Izihlanganisi ze-32 ze-Optic Fiber Amplifier 1550nm CWDM EDFA SC
Inombolo yoMzekelo: I-SPA-32-XX-SAA
Uhlobo:I-Softel
I-MOQ:1
Ubuninzi be-4dBm buyancipha, ukunyathela kwe-0.1dBm
Iingeniso zeFayibha ezimbini eziKhethekileyo yiNkqubo yokuTshintsha optical
I-APC, i-ACC, kunye ne-ATC ezilawulwa nge-elektroniki ziqinisekisa uzinzo oluphezulu kunye nokuthembeka
01
Ingcaciso yeMveliso
Intshayelelo emfutshane
I-amplifier yefayibha ye-optical enamandla aphezulu eyi-1550nm isebenzisa i-amplization yamanqanaba amabini, isigaba sokuqala sisebenzisa i-EDFA enengxolo ephantsi, kwaye isigaba sesibini sisebenzisa i-EYDFA enamandla aphezulu. Amandla e-optical apheleleyo anokufikelela kwi-41dBm. Ingathatha indawo yee-EDFA ezininzi okanye ezininzi, ezinokunciphisa kakhulu iindleko zokwakha nokugcina inethiwekhi, kwaye zinciphise indawo yangaphambili. I-output port nganye ifaka i-CWDM, i-multiplexing CATV signal kunye ne-OLT PON data stream. Esi sixhobo siya kudlala indima ebaluleke ngakumbi ekwandiseni okuqhubekayo kunye nokwandiswa kwenethiwekhi yefayibha ye-optical. Ibonelela ngesisombululo esizinzileyo nesingabizi kakhulu sokudlala kathathu kwe-FTTH kunye nokugubungela indawo enkulu.
I-input yefayibha ye-optical ephindwe kabini ekhethiweyo idibanisa inkqubo epheleleyo yokutshintsha i-optical, engasetyenziswa njenge-backup yeendlela ze-optical A kunye ne-B. Xa indlela ephambili ye-optical ingaphumeleli okanye iwela ngaphantsi komda, isixhobo siya kutshintshela ngokuzenzekelayo kumgca we-optical optical ukuqinisekisa ukusebenza okuqhubekayo kwesixhobo. Le mveliso isetyenziswa kakhulu kwinethiwekhi ye-optical fiber ring okanye kwinethiwekhi ye-backup engafunekiyo. Inika amaxesha okutshintsha amafutshane (< 8 ms), ilahleko ephantsi (< 0.8 dBm), kunye nokutshintsha ngesandla okunyanzelekileyo.
Ishiya imo yokusebenza yohlobo lweqhosha, ixhotyiswe ngesikrini se-LCD sohlobo lokuchukumisa esibanzi kakhulu kunye nojongano olukrelekrele lokusebenza olukhethekileyo. Imifanekiso, ii-icon, kunye noyilo kulula ukuyiqonda, nto leyo evumela abasebenzisi ukuba basebenze ngokulula nangokulula. Izixhobo ezingenayo incwadi yemiyalelo.
Izinto eziphambili zii-laser zepompo eziphambili kunye neefayibha ze-optical ezisebenzayo ezifakwe kabini. Uyilo lwendlela ye-optical olulungisiweyo kunye nenkqubo yokuvelisa iqinisekisa ukusebenza kakuhle kwe-optical. I-APC elawulwa nge-elektroniki (Ulawulo lwaMandla oluzenzekelayo), i-ACC (Ulawulo lwangoku oluzenzekelayo) kunye ne-ATC (Ulawulo lobushushu oluzenzekelayo) ziqinisekisa uzinzo oluphezulu kunye nokuthembeka kwamandla okukhupha, kunye nokusebenza kakuhle kwe-optical.
