I-antenna yephondoyi-antenna yomphezulu, i-antenna ye-microwave ene-cross-section ejikelezayo okanye engunxande apho i-terminal ye-waveguide ivula kancinci kancinci. Lolu hlobo lwe-antenna ye-microwave esetyenziswa kakhulu. Intsimi yayo yemitha imiselwa bubungakanani bomlomo kunye nohlobo lokusasazeka kwesithethi. Phakathi kwazo, impembelelo yodonga lwe-horn kwimitha inokubalwa kusetyenziswa umgaqo we-geometric diffraction. Ukuba ubude be-horn abutshintshanga, ubungakanani bomphezulu womlomo kunye nomahluko we-quadratic phase buya kwanda njengoko i-engile yokuvula i-horn isanda, kodwa i-gain ayitshintshi ngobukhulu bomphezulu womlomo. Ukuba ufuna ukwandisa ibhendi ye-frequency yesithethi, kufuneka unciphise i-reflection entanyeni nasemlonyeni wesithethi; i-reflection iya kuncipha njengoko ubukhulu bomlomo busanda. Ulwakhiwo lwe-antenna ye-horn lulula kakhulu, kwaye ipateni ilula kwaye kulula ukuyilawula. Isetyenziswa ngokubanzi njenge-antenna ephakathi. Ii-antenna ze-horn ze-reflector ze-parabolic ezinoluhlu olubanzi lwe-frequency, ii-lobes ezisecaleni ezisezantsi kunye nokusebenza kakuhle zihlala zisetyenziswa kunxibelelwano lwe-microwave relay.
Intsimi yemitha ye-antenna yempondo ingabalwa ukusuka kwindawo engaphezulu kusetyenziswa umgaqo kaHuygens. Intsimi yomphezulu womlomo imiselwa bubungakanani bomphezulu womlomo kunye nephethini yamaza okusasazeka kwempondo. Ithiyori ye-geometric diffraction ingasetyenziselwa ukubala impembelelo yodonga lwempondo kwimitha, ukuze iphethini ebaliweyo kunye nexabiso elilinganisiweyo livumelane kakuhle ukuya kuthi ga kwi-lobe esecaleni. Iimpawu zayo zemitha zimiselwa bubungakanani kunye nokusasazwa kwentsimi yomphezulu womlomo, ngelixa i-impedance imiselwa kukubonakaliswa kwentamo yesithethi (ukungabikho kokuqala) kunye nomphezulu womlomo. Xa ubude bempondo buhlala buhleli, ukuba i-engile yokuvula yempondo inyuswa kancinci kancinci, ubungakanani bomphezulu womlomo kunye nomahluko wesigaba se-quadratic nazo ziya kwanda ngaxeshanye, kodwa i-gain ayinyuki ngaxeshanye nobukhulu bomphezulu womlomo, kwaye kukho i-gain enexabiso eliphezulu. Ubungakanani bomphezulu womlomo, isithethi esinobukhulu obunjalo sibizwa ngokuba sisithethi esingcono. Iimpondo ezi-conical kunye neempondo ze-pyramidal zisasaza amaza angqukuva, ngelixa iimpondo ezimile njenge-fan ezivuleka kumphezulu omnye (umphezulu we-E okanye we-H) zisasaza amaza esilinda. Intsimi yomphezulu womlomo wempondo yintsimi enomahluko wesigaba sesine. Ubungakanani bomahluko wesigaba sesine bunxulumene nobude bophondo kunye nobukhulu bomphezulu womlomo.
Ii-antenna ze-Horn zisetyenziswa kakhulu kwezi ndawo zilandelayo: 1. Ii-feeds ze-telescopes ezinkulu zerediyo, ii-antenna ezibonisa ukukhanya kwizikhululo zomhlaba zesathelayithi, kunye nee-antenna ezibonisa ukukhanya kwi-microwave relay communications; 2. Ii-antenna zeyunithi zee-arrays ezicwangcisiweyo; 3. Ii-Antennas Kwimilinganiselo, ii-antenna ze-horn zihlala zisetyenziswa njengomgangatho oqhelekileyo wokulinganisa kunye nokuvavanya i-gain yezinye ii-antenna ezibonisa ukukhanya okuphezulu.
