Amazibuko angama-32 eAmplifier yeFayibha ye-1550nm ye-CWDM EDFA SC Iziqhagamshelo
Inombolo yoMfanekiso: SPA-32-XX-SAA
Uphawu:Ithambile
MOQ:1
Ubukhulu be-4dBm buyancipha, Ukunyathela kwe-0.1dBm
Iingeniso zeFayibha ezimbini eziKhethekileyo ngeNkqubo yokuTshintsha ye-Optical
I-Electronic Controlled APC, i-ACC, kunye ne-ATC iqinisekisa ukuzinza okuPhezulu kunye nokuthembeka
01
Ingcaciso yeMveliso
Intshayelelo emfutshane
I-1550nm i-high-power optical fiber amplifier ithatha i-amplifier yamanqanaba amabini, isigaba sokuqala sithatha i-EDFA ephantsi, kwaye isigaba sesibini sithatha i-EYDFA ephezulu. Amandla okukhanya aphumayo anokufikelela kwi-41dBm. Inokuthi ithathe indawo yee-EDFA ezininzi okanye ezininzi, ezinokunciphisa kakhulu iindleko zokwakhiwa kwenethiwekhi kunye nokugcinwa, kunye nokunciphisa indawo yangaphambili. I-port nganye yokuphuma ifaka i-CWDM, i-multiplexing ye-CATV yesignali kunye ne-OLT PON data stream. Isixhobo siya kudlala indima ebalulekileyo ekwandiseni okuqhubekayo kunye nokwandiswa kwenethiwekhi ye-fiber optical. Ibonelela ngesisombululo esizinzile kakhulu kwaye esinexabiso eliphantsi le-FTTH yokudlala kathathu kunye nokugubungela indawo enkulu.
Igalelo elikhethiweyo le-fiber optical elikhethiweyo lidibanisa inkqubo epheleleyo yokutshintsha ukukhanya, enokusetyenziswa njenge-backup yeendlela ze-optical A kunye ne-B. Xa umendo oyintloko we-optical ungaphumeleli okanye uwela ngaphantsi komqobo, ifowuni iya kutshintshela ngokuzenzekelayo kumgca wokugcinwa kwe-optical ukuqinisekisa ukusebenza okuqhubekayo kwesixhobo. Le mveliso isetyenziswa ikakhulu kwinethiwekhi ye-fiber ring okanye inethiwekhi engafunekiyo yokugcina. Ibonisa amaxesha okutshintsha okufutshane (< 8 ms), ilahleko ephantsi (<0.8 dBm), kunye nokunyanzeliswa kokutshintsha ngesandla.
Ukushiya imowudi yokusebenza yohlobo lweqhosha, ixhotyiswe ngescreen seLCD esibanzi esibanzi kunye nojongano lokusebenza olukrelekrele olukhethekileyo. Imifanekiso, ii-icon, kunye noyilo kulula ukuyiqonda, ivumela abasebenzisi ukuba basebenze ngokulula nangokufanelekileyo. . Izixhobo ngaphandle kwencwadana.
Amacandelo aphambili ziilaser zempompo zophawu oluphezulu kunye neefiber ezibonakalayo ezinxibelwe kabini. Uyilo lwendlela yokukhanya ephuculweyo kunye nenkqubo yokuvelisa iqinisekisa ukusebenza kakuhle kwe-optical. I-APC elawulwa nge-elektroniki (i-Automatic Power Control), i-ACC (i-Automatic Current Control) kunye ne-ATC (i-Automatic Temperature Control) iqinisekisa ukuzinza okuphezulu kunye nokuthembeka kwamandla aphumayo, kunye nokusebenza kakuhle kwe-optical.
Inkqubo isebenzisa i-MPU (microprocessor) ngokuzinza okuphezulu kunye nokuchaneka okuphezulu. Uyilo olulungisiweyo lwesakhiwo se-thermal kunye ne-ventilation efanelekileyo kunye noyilo lokutshatyalaliswa kobushushu kuqinisekisa ubomi obude kunye nokuthembeka okuphezulu kwezixhobo. Ngokusekelwe kumsebenzi wolawulo womnatha onamandla we-protocol ye-TCP / IP, ukujongwa kwenethiwekhi kunye nokulawulwa kwentloko yesimo sesixhobo se-multi-node sinokuqhutyelwa kwi-interface yolawulo lwenethiwekhi ye-RJ45, kwaye ixhasa ukucwangciswa kombane obuninzi obungafunekiyo, okuphucula ukusebenza kunye nokusebenza. Ukuthembeka kwezixhobo.
Iimbonakalo
1. Ukwamkela inkqubo yokusebenza kwesikrini esigcweleyo, sinokubonisa iziqulatho ezityebileyo ezibandakanya isalathiso ngasinye ngokweenkcukacha kunye ne-intuitively ukwenzela ukuba kucace ngokujonga nje, ukusebenza okulula, into oyibonayo yintoni oyifumanayo, abasebenzisi banokusebenzisa isixhobo ngokulula, kwaye ngokufanelekileyo ngaphandle kwencwadana.
2. Iqhosha lokulungisa elehla ngokukhawuleza i-6dB longezwa kwi-main menu. Lo msebenzi unokunciphisa ngokukhawuleza i-6dBm kwi-port nganye (≤18dBm output), kwaye inokuphepha i-fiber core ye-patch ukuba itshiswe xa ifakwe kunye nangaphandle l. Emva kokugcinwa, inokubuyisela ngokukhawuleza kwisimo sayo sokuqala sokusebenza.
