babban aiki, amsawa mai sauri, da kuma flishn fim na bakin ciki da filayen da ke tattare da su, da filayen da ke tattare da su, da filayen da ke da hankali don samar da damar Sabuwar Aikace-aikacen aikace-aikacen hoto.