Namhlanje ndingathanda ukucebisa ezinye ii-antenna ze-horn eziveliswe yiI-RFMISONazi iinkcukacha:
Ingcaciso yeMveliso:
1.RM-CDPHA218-15yii-polarized kabinii-antenna ye-horn esebenza kwi2ukuya18I-GHz. I-antenna inika inzuzo eqhelekileyo ye15i-dBi kunye ne-VSWR ephantsi1.5:1 kunyeI-SMA-FIsixhumi. Ine-linear polarization kwaye ifanelekile ukusetyenziswaiinkqubo zonxibelelwano, iinkqubo zeradar, uluhlu lwee-antenna kunye nokuseta iinkqubo.
| RM-CDPHA218-15 | ||
| Iiparameters | Okuqhelekileyo | Iiyunithi |
| Uluhlu lweeFrequency | 2-18 | I-GHz |
| Inzuzo | Uhlobo lwe-15. | dBi |
| I-VSWR | 1.5 Uhlobo. |
|
| Ukwahlulahlula | Isibini Imigca ethe tyaba |
|
| Ukuzahlula kwiCross Pol. | 40 | dB |
| Ukuzahlula kwiZibuko | 40 | dB |
| Isinxibelelanisi | I-SMA-F |
|
| Unyango Lomphezulu | Paint |
|
| Ubungakanani(L*W*H) | 276*147*147(±5) | mm |
| Ubunzima | 0.945 | kg |
| Izinto eziphathekayo | Al |
|
| Ubushushu bokusebenza | -40-+85 | °C |
2.RM-BDHA118-10yi-antenna ye-linear polarized broadband horn esebenza ukusuka kwi-1 ukuya kwi-18 GHz. I-antenna inika i-gain eqhelekileyo ye-10 dBi kunye ne-VSWR ephantsi ye-1.5:1 ene-SMA-Female connector. Ilungele ukusetyenziswa kuvavanyo lwe-EMC/EMI, iinkqubo zokujonga kunye nokukhangela indlela, ukulinganisa inkqubo ye-antenna kunye nezinye iinkqubo.
| RM-BDHA118-10 | ||
| Into | Inkcazo | Iyunithi |
| Uluhlu lweeFrequency | 1-18 | I-GHz |
| Inzuzo | Uhlobo lwe-10. | dBi |
| I-VSWR | 1.5 Uhlobo. |
|
| Ukwahlulahlula | Imigca ethe tyaba |
|
| Ukuzahlula kwiCross Po. | Uhlobo lwe-30. | dB |
| Isinxibelelanisi | I-SMA-Ibhinqa |
|
| Ukugqiba | Paint |
|
| Izinto eziphathekayo | Al |
|
| Ubungakanani | 174.9*185.9*108.8(L*W*H) | mm |
| Ubunzima | 0.613 | kg |
3.RM-BDPHA1840-15A yi-antenna ene-polarized horn ephindwe kabini esebenza ukusuka kwi-18 ukuya kwi-40 GHz, I-antenna inika i-15dBi ngokuqhelekileyo yenzuzo. I-antenna VSWR iqhelekileyo yi-1.5:1. Ii-antenna RF ports ziyi-2.92mm-F connector. I-antenna ingasetyenziswa kakhulu ekufumaneni i-EMI, ukujongwa, ukuhlaziya, ukulinganiswa kwe-antenna kunye neepateni kunye nezinye iindawo zesicelo.
