Inkqubo ye-Kingtone JIMTOM® ye-Fiber Optic Repeaters yenzelwe ukusombulula iingxaki zesignali yeselula ebuthathaka, enexabiso eliphantsi kakhulu kunokuseta iSikhululo esitsha seSiseko (BTS).Ukusebenza okungundoqo kwe-RF Repeaters system: Kwikhonkco elisezantsi, imiqondiso esuka kwi-BTS yondliwa kwiYunithi eyi-Master (MU), i-MU emva koko iguqule isignali ye-RF kwisignali ye-laser emva koko isondlo kwifayibha ukuze idluliselwe kwi-Remote Unit(RU).I-RU ke uguqule isiginali yelaser ibe ngumqondiso weRF, kwaye usebenzise iAmplifaya yaMandla ukukhulisa amandla aphezulu kwi-IBS okanye i-eriyali yokhuselo.Kwikhonkco eliphezulu, Ngaba yinkqubo ebuyela umva, imiqondiso evela kumsebenzisi weselula ithunyelwa kwi-MU's MS port.Nge-duplexer, isiginali yandiswa ngesandisi-lizwi esisezantsi sokuphucula amandla omqondiso.Emva koko imiqondiso ifakwa kwi-RF ifayibha imodyuli yokukhanya emva koko iguqulelwe kwiimpawu ze-laser, emva koko isiginali yelaser idluliselwe kwi-MU, isiginali ye-laser esuka kwi-RU iguqulelwa kwisiginali ye-RF nge-RF optical transceiver.Emva koko imiqondiso yeRF iye yandiswa ukuya kwiimpawu zamandla ezongeziweyo ezifakwe kwi-BTS.
I-RF Repeater yenzelwe ukomeleza inethiwekhi yeselula kwaye igcwalise iindawo ezingaboniyo.Umsebenzi ophambili womntu ophindayo kukufumana isiginali yamandla aphantsi kwiSikhululo esiSiseko (BS) ngokusasazwa ngamaza kanomathotholo (RF) nge-eriyali yomxhasi, inkqubo, ukwandisa kunye nokudlulisela umqondiso kwiSikhululo esiXelwayo (MS) kwindawo ekujoliswe kuyo ngenkonzo yayo. i-eriyali.
Iimpawu eziphambili
- Itekhnoloji ye-FPGA Base SDR, Ukulolwa ngaphandle kwebhendi ukufumana ukwaliwa;
- Ukwamkela kwangaphakathi iliso elikrelekrele, kulungele ukukhangela iimpazamo ukuze zigcinwe;
- Ukusetyenziswa kwamandla aphantsi, ukutshatyalaliswa kobushushu obugqwesileyo;
- Umgca ophezulu we-PA, ukuzuza kwenkqubo ephezulu;
- Ujongo lwasekhaya kunye nolukude (ukhetho) nge-alam yempazamo ezenzekelayo & nolawulo olukude;
- Ubungakanani obuqinileyo, obuguquguqukayo bofakelo kunye nokufuduswa;
- Uyilo lokumelana nemozulu yofakelo lwemozulu yonke;
- I-MU enye inokuqhuba iMax 32 RUs, Gcina iindleko kunye nokulula ukufakwa.
- Iringi yenkxaso, ikhonkco le-daisy, i-topology yeenkwenkwezi, ukuphucula ukuguquguquka kwenethiwekhi.
- Uyilo lokuthwala izinto ezininzi, ubuninzi be-16 abathwali, phatha ngokulula iimeko zesicelo setrafikhi ephezulu
I-MOU+ROU Inkcazo yobuGcisa yeNkqubo epheleleyo
Izinto | Imeko yoVavanyo | Inkcazo yobuGcisa | Imemo | ||
phezulu | ikhonkco elisezantsi | ||||
Uluhlu lokuphindaphinda | Ukusebenza ngaphakathi | 320MHz ~400MHz,400MHz ~470MHz | eyenzelwe wena | ||
I-Max Bandwidth | Ukusebenza ngaphakathi | 5MHz |
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Ububanzi bomjelo | Ukusebenza ngaphakathi | 25KHz |
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Inombolo yeChanel enkulu | Ukusebenza ngaphakathi | 16 |
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Amandla emveliso | Ukusebenza ngaphakathi | -10±2dBm | +37±2dBm | Customized | |
I-ALC (dB) | Igalelo longeza i-10dB | △Po≤±2 |
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UMax Gain | Ukusebenza ngaphakathi | 90±3dB | 90±3dB |
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Ripple kwiBand(dB) | I-Bandwidth esebenzayo | ≤3 |
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Ubungakanani benqanaba lokufaka ngaphandle komonakalo | Qhubeka 1min | -10 dBm |
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IMD | Kwiqela eliSebenzayo | Iithowuni ezi-2 ezineSithuba seSitishi se-75KHz | ≤ -45dBc@RBW 30KHz |
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Iithowuni ezi-8 ezineSithuba seSitishi se-75KHz | ≤ -40dBc@RBW 30KHz |
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2.5MHz i-Offset, Ngaphandle kwebhendi yokuSebenza | 9KHz-1GHz | -36dBm@RBW100KHz |
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1GHz-12.5GHz | -30dBm@RBW1MHz |
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Umthwali uphume kwisitishi Ukwaliwa nge-6dB offset | ±50KHz | ≤-20dBc |
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±75KHz | ≤-25dBc |
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±125KHz | ≤-30dBc |
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±250KHz | ≤-63dBc |
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±500KHz | ≤-67dBC |
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Ukulibaziseka koThumelo (thina) | Ukusebenza ngaphakathi | ≤35.0 |
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Umfanekiso wengxolo (dB) | Ukusebenza ngaphakathi | ≤5 (Max.gain) |
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Izibuko le-VSWR | Izibuko le-BS | ≤1.5 |
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I-MS Port | ≤1.5 |