Ⅰ. Incazelo:
Uchungechunge lwe-1550nm lwe-multi-outputs optical amplifier luzuza umkhawulokudonsa we-spectrum phakathi kuka-1545 ~ 1563nm, lusebenzisa i-multimode futha laser ne-double-clad fiber, i-APC eyingqayizivele, i-ACC, nesekethi ye-ATC, amandla amakhulu okukhiphayo angafinyelela ku-40dBm, idivayisi eyodwa. futhi esikhundleni se-EDFA yokuqala kuya kweziningi zendabuko, ingasindisa kakhulu izindleko nezindleko zokunakekela, ithuthukise ukuzinza kokusebenza kwenethiwekhi, amandla aphezulu okukhipha i-1550nm optical amplifier idlala indima ebaluleke kakhulu ekwandiseni okuqhubekayo kwenethiwekhi ye-fiber optical, ukuhlinzeka. isixazululo esiguquguqukayo nesishibhile sokufakwa okubanzi kohlelo lwe-CATV emadolobheni amakhulu naphakathi nendawo.
Ⅱ. Isici
1. Iswishi ye-Optical ozikhethela yona: Okokufaka okukodwa/okukabili ongakhetha kukho, iswishi ye-optical eyakhelwe ngaphakathi yokufaka okukabili, amandla okushintsha angasethwa ngenkinobho engaphambili noma ngewebhu ye-SNMP, ingasetha umkhawulo futhi ikhethe ngesandla noma ngokuzenzakalelayo.
2. Okukhiphayo kuyalungiseka: Okukhiphayo kulungiseka ngezinkinobho ezingaphambili noma kuwebhu SNMP, ububanzi buphansi ngo-4dBm. Umsebenzi wokulungisa wokuncishiswa okukodwa phansi kwe-6dBm ngezinkinobho zephaneli engaphambili noma iwebhu ye-SNMP, ukuze kube lula ukusebenza kwe-fiber optical hot-plug ngaphandle kokuvala idivayisi.
3. Inombolo yembobo ephumayo ngokuzithandela: Ngokwezidingo zekhasimende
Izimbobo eziyi-8, izimbobo eziyi-16, izimbobo ezingama-32, izimbobo ezingama-64, nezingu-128 ziyatholakala; futhi 1310/1490/1550 WDM iyakhetheka futhi amandla amakhulu okukhiphayo angafinyelela ku-40dBm.
4. I-SNMP: Imbobo evamile ye-RJ45 yokulawula kude, ihlinzeka ngomsebenzi wokuphatha we-WEB.
5. Ukhiye We-Laser: Vula/Vala i-laser.
6. Ukuhlolwa kwe-RF: Umsebenzi wokuhlola we-RF. (Ngokwezidingo zekhasimende)
7. I-Laser yekhwalithi ephezulu: I-laser isebenzisa i-laser Lumentum(JDSU) entsha sha engenisiwe kanye ne-Ⅱ-Ⅵ evela e-USA, kanye ne-Fitel evela e-Japan, ukuze kuqinisekiswe ukusebenza okuzinzile.
8. Indlela Ephelele Yesexwayiso: I-microprocessor iqapha isimo sokusebenza se-laser, futhi i-LCD ibonisa umsebenzi wedivayisi nesixwayiso samaphutha kuphaneli yangaphambili, njll.
9. Isiqinisekiso sokuphakelwa kwamandla okumbaxambili: Ukunikezwa kwamandla kwekhwalithi ephezulu(ipulaki elishisayo uyazikhethela), lisebenza ngaphansi kuka-90V~265VAC noma -48VDC.
SPA-2-04-XX 1550nm2 Okokufaka 4 Okukhiphayo WDM EDFA | |||||||
Cha. | Into | Ipharamitha Yezobuchwepheshe | Iyunithi | Ukuphawula | |||
Okuncane | Okujwayelekile | Ubukhulu | |||||
3.1.1 | Ubude begagasi | 1545 |
| 1565 | nm | ||
3.1.2 | Faka Ububanzi Bamandla | -8 |
| 10 | dBm | ||
3.1.3 | Ibanga lamandla okukhiphayo | 26 |
| 40 | dBm | ||
3.1.4 | Ukuzinza Komphumela |
|
| ±0.3 | dBm | ||
3.1.5 | Ububanzi bokulungisa okukhiphayo |
| ↓4.0 |
| dBm | ||
3.1.6 | Isibalo somsindo | ≤6 | dB | Okokufaka 0dBm, λ=1550nm | |||
3.1.7 | Buyela | Okokufaka | 45 |
| dB | ||
Okukhiphayo | 45 | dB | |||||
3.1.8 | Uhlobo Lwesixhumi | FC/APC, SC/APC, SC/UPC | |||||
3.1.9 | C/N |
| 51 |
| dB | Hlola nge-GT/T 184-2002 | |
3.1.10 | C/CTB |
| 65 |
| dB | ||
3.1.11 | C/CSO |
| 65 |
| dB | ||
3.1.12 | Ukunikezwa kwamandla kagesi | AC110V – 250V (50 Hz) DC48V | V | ||||
3.1.13 | Ukusetshenziswa | 50 | 80 | 100 | W | Kuya Ngamandla Okukhiphayo | |
3.1.14 | I-Working Remp Range | -5 |
| 55 | ℃ | ||
3.1.15 | Max Ukusebenza Umswakama Ohlobene | 95% Akukho Ukujiya | % | ||||
3.1.16 | Ibanga LeTemp Yesitoreji | -30 |
| 70 | ℃ | ||
3.1.17 | Isitoreji Esiphezulu Umswakama Ohlobene | 95% Akukho ukufingqa | % | ||||
3.1.18 | Ubukhulu | 370(L)×486(W)×88(H) | mm | ||||
3.1.19 | Isisindo Esiphelele (Kg) | 8 | Kg | ||||
Okokufaka okukabili nge-Optical Switch Model | |||||||
3.1.20 | Ukulahlekelwa kokufaka | 1 | dB | ||||
3.1.21 | Ukuphazamiseka kwesiteshi | 55 | dB | ||||
3.1.22 | Shintsha isikhathi | ≤20 | ms |
SPA-2-04-XX 1550nm2 Okokufaka 4 Okukhiphayo WDM EDFA Spec Sheet.pdf