| RM-BDPHA1840-15A | ||
| Iiparameters | Okuqhelekileyo | Iiyunithi |
| Uluhlu lweeFrequency | 18-40 | I-GHz |
| Inzuzo | Uhlobo lwe-15. | i-dBi |
| I-VSWR | 1.5 Uhlobo. | |
| Ukwahlulahlula | Umgca oMbini | |
| Ukuzahlula kwiCross Pol. | Uhlobo lwe-40. | dB |
| Ukuzahlula kwiZibuko | Uhlobo lwe-40. | dB |
| Isinxibelelanisi | 2.92mm-F | |
| Izinto eziphathekayo | Al | |
| Ukugqiba | Ipeyinti | |
| Ubungakanani | 62.9*37*37.8(L*W*H) | mm |
| Ubunzima | 0.047 | kg |
4.RM-SGHA42-10yi-antenna ye-gain horn esemgangathweni e-linear polarized standard gain horn esebenza ukusuka kwi-17.6 ukuya kwi-26.7 GHz. I-antenna inikezela nge-gain eqhelekileyo ye-10 dBi kunye ne-VSWR ephantsi ye-1.3:1. I-antenna inobubanzi obuqhelekileyo be-3dB beawidth ye-51.6 degrees kwi-E plane kunye ne-52.1 degrees kwi-H plane. Le antenna inokufakwa kwe-flange kunye nokufakwa kwe-coaxial kubathengi ukuze bajikeleze. Izibiyeli zokufakwa kwe-antenna ziquka isibiyeli sokufakelwa esiqhelekileyo sohlobo lwe-L kunye nesibiyeli sohlobo lwe-L esijikelezayo.
| Iiparameters | Inkcazo | Iyunithi | ||
| Uluhlu lweeFrequency | 17.6-26.7 | I-GHz | ||
| Isikhokelo samaza | WR42 |
| ||
| Inzuzo | 10 Uhlobo. | i-dBi | ||
| I-VSWR | 1.3 Uhlobo. |
| ||
| Ukwahlulahlula | Imigca ethe tyaba |
| ||
| Ububanzi be-3 dB, i-E-Plane | 51.6°Uhlobo. |
| ||
| Ububanzi be-3 dB, i-H-Plane | 52.1°Uhlobo. |
| ||
| Ujongano | I-FBP220(Uhlobo lwe-F) | I-SMA-KFD(Uhlobo lwe-C) |
| |
|
Izinto eziphathekayo
| I-AI | |||
| Ukugqiba | Paint |
| ||
| Uhlobo lwe-CUbungakanani(L*W*H) | 46.5*22.4*29.8 (±5) | mm | ||
| Ubunzima | 0.071(Uhlobo lwe-F) | 0.026(Uhlobo lwe-C) | kg | |
| Uhlobo C Amandla Aphakathi | 50 | W | ||
| Uhlobo lwe-C Amandla eNqanaba | 3000 | W | ||
| Ubushushu bokusebenza | -40°~+85° | °C | ||
5.RM-BDHA056-11 yi-antenna ye-linear broadband horn esebenza ukusuka kwi-0.5 ukuya kwi-6 GHz. I-antenna inika i-gain eqhelekileyo ye-11 dBi kunye ne-VSWR 2:1 ephantsi ene-SMA-KFD connector. I-antenna isetyenziselwa usetyenziso olungenangxaki ixesha elide kwiindawo zangaphakathi nangaphandle. Ingasetyenziswa kakhulu ekufumaneni i-EMI, ukuqondisa, ukuhlaziya, ukulinganisa i-antenna kunye nepateni kunye nezinye iinkqubo.
