Isihlonzi se-Optical Fiber ye-GD-7018A

(1) Imisebenzi eminingi
1. Umsebenzi we-Transmitter: Unezindlela ezintathu zokusebenzisa isignali yendlela yokungeniswa, indlela eqondile kanye nendlela yokubopha, ifanele izikhathi ezahlukene.
2. Umsebenzi wokwamukela: Isetshenziselwa ukukala indawo, isiqondiso, ukujula kokungcwaba kanye namandla kumapayipi angaphansi komhlaba namakhebuli.
3. Imicibisholo yokumisa kwesokunxele nakwesokudla ikhombisa indawo yepayipi eliqondiwe, futhi indawo yokubeka iyashesha futhi inembe;imicibisholo yangaphambili nangemuva kanye nenani le-dB libonisa indawo nosayizi wephoyinti lomonakalo wengqimba evimbela ukubola.
4. Ngomsebenzi we-backlight, ofanele ukuhlenga izimo eziphuthumayo ebusuku.
5. Umsebenzi we-GPS wokuma kwezwe, imephu yepayipi elizenzakalelayo.
6. Isofthiwe yokuhlaziya idatha yochwepheshe, isizukulwane esizenzakalelayo sombiko wokuhlola.
7. Imisebenzi eyingqayizivele yomamukeli we-7018E: Isetshenziselwa ukuthola amaphutha (ukwehluleka kwepayipi kubhekisela emonakalweni we-anti-corrosion layer, ukwehluleka kwekhebula kubhekisela emonakalweni wesendlalelo esingaphandle sokuzivikela), kanye nokubona umonakalo wokufakelwa. wamapayipi angaphansi komhlaba.
8. Isilinganiso samanje: linganisa umthamo wamanje osetshenziswa isidluliseli epayipini elihlolwayo.
9. Umsebenzi we-Multimeter: ungakala i-voltage ephumayo, i-voltage yomugqa, umugqa wamanje, i-impedance namandla.Hlola ukuqhubeka nekhwalithi yokufakwa kwekhebula ngaphambi nangemuva kokusesha iphutha lekhebula.
10. I-clamp yokufaka yangaphandle: ifanele indawo lapho isignali ingakwazi ukuxhunywa ngokuqondile lapho ithola ikhebula.

(2) Ukunemba kokuma okuphezulu
1. Izinhlobo ezihlukahlukene zezindlela zokulinganisa zokuma kwepayipi (imodi yesigodi, imodi yokuphakama, imodi yokuphakama ebanzi, imodi yomcibisholo ophakeme) ingaqinisekiswa ngokulinganayo ukuze kuqinisekiswe ukunemba kokuma kwepayipi.
2. Indlela enkulu: imodi yokuqoka, imodi yokuphakama ebanzi, imodi yomcibisholo ophakeme ingasetshenziswa ukukala ukuguqulwa kwengxenye evundlile ((HX)) noma igradient evundlile (△HX), futhi ithole ngokuya ngendawo yevelu yayo ephezulu;
3. Indlela encane: Sebenzisa imodi engezansi ukuze unqume indawo yenani eliphansi ngokukala ukuguqulwa kwengxenye eqondile (HZ).

(3) Ziningi izindlela zokuzwakala
1. Izinhlobonhlobo zezindlela zokuthola zingakhethwa ngokungenasisekelo futhi zingaqinisekiswa ngokuhlanganyela.
2. Indlela yokufunda eqondile enamakhoyili amabili avundlile.
3. Indlela yekhoyili yezinga elilodwa 80% indlela, 50% indlela.
4. 45 degree indlela.

(4) Ukumelana nokugxambukela okuqinile
1. Amapharamitha amaningi okubuka: kokubili ingxenye evundlile (HX), ingxenye eqondile (HZ) kanye negradient evundlile (△HX) ingalinganiswa.
2. Amandla okudlulisa aphezulu: Amandla okukhipha isidlulisi afinyelela ku-10W futhi alungiseka ngokuqhubekayo.Ingakhethwa ngokungenasisekelo ngokwezidingo.
3. Amaza okusebenza amaningi:
Imvamisa yokudlulisa: 128Hz, 512Hz, 1KHz, 2KHz, 8KHz, 33KHz, 65KHz, 83KHz.
Imvamisa yomamukeli: umsakazo, 50Hz, 100Hz, 512Hz, 1KHz, 2KHz, 8KHz, 33KHz, 65KHz, 83KHz.
4. Ngokwezici zepayipi eliqondiwe (impahla, isakhiwo, ukujula okungcwatshwe, ubude, njll.), khetha imvamisa yokusebenza efanele.

(5) Ukusebenza okulula
1. Okuqondakalayo: Isibonisi sesithombe sisetshenziselwa ukubonisa ngokuqhubekayo nangesikhathi sangempela amapharamitha ahlukahlukene namandla esignali phakathi nenqubo yokuthola.
2. Kuyazenzakalela: Shintshela ngokuzenzakalelayo imodi ye-antenna enamazinga amabili futhi ulungise ngokuzenzakalelayo ukuzwela kowamukelayo lapho ukala ukujula, ukuze uzuze isignali yokulinganisa engcono kakhulu, futhi ubuyele ngokuzenzakalelayo kumodi yokusebenza ngaphambi kokuthi kuqedwe.

(6) Isikhathi eside esiqhubekayo sokusebenza kanye nezindleko eziphansi zokusebenzisa
I-transmitter ifakwe iphakethe lebhethri ye-lithium enamandla amakhulu, engahlangabezana nezidingo zokunikezwa kwamandla kosuku olulodwa lwensimu ukuze kutholwe insimu ngeshaji eyodwa, futhi ingaphinda isetshenziswe kabusha, okunciphisa kakhulu izindleko zokutholwa.

(7) I-Transmitter --AC ne-DC ukusetshenziswa okukabili
Ngaphansi kwezimo ezijwayelekile, uma ibhethri lokudlulisela ligcwele, sebenzisa iphakethe lebhethri elakhelwe ngaphakathi ukuze unikeze amandla.Uma ngesikhathi sokusetshenziswa, ibhethri lokudlulisela liphansi, kodwa umsebenzi wokuthola ungaqediwe, ungakwazi ukuxhuma ngokuqondile i-adaptha yamandla ezinikele, ithuluzi lingasetshenziswa ngokujwayelekile, ngaphandle kokulinda ukuthi insimbi ishajwe ngokugcwele ngaphambi kokusetshenziswa.