1. Uhlelo lokuxhuma lwe-4.3-10 lwenzelwe ukuhlangabezana nezidingo zakamuva zemishini yenethiwekhi yeselula, ukuxhuma i-RRU ku-antenna.
2. Isistimu yesixhumi se-4.3-10 ingcono kunezixhumi ezingu-7/16 ngokobukhulu, ukuqina, ukusebenza, kanye neminye imingcele, izingxenye ezihlukene zikagesi nezemishini zikhiqiza ukusebenza kwe-PIM okuzinzile kakhulu, okuholela ekuhlanganiseni kwe-torque ephansi. Lolu chungechunge lwezixhumi lungosayizi abahlangene, ukusebenza kahle kukagesi, i-PIM ephansi kanye ne-torque yokuhlanganisa kanye nokufakwa kalula, le miklamo inikeza ukusebenza okuhle kakhulu kwe-VSWR kufika ku-6.0 GHz.
1. I-PIM engu-100% ihloliwe
2. Ilungele izinhlelo zokusebenza ezidinga i-PIM ephansi kanye nokuncipha okuphansi
3. 50 Ohm impedance igama
4. Ithobelana ne-IP-68 esimweni esingalinganiselwe
5. Ibanga lefrikhwensi DC ukuya ku-6GHz
1. Isistimu ye-Antenna esabalalisiwe (DAS)
2. Iziteshi eziyisisekelo
3. Ingqalasizinda engenazintambo
4. I-Telecom
5. Izihlungi nezihlanganisi
● 4.3-10 VSWR nemiphumela yokuhlolwa ephansi ye-PIM ye-LTE & Mobile
● Uhlobo Lwesikulufa
● Uhlobo lwe-Push-Pull
● Uhlobo Lwesikulufa Sesandla
● Imiphumela yokuhlola evelele ye-PIM ne-VSWR iqinisekisa isistimu yesixhumi esingu-4.3-10 ukusebenza okuhle kakhulu.
Uma kubhekwa nezinye izinzuzo zemishini ezifana nosayizi kanye ne-torque ephansi yokuhlanganisa, isistimu yesixhumi esingu-4.3-10 iphenduka ifaneleke ngokuphelele imakethe yezokuxhumana yeselula.
1. Phendula umbuzo wakho emahoreni angama-24 okusebenza.
2. Umklamo owenziwe ngezifiso uyatholakala. Ama-OEM & ODM wamukelekile.
3. Isixazululo esikhethekile nesiyingqayizivele singanikezwa ikhasimende lethu ngonjiniyela bethu abaqeqeshwe kahle nabachwepheshe nezinduku.
4. Isikhathi sokulethwa esisheshayo sokuhleleka okuhle.
5. Unolwazi ekwenzeni ibhizinisi nezinkampani ezinkulu ezisohlwini.
6. Amasampula wamahhala anganikezwa.
7. Isiqinisekiso Sohwebo esingu-100% senkokhelo nekhwalithi.
Imodeli:TEL-4310M.78-RFC
Incazelo
4.3-10 Isixhumi sowesilisa sentambo ye-RF engu-7/8″ eguquguqukayo
Material kanye Plating | |
Oxhumana naye maphakathi | I-Brass / Silver Plating |
I-insulator | I-PTFE |
Umzimba & Umqhubi Wangaphandle | Ithusi / ingxubevange ehlanganiswe ne-tri-alloy |
I-Gasket | I-Silicon Rubber |
Izici zikagesi | |
Impedance yezici | 50 ohm |
I-Frequency Range | I-DC~3 GHz |
I-Insulation Resistance | ≥5000MΩ |
Amandla e-Dielectric | ≥2500 V rms |
Ukumelana nokuxhumana nendawo | ≤1.0 mΩ |
Ukumelana nokuxhumana kwangaphandle | ≤1.0 mΩ |
Ukulahlekelwa Kokufaka | ≤0.1dB@3GHz |
I-VSWR | ≤1.15@-3.0GHz |
Izinga lokushisa | -40 ~ 85℃ |
I-PIM dBc(2×20W) | ≤-160 dBc(2×20W) |
Ingangeni manzi | IP67 |
Imiyalo yokufakwa kwe-N noma 7/16 noma 4310 1 / 2″ intambo eguquguqukayo kakhulu
Isakhiwo sesixhumi: ( Fig1 )
A. nati langaphambili
B. back nut
C. gasket
Ubukhulu bokuhlubula bunjengoba kukhonjiswe kumdwebo (Fig2), ukunakwa kufanele kukhokhwe ngenkathi kuhlubula:
1. Indawo yokugcina ye-conductor yangaphakathi kufanele i-chamfered.
2. Khipha ukungcola okufana nesikali sethusi bese ubhalisa ekugcineni kwekhebula.
Ukuhlanganisa ingxenye yokuvala: Khipha ingxenye yokuvala eduze komqhubi wangaphandle wekhebula njengoba kukhonjisiwe umdwebo (Fig3).
Ukuhlanganisa nati emuva (Fig3).
Hlanganisa inati langaphambili nangemuva ngokukruqula njengoba kukhonjiswe kumdwebo (Amakhiwane( 5)
1. Ngaphambi kokujija, gcoba ungqimba lwamafutha okugcoba kwi-o-ring.
2. Gcina inadi elingemuva nekhebula kunganyakazi, Khipha umzimba wegobolondo elikhulu emzimbeni wegobolondo elingemuva. Skrolela phansi igobolondo elikhulu lomzimba wegobolondo langemuva usebenzisa isikrufu senkawu. Ukuhlanganisa kuphelile.