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    I-1064NM ephansi ephezulu ye-OTDR ye-OTDR ye-Laser efakiwe
    • I-1064NM ephansi ye-OTDR ye-OTDR fiber laser

    Ukutholwa kwe-OTDR

    I-1064NM ephansi ye-OTDR ye-OTDR fiber laser

    - I-Optical Path Design ngesakhiwo se-mopa

    - Ububanzi be-NS-LEVEL PULSE WING

    - Imvamisa yokuphindaphinda kusuka ku-1 Khz kuya ku-500 kHz

    - Ukusebenza kahle kwe-Electro-Optical ephezulu

    - Imiphumela yomsindo ophansi kanye ne-nonlinear

    - Ububanzi bokushisa obubanzi bokushisa


    Imininingwane Yomkhiqizo

    Amathegi Omkhiqizo

    Ukuchazwa Komkhiqizo

    Lo mkhiqizo uyi-1064nm nanosecond Pullse I-Laser ethuthukiswe yi-Lumuspot, enobuhlakani obuhle obunembile futhi olawulayo ovela kuma-Watts angu-0 kuye kwangama-100, kanye nokusebenzisa amandla aphansi, okwenza kube yilungele izinhlelo zokusebenza emkhakheni we-OTDR ukutholwa.

    Izici ezibalulekile:

    Ukuqiniseka kwe-Wavelength:Isebenza ku-1064NM waveghth ngaphakathi kwe-spectrum eseduze ye-infrared yamakhono azwakalayo afanele.
    I-Peak Power Control:Amandla we-Peak aphezulu afinyelela kuma-Watts ayi-100, enikeza ukuguqulwa kwezilinganiso zezilinganiso eziphezulu.
    Ukulungiswa kwe-Pulse Width:Ububanzi be-Pulse bungahlelwa phakathi kwama-3 no-10 nanoseconds, okuvumela ukucacisa ngesikhathi sokudla.
    Ikhwalithi ephakeme ye-Beam:Igcina ugongolo olugxile olugxile ngenani le-M² ngaphansi kwe-1,2, elibalulekile ukuze lilinganiswe nemininingwane enemininingwane futhi enembile.
    Ukusebenza okusebenzayo kwamandla:Idizayinelwe ngezidingo zamandla aphansi kanye nokudicilela phansi okusebenzayo kokushisa, ukuqinisekisa ama-Lifespan asebenze isikhathi eside.
    I-Compact Design:Ukulinganisa 15010625 mm, kuhlanganiswe kalula ezinhlelweni ezahlukahlukene zokulinganisa.
    Okukhipha ngokwezifiso:Ubude be-fiber bungalinganiswa kwizidingo ezithile zohlelo, lula ukusetshenziswa kwezinto eziguquguqukayo.

    Izicelo:

    Ukutholwa kwe-OTDR:Ukusetshenziswa okuyisisekelo kwale-babre Laser ku-Time-Domain Time-Domain, lapho kunika amandla ukutholwa kwamaphutha, ukugoba nokulahleka ku-fiber Optics ngokuhlaziya ukukhanya okuvinjelwe emuva. Ukulawulwa kwalo okuqondile kwamandla kanye nobubanzi be-pulse kwenza ukuthi kuphumelele kakhulu ekuboneni izingqinamba ngokunemba okukhulu, okubalulekile ukuze kugcinwe ubuqotho benethiwekhi ye-fiber optic.
    Imephu yendawo:Ilungele izinhlelo ze-lidar ezidinga idatha enemininingwane ye-topographic.
    Ukuhlaziywa kwengqalasizinda:Kusetshenziselwe ukuhlolwa okungathandeki kwezakhiwo, amabhuloho, nezinye izakhiwo ezibucayi.
    Ukuqapha imvelo:Isiza ekuhlolweni kwezimo zasemkhathini kanye nezinguquko zemvelo.
    Ukuzwa okukude:Usekela ukutholwa nokuhlukaniswa kwezinto ezikude, kusiza ekufuneni kwemoto ezizimele kanye nocwaningo lwendiza.
    Ucwaningo futhiUkuthola Okubanzi: Nikeza ibanga eliqondile nezilinganiso zokuphakama kwamaphrojekthi wokwakha kanye nobunjiniyela.


    Izindaba Ezihlobene
    Okuqukethwe okuhlobene

    Isicelo: I-Laser Ranghing

    Funda ngentuthuko yakamuva kubuchwepheshe be-Laser Ranging Technology.

    Indima ebalulekile yama-lasers aphephile wamehlo

    Hlola ukubaluleka kwama-lasers aphephile wamehlo ezimbonini ezahlukahlukene.

    Ukuqonda amapharamitha asemqoka weLidar Laser

    Chofoza ukuze ufunde amapharamitha asemqoka weLidar Laser nokuthi izothinta kanjani ukusebenza.

    I-lidar ekujuleni kwemephu yokuzwa

    Njengomunye wenkambu yesicelo esikhulu, le ndatshana izokhombisa umgomo osebenzayo womthombo wokukhanya kwe-lidar ngemephu

    Ukucacisa

    Ingxenye No. Imodi yokusebenza Umbuzi Okukhipha i-fiber na I-Pulsed Width (FWHM) Imodi ye-Trig Thwebula

    I-1064NM ephansi-peak oty laser

    		 Thela I-1064NM 0.08 3-10ns ngaphandle uhlobo lwelwaneIshidi le-data
    Shaya ukungena ukuze useshe noma u-ESC ukuze uvalwe