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    I-1064nm yaMandla aPhantsi aPhakamileyo i-OTDR iFayibha yeLaser eFakelwe umfanekiso
    • I-1064nm yamandla aPhantsi aPhakamileyo OTDR iFayibha Laser

    Ukufunyanwa kwe-OTDR

    I-1064nm yamandla aPhantsi aPhakamileyo OTDR iFayibha Laser

    -Uyilo lweNdlela yokubona kunye neSakhiwo seMOPA

    -Ns-level Pulse Width

    - Ukuphindaphinda ukuphindaphinda ukusuka kwi-1 kHz ukuya kwi-500 kHz

    -Ubuchule obuphezulu be-Electro-Optical

    -I-ASE ephantsi kunye neziphumo zengxolo ezingezizo

    -Uluhlu olubanzi lobushushu obusebenzayo


    Iinkcukacha zeMveliso

    Iithegi zeMveliso

    Ingcaciso yeMveliso

    Le mveliso yi-1064nm nanosecond pulse fiber laser ephuhliswe yiLumispot, inamandla encopho echanekileyo kunye nolawulekayo ukusuka kwi-0 ukuya kwi-100 watts, amazinga okuphindaphinda okuguquguqukayo, kunye nokusetyenziswa kwamandla aphantsi, okwenza ukuba ifaneleke kakuhle kwizicelo kwintsimi yokufumanisa i-OTDR.

    Ezona mpawu:

    Ukuchaneka kweWavelength:Isebenza kwi-1064nm wavelength ngaphakathi kwespectrum ekufutshane ne-infrared ukuze ikwazi ukuva okugqibeleleyo.
    Ulawulo lwamandla oluphezulu:Incopho yamandla enokwenziwa ngokwezifiso ukuya kuthi ga kwi-100 watts, ibonelela ngeendlela ezahlukeneyo kwimilinganiselo enesisombululo esiphezulu.
    Uhlengahlengiso loBububanzi bePulse:Ububanzi be-Pulse bunokusetwa phakathi kwe-3 kunye ne-10 nanoseconds, okuvumela ukuchaneka kwixesha le-pulse.
    Umgangatho ophezulu weBeam:Ugcina umqadi ogxilileyo onexabiso le-M² elingaphantsi kwe-1.2, eliyimfuneko kwimilinganiselo eneenkcukacha nezichanekileyo.
    Ukusebenza ngokuSebenza ngokuNgena kwamandla:Eyilwe ngeemfuno zamandla aphantsi kunye nokuchithwa kobushushu okusebenzayo, ukuqinisekisa ixesha elide lokusebenza.
    Uyilo olubambeneyo:Ukulinganisa i-15010625 mm, ihlanganiswe ngokulula kwiinkqubo ezahlukeneyo zokulinganisa.
    IsiPhumo esiSetyenzwayo:Ubude befiber bunokulungelelaniswa kwiimfuno ezithile zenkqubo, ukuququzelela ukusetyenziswa kwezinto ezininzi.

    Usetyenziso:

    Ukufunyanwa kwe-OTDR:Usetyenziso oluphambili lwale fiber laser lukwi-optical time-domain reflectometry, apho yenza ukuba kubonwe iziphene, ukugoba, kunye nelahleko kwifiber optics ngokuhlalutya ukukhanya okubuyela umva. Ulawulo lwayo oluchanekileyo kumandla kunye nobubanzi be-pulse buyenza isebenze kakhulu ekuchongeni imiba ngokuchaneka okukhulu, okubalulekileyo ekugcineni intembeko yefiber optic network.
    Imephu yeJografi:Ifanelekile kwizicelo ze-LIDAR ezifuna iinkcukacha ze-topographic.
    Uhlalutyo lweziseko zophuhliso:Isetyenziselwa uhlolo olungaphazamisiyo lwezakhiwo, iibhulorho, kunye nezinye izakhiwo ezibalulekileyo.
    Ukubeka iliso kokusiNgqongileyo:Uncedisa kuvavanyo lweemeko ze-atmospheric kunye notshintsho lwendalo.
    Uluvo olukude:Ixhasa ukufunyanwa kunye nokuhlelwa kwezinto ezikude, inceda kwisikhokelo semoto esizimeleyo kunye novavanyo lwasemoyeni.
    Uvavanyo kunyeUkufumana uluhlu: Inika umgama ochanekileyo kunye nemilinganiselo yokuphakama yokwakhiwa kunye neeprojekthi zobunjineli.


    Iindaba eziyeleleneyo
    Umxholo ohambelanayo

    Isicelo:Laser Raning

    Funda malunga nenkqubela phambili yamva nje kwitekhnoloji yelaser.

    Indima ebalulekileyo yeeLasers eziKhuselekileyo zamehlo

    Phonononga ukubaluleka kweelaser ezikhuselekileyo zamehlo kumashishini ahlukeneyo.

    Ukuqonda iiParameters eziphambili ze-LIDAR Laser

    Cofa ukuze ufunde iiparamitha eziphambili zeLidar Laser kunye nendlela eya kuchaphazela ngayo ukusebenza.

    I-LIDAR kwiMaphu yokuSeva okude

    Njengenye yecandelo elikhulu lesicelo, eli nqaku liza kubonisa umgaqo wokusebenza womthombo wokukhanya we-LIDAR kwiMaphu

    Iinkcukacha

    Icandelo elinguNomb. Imo yokusebenza Ubude bamaza Imveliso yeFayibha NA Ububanzi Bokutyhaphaza (FWHM) Trig Mode Khuphela

    I-1064nm i-Low-Peak ye-OTDR yeFayibha Laser

    		 Nditsalekile 1064nm 0.08 3-10ns ngaphandle pdfIshiti yedatha
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