I-Optical Transceiver 1310nm Singlemode Multimode LC SFP transceiver module, 10km Finyelela

Ngaphakathi kweminyaka embalwa edlule, ibhizinisi lethu ligxile futhi ligaywe ubuchwepheshe obuthuthukile ngokulinganayo ekhaya nakwamanye amazwe. Ngaleso sikhathi, izisebenzi zethu zenhlangano abasebenzi abasebenzi abazinikele ngentuthuko yakho ye-transceiver ye-Optical Transceiver 1310nm Singlemode Module, 10KM Finyelela, sinikezele ukunikela ngezobuchwepheshe nezindlela zokuhlanza ochwepheshe!
Ngaphakathi kweminyaka embalwa edlule, ibhizinisi lethu ligxile futhi ligaywe ubuchwepheshe obuthuthukile ngokulinganayo ekhaya nakwamanye amazwe. Ngaleso sikhathi, izisebenzi zethu zenhlangano zabasebenzi ochwepheshe abazinikele enqubekela phambili yakhoImodyuli ye-China transceiver, i-transceiver ye-optical, Imodyuli ye-SFP, I-SFP transceiver, Sikwakhiwe ubuhlobo obuqinile nobunzulu bokubambisana nenani elikhulu lezinkampani eziphakathi kwaleli bhizinisi eKenya naphesheya kwezilwandle. Ngokushesha kanye nensizakalo yokuthengisa ethengiswayo ngokushesha enikezwe yiqembu lethu lokubonisana lijabule abathengi bethu. Imininingwane ephelele namapharamitha avela entengiso kungenzeka athunyelwe kuwe nganoma yikuphi ukwamukelwa ngokuphelele. Amasampula wamahhala angalethwa futhi inkampani ibheke enkonzweni yethu. n Kenya yengxoxo yamukelekile njalo. Ngiyethemba ukuthola imibuzo yohlobo lwakho nokwakha ubudlelwano besikhathi eside sokubambisana.

Izici zomkhiqizo

● Usekela ama-1.25GBPS / 1.0625ggbps amanani amancane

● Isixhumi se-Duplex LC

● I-SFGAble SFP Footprint

● I-1310NM FP Laser Transmitter futhi PIN PIN

● Kusebenza ukuxhumana kwe-10km smf

● Ukusetshenziswa kwamandla okuphansi, <0.8w

● Isixhumi esibonakalayo sedijithali sokuqapha

● Ukuhambisana ne-SFP MSA ne-SF-8472

● I-EMI ephansi kakhulu kanye nokuvikelwa okuhle kwe-ESD

● Ukusebenza kwecala lokushisa:

Okomqondo: 0 kuya ku-70 ° C

Izimboni: -40 kuya ku-85 ° C

Izinja

● I-Gigabit Ethernet

● Isiteshi sefayibha

● Shintshela ukuze ushintshe interface

● Ishintshe izinhlelo zangemuva ze-backplane

● I-Router / Server interface

● Amanye amasistimu wokudlulisela ama-Optical

Umdwebo osebenzayo

Izilinganiso eziphezulu ngokuphelele

Qaphela: Ukuxineka ngokweqile kwezilinganiso eziphezulu ngokuphelele kungadala ukulimala okungapheli ku-transceiver.

Izici ezijwayelekile zokusebenza

Izici zikagesi (phezulu (c) = 0 kuya ku-70 ℃, phezulu (i) = -40 kuya ku-85 ℃, vcc = 3.1 v) ku-3.47 v)

Amanothi:

1. I-TD +/- iyi-anctionally ac kuhlanganiswe ngokuqedwa kwe-100 ω okuhlukile ngaphakathi kwemodyuli.

2. Iphutha le-TX ne-RX Los yi-Open Collector Output, okufanele idonswe ngo-4.7k kuya ku-10k. Donsela amandla kagesi phakathi kwe-2.0V ne-VCC + 0.3V.

