Na bakin ciki fim din fim na bakin ciki da bakin fim na bakin ruwa na jita

Abvantbuwan amfãni da mahimmancin yanayin fim na bakin ciki na bakin ciki a cikin fasahar Photoca

Fasahar hoto Microwavevehas the advantages of large working bandwidth, strong parallel processing ability and low transmission loss, which has the potential to break the technical bottleneck of traditional microwave system and improve the performance of military electronic information equipment such as radar, electronic warfare, communication and measurement and control. Koyaya, tsarin Photocve Photocve dangane da na'urorin mai hankali yana da wasu matsaloli kamar babban ƙarawa a cikin Fasahar Photocve da kuma dandamali na Microvega. Sabili da haka, hade da fasahar Photon Fasahar Microveve yana zama mai mahimmanci don karya aikace-aikacen yanar gizo na lantarki kuma suna ba da cikakken wasa zuwa ga fa'idodin Fasahar Microwave Photon Fasaha.

A halin yanzu, fasahar hadewar Haɗin kai da fasahar Haɗin kai da fasaha ta Inp-tushen suna zama da yawa bayan shekaru na ci gaba a fagen sadarwa na gani, kuma an saka samfurori da yawa cikin kasuwa. Koyaya, don aikace-aikacen hoto na microwave, akwai wasu matsaloli a cikin waɗannan nau'ikan haɗin gwiwar hotunan haɗin gwiwar hoto: Misali, mai amfani na lantarki mai kyau na Si Modulator da kuma manyan halaye masu ƙarfi sun bi ta fasahar Phenson Photon; Misali, Canjin Silicon na Silicon wanda ya fahimci sakamako na hanzarin hanya, ko aiwatar da sakamako mai saurin juyawa, wanda ba zai iya haduwa da yawan zamewa da kuma yawan zafi ba.

Lithium noobate koyaushe shine zaɓin farko don babban guduTsarin lantarkiKayan aiki saboda kyakkyawan kyakkyawan layin lantarki. Koyaya, auren gargajiya na gargajiyaModel-Ent Modulatoran yi shi da babban kayan kwalliyar dabbobi, kuma girman na'urar yana da girma sosai, wanda ba zai iya biyan bukatun hadewar fasahar Microveve ba. Yadda za a haɗa kayan da ke haɗa kayan kwalliya na Lithium tare da madaidaicin lantarki mai kyau a cikin haɗin tsarin fasahar hoto na hoto na hoto mai amfani. A shekara ta 2018, kungiyar bincike daga Jami'ar Harvard a Amurka ta fara ruwaito ta hanyar hadewar Haɗin kai, da nan da nan ya gabatar, da nan da nan ya haifar da ingantacciyar hanyar hade, da kuma daukar hoto ta hade da daukar hoto. Daga fuskar aikace-aikacen hoto na Microveve, wannan takarda ta sake nazarin tasirin da mahimmancin fasahar hadin gwiwar Photocon dangane da ci gaban Fasahar Fayil na bakin ciki.

Na bakin ciki fim na jita-jita da bakin fimModulate Lititum noiobate modulator
A cikin 'yan shekaru biyu, wani sabon nau'in kayan kwalliya na Lithium ya fito, wannan shine, siliki mai wafer mai ban sha'awa da kuma a cikin kayan fim din [5], wanda ake kira kayan fim din [5], wanda ake kira kayan fim din [5], wanda ake kira kayan fim ɗin na zamani a cikin wannan takarda. Ridge kurgo tare da tsawo fiye da 100 nanomeomi za a iya aikawa da fina-finai na yau da kullun, kuma ingantacciyar hanyar rashin daidaituwa ta samar da filin da ta dace da ita. Filin Microwave lokacin da yake zira kwalliya. Saboda haka, yana da amfani don cimma ɗan ƙaramin ƙarfin lantarki da mafi girma bandwidth a cikin gajeriyar tsayi.