Le nkqubo isebenzisa i-MPU (microprocessor) enozinzo oluphezulu kunye nokuchaneka okuphezulu. Uyilo lwesakhiwo sobushushu oluphuculweyo kunye noyilo lokungenisa umoya kunye nokusasazwa kobushushu luqinisekisa ubomi obude kunye nokuthembeka okuphezulu kwezixhobo. Ngokusekelwe kumsebenzi wolawulo lwenethiwekhi onamandla weprotocol ye-TCP/IP, ukubeka esweni inethiwekhi kunye nolawulo lwentloko yesimo sesixhobo se-multi-node kungenziwa nge-interface yolawulo lwenethiwekhi ye-RJ45, kwaye ixhasa ulungelelwaniso oluninzi lombane olungafunekiyo, oluphucula ukusebenza kunye nokusebenza. Ukuthembeka kwezixhobo.
Iimbonakalo
1. Isebenzisa inkqubo yokusebenza yesikrini sokuchukumisa esipheleleyo, inokubonisa umxholo otyebileyo kuquka uluhlu ngalunye ngokweenkcukacha nangokuqonda ukuze kucace ngokukhawuleza, ukusebenza okulula, okubonayo koko ukufumanayo, abasebenzisi banokusebenzisa isixhobo ngokulula, nangokulula ngaphandle kwencwadi yemiyalelo.
2. Iqhosha lokulungisa elihla ngokukhawuleza i-6dB longezwa kwimenyu ephambili. Lo msebenzi unokunciphisa ngokukhawuleza i-6dBm kwizibuko ngalinye (≤18dBm output), kwaye unokuthintela ukuba i-fiber core ye-patch itshiswe xa ixhunyiwe kwaye iphuma. Emva kokulungiswa, inokubuyela ngokukhawuleza kwimeko yayo yokusebenza yokuqala.
3. Yamkela i-laser yepompo yophawu oluphezulu kunye nefayibha esebenzayo ene-double-cladding.
4. Izibuko ngalinye lokuphuma lakhiwe ngeCWDM.
5. Iyahambelana nayo nayiphi na i-FTTx PON： EPON, GPON, 10GPON.
6. Uyilo olugqibeleleyo lwesekethe ye-optical ye-APC, i-ACC, i-ATC, kunye ne-AGC luqinisekisa ingxolo ephantsi, ukuphuma okuphezulu, kunye nokuthembeka okuphezulu kwesixhobo kwibhendi yokusebenza yonke (1545 ~ 1565nm). Abasebenzisi banokutshintsha imisebenzi ye-APC, i-ACC, kunye ne-AGC ngokweemfuno zabo zokwenyani.
7. Inomsebenzi wokukhusela ngokuzenzekelayo ungeniso oluphantsi okanye ungeniso olungekhoyo. Xa amandla okukhanya okufakwayo engaphantsi kunexabiso elibekiweyo, i-laser iya kuvala ngokuzenzekelayo ukukhusela ukhuseleko lokusebenza kwesixhobo.
8. Uhlengahlengiso lwesiphumo, uluhlu lohlengahlengiso: 0~-4dBm.
9. Uvavanyo lwe-RF kwiphaneli engaphambili (ukhetho).
10. Ixesha lokutshintsha kweswitshi ye-optical lifutshane kwaye ilahleko incinci. Inemisebenzi yokutshintsha ngokuzenzekelayo kunye nokutshintsha ngesandla okunyanzelekileyo.