I-3. I-RD +/- Ukuphuma kwangeni ngaphakathi kwe-AC kuhlanganiswe, futhi kufanele kunqanyulwe nge-100ω (ehlukile) kuma-serdes omsebenzisi.

Izici ze-Optical (Phezulu (C) = 0 kuya ku-70 ℃, phezulu (I) = -40 kuya ku-85 ℃, VCC = 3.13 v)

Amanothi:

1. Kukalwa ku-1.25GB / S nge-PRBS 2 2^{23 - 1}Iphethini yokuhlola ye-NRZ.

2. Ongafakwanga, kulinganiswe nge-PRBS2^{23 - 1}iphethini yokuhlola @ 1.25gbps

3. Kukalwa ku-1.25GB / S nge-PRBS 2^{23 - 1}Iphethini yokuhlola ye-NRZ ye-BER <1 × 10^-12

Izincazelo zePin nemisebenzi

Amanothi:

1. Lapho ephezulu, lo mphumela ukhombisa iphutha le-laser lohlobo oluthile. Okuphansi kukhombisa ukusebenza okujwayelekile. Futhi kufanele idonswe nge-4.7 - 10k Resistoor on the Host Board.

2. I-TX Khubaza ukufakwa okusetshenziselwa ukuvala ukuphuma kwe-transmitter akhipha. Kudonswa ngaphakathi kwemodyuli nge-4.7 - 10k Resistor. Izifundazwe zalo yilezi:

Okuphansi (0 - 0.8v): Transmitter on (> 0.8, <2.0V): AKUFUNI

I-High (2.0V ~ VCC + 0.3V): I-Transmitter ikhutshaziwe i-Open: Transmitter ikhutshaziwe

3. Mod-def 0,1,2. Lezi izikhonkwane zencazelo ye-module. Kufanele zidonswe nge-4.7k - 10k-Shess Resistor ebhodini elisingathi. I-voltage yokudonsela phezulu izoba phakathi kwe-2.0V ~ VCC + 0.3V.

I-Mod-def 0 isuswe yimodyuli ukukhombisa ukuthi imodyuli ikhona

I-Mod-def 1 ingumugqa wewashi we-wire serial interface ye-id ye-serial

I-Mod-def 2 umugqa wedatha we-wire serial interface ye-id ye-serial

4. Lapho ephezulu, lokhu kukhipha kukhombisa ukulahleka kwesiginali (los). Okuphansi kukhombisa ukusebenza okujwayelekile.

I-5. I-RD +/-: Lokhu kungukuphuma kokwehlukahluka okuhlukile. Ziyi-ac ehlanganisiwe eyi-100 ω ezihlukile okufanele zinqanyulwe nge-100ω (ezehlukene) kuma-sierdes omsebenzisi. Ukuhlangana kwe-AC kwenziwa ngaphakathi kwemodyuli futhi ngakho-ke akudingeki ebhodini lokusingathwa.

6. I-TD +/-: Lokhu kungukufakwa kokudluliselwa kwe-transmitter. Ziyimigqa ehlanganisiwe ye-AC Ukuhlangana kwe-AC kwenziwa ngaphakathi kwemodyuli futhi ngakho-ke akudingeki ebhodini lokusingathwa.

Ukucaciswa kwedijithali

Izinguqulo zingasetshenziswa ezinhlelweni zokusingathwa ezidinga ukuxilongwa kwedijithali ngaphakathi noma ngaphandle kwangaphandle.

Amanothi:

1.Wakha i-temp. = 0 ~ 70 ºC, uhla luzoba min = -5, max = + 75

2. Ukunemba kwe-TX BIAS yamanje kungu-10% we-permate yamanje kusuka kumshayeli we-laser uye e-laser

3. Ukulinganisa kwangaphakathi / kwangaphandle okuhambisanayo.

Isifunda esibonakalayo esijwayelekile

Ubukhulu bephakheji