| RM-BDHA056-11 | ||
| Iiparameters | Okuqhelekileyo | Iiyunithi |
| Uluhlu lweeFrequency | 0.5-6 | I-GHz |
| Inzuzo | 11 Uhlobo. | dBi |
| I-VSWR | 2 Uhlobo. |
|
| Ukwahlulahlula | Imigca ethe tyaba |
|
| Isinxibelelanisi | I-SMA-KFD(Ibhinqa elifumanekayo kwi-N) |
|
| Ukugqiba | Paint |
|
| Izinto eziphathekayo | Al |
|
| AumyingePamandla | 50 | w |
| IncophoPamandla | 100 | w |
| Ubungakanani(L*W*H) | 339*383.6*291.7 (±5) | mm |
| Ubunzima | 7.495 | kg |
6.RM-DCPHA105145-20yi-antenna ejikelezileyo ene-polarized horn ephindwe kabini esebenza ukusuka kwi-10.5 ukuya kwi-14.5GHz, I-antenna inika i-20 dBi typical gain. I-antenna VSWR engaphantsi kwe-1.5. Iiports ze-antenna RF zi-2.92-female coaxial connector. I-antenna ingasetyenziswa kakhulu ekufumaneni i-EMI, ukujongwa, ukuphonononga, ukulinganiswa kwe-antenna kunye nepateni kunye nezinye iindawo zokusetyenziswa.
| RM-DCPHA105145-20 | ||
| Iiparameters | Okuqhelekileyo | Iiyunithi |
| Uluhlu lweeFrequency | 10.5-14.5 | I-GHz |
| Inzuzo | Uhlobo lwe-20. | i-dBi |
| I-VSWR | <1.5 Uhlobo. | |
| Ukwahlulahlula | I-Double-Circular-polarized | |
| AR | 1.5 | dB |
| Ukwahlulahlula okunqamlezileyo | >30 | dB |
| Ukuzahlula kwiZibuko | >30 | dB |
| Ubungakanani | 436.7*154.2*132.9 | mm |
| Ubunzima | 1.34 | |
7.RM-SGHA28-10yi-antenna ye-gain horn esemgangathweni e-linear polarized standard esebenza ukusuka kwi-26.5 ukuya kwi-40 GHz. I-antenna inikezela nge-gain eqhelekileyo ye-10 dBi kunye ne-VSWR ephantsi ye-1.3:1. I-antenna inobubanzi obuqhelekileyo be-3dB beawidth ye-51.6 degrees kwi-E plane kunye ne-52.1 degrees kwi-H plane. Le antenna inokufakwa kwe-flange kunye nokufakwa kwe-coaxial kubathengi ukuze bajikeleze. Izibiyeli zokufakwa kwe-antenna ziquka isibiyeli sokufakelwa esiqhelekileyo sohlobo lwe-L kunye nesibiyeli sohlobo lwe-L esijikelezayo.
| Iiparameters | Inkcazo | Iyunithi | ||
| Uluhlu lweeFrequency | 26.5-40 | I-GHz | ||
| Isikhokelo samaza | I-WR28 |
| ||
| Inzuzo | Uhlobo lwe-10. | i-dBi | ||
| I-VSWR | 1.3 Uhlobo. |
| ||
| Ukwahlulahlula | Imigca ethe tyaba |
| ||
| Ububanzi be-3 dB, i-E-Plane | 51.6°Uhlobo. |
| ||
| Ububanzi be-3 dB, i-H-Plane | 52.1°Uhlobo. |
| ||
| Ujongano | FBP320(Uhlobo lwe-F) | 2.92-KFD(Uhlobo lwe-C) |
| |
|
Izinto eziphathekayo
| I-AI | |||
| Ukugqiba | Paint |
| ||
| Uhlobo lwe-CUbungakanani(L*W*H) | 41.5*19.1*26.8 (±5) | mm | ||
| Ubunzima | 0.005(Uhlobo lwe-F) | 0.014(Uhlobo lwe-C) | kg | |
| Uhlobo C Amandla Aphakathi | 20 | W | ||
| Uhlobo lwe-C Amandla eNqanaba | 40 | W | ||
| Ubushushu bokusebenza | -40°~+85° | °C | ||
Ixesha leposi: Matshi-12-2024