11. Umbane owakhelwe ngaphakathi ombini, otshintshwa ngokuzenzekelayo kwaye i-hot-plug ixhaswa.
12. Iiparameter zokusebenza zomatshini wonke zilawulwa yi-microprocessor, kwaye isibonisi sesimo se-LCD kwiphaneli engaphambili sinemisebenzi emininzi efana nokubeka esweni imeko yelaser, isibonisi separameter, i-alamu yempazamo, ulawulo lwenethiwekhi, njl.njl. xa iiparameter zokusebenza zelaser ziphambuka kuluhlu oluvunyelweyo olubekwe yi
13. Ujongano oluqhelekileyo lwe-RJ45 lubonelelwe, luxhasa ulawulo lwenethiwekhi ekude ye-SNMP kunye ne-WEB.
| I-SPA-32-XX-SAA 32 Ports Optic Fiber Amplifier 1550nm EDFA | ||||||
| Udidi | Izinto | Iyunithi | Isalathiso | Amagqabaza | ||
| Ubuncinci. | Uhlobo. | UMax. | ||||
| Isalathiso seOptical | Ubude beWavelength yokusebenza yeCATV | nm | 1545 |
| 1565 |
|
| Ubude beWavelength ye-OLT PON Pass | nm | 1310/1490 | I-CWDM | |||
| Uluhlu Lokufaka Olubonakalayo | i-dBm | -10 |
| +10 |
| |
| Amandla okuphuma | i-dBm |
|
| 41 | Isithuba se-1dBm | |
| Inani leePorts ze-OLT PON |
|
|
| 32 | I-SC/APC, ene-CWDM | |
|
|
|
| 64 | I-LC/APC, ene-CWDM | ||
| Inani leePorts zeCOM |
|
|
| 64 | I-SC/APC | |
|
|
| 128 | I-LC/APC | |||
|
|
| 32 | I-SC/APC, ene-CWDM | |||
|
|
| 64 | I-LC/APC, ene-CWDM | |||
| Ukulahleka kweCATV Pass | dB |
|
| 0.8 |
| |
| Ukulahleka kwe-OLT Pass | dB |
|
| 0.8 | kunye neCWDM | |
| Uluhlu Lohlengahlengiso Lweziphumo | dB | -4 |
| 0 | 0.1dB inyathelo ngalinye | |
| Ukunciphisa ngokukhawuleza kwemveliso | dB |
| -6 |
| Imvelisoi-6dB ehla ngokukhawuleza andiphinde ndifumane kwakhona | |
| Izibuko zeziphumo Ukufana | dB |
|
| 0.7 |
| |
| Uzinzo lwaMandla okuPhumayo | dB |
|
| 0.3 |
| |
| Ukuhlukaniswa phakathi kwe-CATV kunye ne-OLT | dB | 40 |
|
|
| |
| Ixesha lokutshintsha le-Optical Switch | ms |
|
| 8.0 | Ukhetho | |
| Ukulahlekelwa kokufakelwa kweSwitch ye-Optical | dB |
|
| 0.8 | Ukhetho | |
| Umfanekiso wengxolo | dB |
|
| 6.0 | Phina：0dBm | |
| I-PDL | dB |
|
| 0.3 |
| |
| I-PDG | dB |
|
| 0.4 |
| |
| I-PMD | ps |
|
| 0.3 |
| |
| Amandla ePump aseleyo | i-dBm |
|
| -30 |
| |
| Ukulahleka kokubuya kwe-Optical | dB | 50 |
|
|
| |
| Isixhumi seFayibha |
| I-SC/APC | I-FC/APC, I-LC/APC ekhethiweyo | |||
| Isalathiso Jikelele | Uvavanyo lweRF | i-dBμV | 78 |
| 82 | Ukhetho |
| Ujongano loLawulo lweNethiwekhi |
| Ixhaswa yi-SNMP, iWEB |
| |||
| Ukunikezwa Amandla | V | 90 |
| 265 | AC | |
| -72 |
| -36 | DC | |||
| Ukutya umbane | W |
|
| 100 | I-PS ezimbini, i-1+1 yokulinda, i-40dBm | |
| Ubushushu bokusebenza | ℃ | -5 |
| +65 |
| |
| Ubushushu bokugcina | ℃ | -40 |
| +85 |
| |
| Umswakama osebenzayo | % | 5 |
| 95 |
| |
| Ubukhulu | mm | 370×483×88 | D、W、H | |||
| Ubunzima | Kg | 7.5 | ||||
I-SPA-16-XX 1550nm WDM EDFA 16 Ports Fiber Amplifier Spec Sheet.pdf