3. Yamkela i-laser yepompo ye-brand ephezulu kunye ne-double-cladding fiber esebenzayo.
4. Izibuko ngalinye lemveliso lakhiwe ngeCWDM.
5. Iyahambelana nayo nayiphi na i-FTTx PON: EPON, GPON, 10GPON.
6. I-APC egqibeleleyo, i-ACC, i-ATC, kunye ne-AGC i-optical circuit design iqinisekisa ingxolo ephantsi, imveliso ephezulu, kunye nokuthembeka okuphezulu kwesixhobo kuyo yonke ibhendi yokusebenza (1545 ~ 1565nm). Abasebenzisi banokutshintsha i-APC, i-ACC, kunye nemisebenzi ye-AGC ngokweemfuno zabo zokwenyani.
7. Inomsebenzi wokukhusela ngokuzenzekelayo igalelo eliphantsi okanye akukho ngeniso. Xa igalelo lamandla optical liphantsi kunexabiso elimiselweyo, i-laser iya kuvala ngokuzenzekelayo ukukhusela ukhuseleko lokusebenza kwesixhobo.
8. Ukulungiswa kwemveliso, uluhlu lohlengahlengiso: 0 ~ -4dBm.
9. Uvavanyo lweRF kwiphaneli yangaphambili (ukhetho).
10. Ixesha lokutshintsha kwe-optical switch lifutshane kwaye ilahleko incinci. Inemisebenzi yokutshintsha okuzenzekelayo kunye nokunyanzeliswa kokutshintsha kwencwadana.
11. Umbane owakhelwe ngaphakathi, utshintshe ngokuzenzekelayo kunye neplagi eshushu exhaswayo.
12. Iiparamitha zokusebenza zomatshini wonke zilawulwa yi-microprocessor, kwaye i-LCD status display kwi-front panel inemisebenzi emininzi efana nokubeka iliso kwi-laser status, i-parameter display, i-alarm alarm, ulawulo lwenethiwekhi, njl.; kanye iiparamitha zokusebenza zelaser zitenxa kuluhlu oluvunyelweyo olubekwe yi
13. I-interface ye-RJ45 eqhelekileyo inikezelwa, ixhasa i-SNMP kunye ne-WEB yolawulo lwenethiwekhi ekude.
| SPA-32-XX-SAA 32 iZibuko iAmplifaya yeFayibha ye-Optic 1550nm EDFA | ||||||
| Udidi | Izinto | Iyunithi | Isalathiso | Amagqabantshintshi | ||
| Min. | Chwetheza. | Max. | ||||
| Isalathiso se-Optical | I-CATV esebenzayo yeWavelength | nm | 1545 |
| 1565 |
|
| OLT PON Pass Wavelength | nm | 1310/1490 | I-CWDM | |||
| Uluhlu loNgeniso olubonakalayo | dBm | -10 |
| +10 |
| |
| Amandla emveliso | dBm |
|
| 41 | 1dBm isithuba | |
| Inani leOLT PON Ports |
|
|
| 32 | SC/APC, kunye neCWDM | |
|
|
|
| 64 | LC/APC, kunye neCWDM | ||
| Inani le-COM Ports |
|
|
| 64 | SC/APC | |
|
|
| 128 | LC/APC | |||
|
|
| 32 | SC/APC, kunye neCWDM | |||
|
|
| 64 | LC/APC, kunye neCWDM | |||
| CATV Pass Ilahleko | dB |
|
| 0.8 |
| |
| OLT Pass Ilahleko | dB |
|
| 0.8 | kunye neCWDM | |
| Uluhlu loLungiso lweMphumo | dB | -4 |
| 0 | 0.1dB inyathelo ngalinye | |
| Isiphumo Ukuthotywa ngokukhawuleza | dB |
| -6 |
| Isiphumongokukhawuleza phantsi kwe-6dB akwaye uchache | |
| IiPorts Outputs Uniformity | dB |
|
| 0.7 |
| |
| Isiphumo Uzinzo lwamandla | dB |
|
| 0.3 |
| |
| Ukwahlukaniswa phakathi kweCATV kunye neOLT | dB | 40 |
|
|
| |
| Ukutshintsha Ixesha lokutshintsha kwe-Optical | ms |
|
| 8.0 | Ukhetho | |
| Ilahleko yokuFaka kokuTshintsha okuBonisayo | dB |
|
| 0.8 | Ukhetho | |
| Umfanekiso wengxolo | dB |
|
| 6.0 | Iphini:0dBm | |
| PDL | dB |
|
| 0.3 |
| |
| PDG | dB |
|
| 0.4 |
| |
| PMD | ps |
|
| 0.3 |
| |
| Intsalela yamandla empompi | dBm |
|
| -30 |
| |
| Ilahleko yokuBuyisa i-Optical | dB | 50 |
|
|
| |
| IFiber Connector |
| SC/APC | FC/APC, LC/APC Ngokuzikhethela | |||
| Isalathiso ngokubanzi | Uvavanyo lweRF | dBμV | 78 |
| 82 | Ukhetho |
| Ujongano loLawulo lweNethiwekhi |
| I-SNMP, iWEB iyaxhaswa |
| |||
| Ukunikezwa Amandla | V | 90 |
| 265 | AC | |
| -72 |
| -36 | DC | |||
| Ukutya umbane | W |
|
| 100 | PS ezimbini, 1+1 standby, 40dBm | |
| ITemp yokuSebenza | ℃ | -5 |
| +65 |
| |
| Ugcino Temp | ℃ | -40 |
| +85 |
| |
| Ukufuma okuMeleneyo okuSebenzayo | % | 5 |
| 95 |
| |
| Ubungakanani | mm | 370×483×88 | D,W,H | |||
| Ubunzima | Kg | 7.5 | ||||
SPA-16-XX 1550nm WDM EDFA 16 Ports Fiber Amplifier Spec Sheet.pdf
