Yadda Ake Ƙarfafa Siginar Antenna Na: Dabarun Fasaha 5

1. Haɓaka Samuwar Eriya & Inganci
Yi amfani da Antennas na Ƙaho Mai Girma:
Eriya na ƙaho na al'ada tare da daidaitaccen tsarin eriya na ƙaho (misali, flares corrugated) na iya cimma> 20 dBi riba, rage asarar sigina.

Siffar Maɓalli: Canjin jagorar raƙuman ruwa yana rage girman VSWR (<1.5).

2. Inganta Rushewar thermal

Faranti Mai sanyaya Ruwa Mai Ruwa:
Rage juriya na thermal (<0.05°C/W), bada izinin shigar da wutar lantarki mafi girma ba tare da faɗuwar inganci ba.

Amfani: Yana hana samun lalacewa a cikin babban ƙarfin 5G/mmWave tsarin.

3. Haɓaka Material & Kerawa
Ƙarƙashin Asara Fabric Eriya:
Yadin da aka saka (misali, nailan mai rufi) yana haɓaka ingantaccen eriya mai sassauƙa da 15%+.

Mafi kyau ga: Waƙafi masu sawa, aikace-aikacen UAV.

4. Rage Tsangwamar Sigina
Inganta Jirgin Sama:
Kyakkyawan gyare-gyaren da aka tsara yana ƙara haɓaka gaba-da-baya (> 30 dB).

Layin Garkuwa:
Hana EMI daga lalata sigina masu rauni.

Ta yaya zan sa siginar eriya ta ta fi ƙarfi?

5. Daidaitaccen zaɓi da daidaita yanayin aikace-aikacen
Zaɓi mafita mafi kyawun eriya don buƙatun tsarin daban-daban: Tashoshin tushe na 5G suna ba da shawarar yin amfani da eriya na ƙaho na al'ada (Custom Horn Antenna) tare da microchannel vacuum brazed water-sanyi faranti (Microchannel Vacuum Brazed Water-Cooled Plate), wanda zai iya cimma tabbataccen riba na 25-30dBi; sadarwar tauraron dan adam sun fi son ciyarwar da ba ta dace ba, tare da samun 35-45dBi; Tsarukan tsararrun tsarin soja suna buƙatar eriya naúrar tare da haɗin gwiwar fasahar kawar da zafi na brazing, tare da ribar naúrar 20-25dBi. Lokacin zabar, ya zama dole a yi la'akari sosai da mita, ƙarfin wutar lantarki da daidaitawar muhalli, da kuma tabbatar da madaidaicin madaidaicin ta hanyar mai nazarin hanyar sadarwa na vector don tabbatar da iyakar ƙarfin sigina.