I-6 Ways Cavity Combiner SMA-F Isixhumi 703-2570MHz Ukulahlekelwa Kokufaka Okuphansi Ukulahlekelwa Ivolumu Encane JX-CC6-703M2570M-60S
Incazelo
I-6 Ways Cavity Combiner I-SMA-F Isixhumi Esisebenza 703-2570MHz Ukufakwa Okuphansi Kokulahlekelwa Ivolumu Encane
Izindlela ezi-6 zokuhlanganisa amabhendi amaningi i-JX-CC6-703M2570M-60S iwuhlobo olulodwa lwengxenye ye-RF engenzi lutho eklanyelwe futhi ekhiqizwe ukudayiswa yi-Jingxin, efaka ikakhulukazi ngokulahlekelwa okuphansi kokufaka okungaphansi kuka-3.0dB, kukalwa kuphela 237mm x 185mm x 36mm ( 42.0mm Max).
Imvamisa yalesi sihlanganisi ihlanganisa ukusuka ku-703-2570MHz, esebenza ngamandla okokufaka amaphakathi wesilinganiso esingu-1W esimaphakathi namandla okukhiphayo angu-30W. Lesi sihlanganisi esinama-multi-band sakhiwe ngezixhumi ze-SMA-F, kodwa singashintshelwa kwezinye ngokuya ngesidingo. Ngomdwebo onemibala emnyama, uhlobo olunjalo lwesihlanganisi se-cavity lungabekezelela izinhlelo zokusebenza isikhathi eside.
Njengoba kuthenjisiwe, zonke izingxenye ze-RF ezingenzi lutho ezivela ku-Jingxin zinewaranti yeminyaka emi-3.
Ipharamitha
Ipharamitha | Imininingwane | |||||
Ibanga lemvamisa | 703-748MHz | 832-862MHz | 880-915MHz | 1710-1785MHz | 1920-1980MHz | 2500-2570MHz |
Buyisela ukulahlekelwa | ≥15dB | ≥15dB | ≥15dB | ≥15dB | ≥15dB | ≥15dB |
Ukulahlekelwa kokufaka | ≤3.0dB | ≤3.0dB | ≤3.0dB | ≤3.0dB | ≤3.0dB | ≤3.0dB |
I-Ripple | ≤0.7dB | ≤0.8dB | ≤1.0dB | ≤0.6dB | ≤0.5dB | ≤0.5dB |
Ukwenqatshwa | ≥60dB @ 758-821MHz & 925-960MHz & 1805-1880MHz & 2110-2170MHz & 2620-2690MHz & 3300-3800MHz | |||||
Ukuzihlukanisa | ≥60dB @ imbobo ngayinye | |||||
Amandla | Okokufaka (@imbobo ngayinye): Isilinganiso esiphezulu esingu-1W; 5W ukuphakama okuphezulu Okukhiphayo (imbobo ye-com): 6W isilinganiso esiphezulu; Inani eliphakeme kakhulu lama-30W | |||||
Impedance | 50 Ω | |||||
Ibanga lokushisa | 0°C kuya +55°C |
Izingxenye ze-RF Passive zangokwezifiso
Izinyathelo Ezi-3 Kuphela Zokuxazulula Inkinga Yakho Yengxenye Ye-RF Passive
1. Ukuchaza ipharamitha nguwe.
2. Ukunikeza isiphakamiso sokuqinisekiswa nguJingxin.
3. Ukukhiqiza i-prototype yokuhlolwa kwe-Jingxin.