Siffofin
●Cikakken Waveguide Band Performance
●Rashin Shigarwa da VSWR
● Gwajin Lab
● Kayan aiki
Ƙayyadaddun bayanai
| RM-EWCA28 | ||
| Abu | Ƙayyadaddun bayanai | Raka'a |
| Yawan Mitar | 26.5-40 | GHz |
| Waveguide | WR28 | dBi |
| VSWR | 1.2 Max |
|
| Asarar Shigarwa | 0.5Max | dB |
| Dawo da Asara | 28 typ. | dB |
| Flange | Saukewa: FBP320 |
|
| Mai haɗawa | 2.4mm mace |
|
| Ƙarfin Ƙarfi | 0.02 | kW |
| Kayan abu | Al |
|
| Girman(L*W*H) | 29.3*24*20(±5) | mm |
| Cikakken nauyi | 0.01 | Kg |
Ƙarshen Ƙaddamar da Waveguide zuwa Coaxial Adafta wani takamaiman nau'i ne na canji da aka tsara don cimma haɗin kai mai sauƙi daga ƙarshen raƙuman ruwa (kamar yadda ya saba da babban bango) zuwa layin coaxial. Ana amfani da shi da farko a cikin ƙananan tsarin da ke buƙatar haɗin kan layi tare da jagorancin waveguide.
Ƙa'idar aiki ta yawanci ya ƙunshi ƙaddamar da madugu na ciki na layin coaxial kai tsaye zuwa cikin rami a ƙarshen waveguide, samar da ingantaccen radiyo ko bincike. Ta hanyar madaidaicin ƙirar injina, sau da yawa haɗawa masu tako ko tafke na'urar taswira, halayen halayen layin coaxial (yawanci 50 ohms) yana daidaita daidai da igiyar igiyar igiyar igiyar ruwa. Wannan yana rage girman Matsakaicin Matsayin Wutar Lantarki a fadin rukunin aiki.
Babban fa'idodin wannan ɓangaren shine ƙaƙƙarfan daidaitawar haɗin kai, sauƙin haɗawa cikin sarƙoƙi na tsarin, da iyawa don kyakkyawan aiki mai girma. Babban illolinsa sune tsattsauran ƙira da buƙatun haƙuri na masana'anta, da bandwidth mai aiki yawanci iyakance ta tsarin daidaitawa. Yawanci ana samun shi a cikin tsarin kalaman millimita, saitin ma'aunin gwaji, da hanyoyin sadarwar ciyarwar radars masu girma.