Bayyanar los asara lihate subtuside karya da yalwarin karya da babban tuki na wutar lantarki na gargajiya na gargajiya na gargajiya na gargajiya na gari. Za'a iya rage karfin lantarki zuwa ~ 5 μm, da kuma abin da ke tsakanin filin lantarki da kuma yanayin Hoto ya ragu sosai, da kuma veber ƙasa da 2.8 v İ.. Saboda haka, a ƙarƙashin ƙarfin rabin-kalob kalaman-kalaman-kalaman, tsawon na iya rage sosai idan aka kwatanta shi da Modulator na gargajiya. A lokaci guda, bayan inganta sigogi na nisa, kauri da tazara daga cikin balaguron balaguron balaguron tafiya, kamar yadda aka nuna a cikin adadi mai girma da girma fiye da 100 GHZ.

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Siffa (a

A kwatancen na bakin ciki fim din fim din da ke cikin gargajiya tare da na gargajiya na gargajiya, masu samar da silicon da sauran munanan kayan kwalliyar kwalliya, babban sigogi na kwatancen sun hada da:
(1) Rabin rabin-waka mai tsayi na Volt (Veb El-, v ·), ana auna ingancin ƙiyayya, ƙaramin ƙimar, mafi girman ƙimar, mafi girman ƙimar, mafi girman ingancin yanayi;
(2) 3 DB Modulation Bandwidth (GHZ), wanda ya auna amsar da Modulator zuwa babban-mita-zamani;
(3) Assafar Saka bayanai (DB) a yankin zamani. Ana iya ganinsa daga teburin da ke bakin ciki fim ɗin fim ɗin Frizoum na yau da kullun a cikin Bandwidth na zamani, rabin-igiyar ruwa, asarar iska mai amfani da ciki da sauransu.

Silicon, kamar yadda Cagrerstone Oman hadewar Hadadden, an ci gaba zuwa yanzu, tsari ya zama ya yi karatu da manyan kayan aiki na aiki / mayaƙan kayan aiki, da mai sarrafa shi ya yi nazari sosai a fagen sadarwa na gani. Tsarin ƙididdigar lantarki na lantarki na silicon shine galibi mai ɗaukar hankali-tonon, allurar allura da ɗaukar nauyi. Daga gare su, bandwidth na Modulator yana da kyau sosai tare da hanyoyin rarraba filin da ke cikin haske, wanda zai gabatar da madaidaicin yanayin iska mai narkewa da murkushe kalmar amsawa da murjure.

Modulator na inp yana da tasirin tasirin eptro-optro-optro-pictrocy, da kuma tsarin questum mai yawa na iya fahimtar haɓaka mai ɗimbin ɗimbin yawa tare da veb · · · · · mm. Koyaya, bambance bambancen index tare da filin lantarki ya haɗa da layi na layi da kuma rashin ƙarfin ƙarfin lantarki zai yi tasiri na biyu. Saboda haka, silicon da kuma masu samar da lantarki da Inptro-Optic Modulators suna buƙatar amfani da banbancin PN ɗin don samar da asarar PN ɗin lokacin da suke aiki, da Jun Junction asarar su ga haske. Koyaya, girman mawuyacin waɗannan biyu ƙananan ne, girman motocin Inp na kasuwanci shine 1/4 na Modulator. Babban ingancin yanayin, dace da babban yawa da gajeren gajeriyar dijital ta dacewar hanyoyin sadarwa kamar cibiyoyin bayanai. Sakamakon pictro-optical na litithium ba shi da isasshen aiki da ƙarancin rashi, wanda ya dace da ma'ana mai nisaSadarwar Enticaltare da babban iko da babban adadin. A cikin Aikace-aikacen Photocve Photocve, da Inspro-Eptical Pictical na Si da Inp ba su dace da tsarin Photocve Photocve wanda ke neman babban layi da manyan dabaru ba. Abubuwan da ke cikin Lithium na NioBate sun dace sosai ga aikace-aikacen Photocon na Microwave saboda gaba daya layin lantarki mai inganci.