"I. Eriya ta yumbu"
"Fa'idodi"
•Girman da Ya Wuce Ƙima: Babban ma'aunin dielectric (ε) na kayan yumbu yana ba da damar rage girman aiki yayin da yake ci gaba da aiki, wanda ya dace da na'urori masu ƙarancin sarari (misali, belun kunne na Bluetooth, kayan da ake iya sawa).
"Babban Ƙarfin Haɗaka:
•Eriya mai siffar monolithic yumbu: Tsarin yumbu mai layi ɗaya tare da alamun ƙarfe da aka buga a saman, wanda ke sauƙaƙa haɗakarwa.
•Antennas na yumbu masu yawa: Yana amfani da fasahar Ceramic mai ƙarancin zafin jiki (LTCC) don saka na'urori masu sarrafa wutar lantarki a cikin layuka masu tarawa, yana ƙara rage girma da kuma ba da damar ƙirar eriya da aka ɓoye.
•Inganta garkuwar jiki ga tsangwama: Rage watsawar lantarki saboda yawan dielectric constant, yana rage tasirin hayaniya na waje.
•Dacewa Mai Yawan Sauri: An inganta shi don manyan tashoshin rediyo (misali, 2.4 GHz, 5 GHz), wanda hakan ya sa ya dace da aikace-aikacen Bluetooth, Wi-Fi, da IoT.
"Rashin amfani
•Ƙuntataccen Bandwidth: Iyakance ikon rufe tashoshin mita da yawa, yana iyakance sauƙin amfani.
•Babban Tsarin Rikici: Yana buƙatar haɗakar matakin farko cikin tsarin motherboard, wanda ke barin ƙaramin sarari don gyare-gyare bayan ƙira.
•Farashi Mai Girma: Kayan yumbu na musamman da kuma hanyoyin kera na musamman (misali, LTCC) suna ƙara farashin samarwa idan aka kwatanta da eriya na PCB.
"II. Antennas na PCB"
"Fa'idodi"
•Maras tsada: An haɗa kai tsaye cikin PCB, yana kawar da ƙarin matakan haɗawa da rage kuɗaɗen kayan aiki/aiki.
•Ingantaccen Sarari: An tsara shi tare da alamun da'ira (misali, eriya ta FPC, eriya ta F da aka buga) don rage sawun ƙafa.
•Sauƙin Zane: Ana iya inganta aikin ta hanyar daidaita yanayin siffofi (tsawo, faɗi, lanƙwasawa) don takamaiman madaidaitan mita (misali, 2.4 GHz).
•Ƙarfin Inji: Babu abubuwan da aka fallasa, wanda ke rage haɗarin lalacewa ta jiki yayin sarrafawa ko aiki.
"Rashin amfani
•Ƙananan Inganci: Ƙara yawan asarar shigarwa da kuma rage ingancin radiation saboda asarar substrate na PCB da kusanci da abubuwan da ke da hayaniya.
•Tsarin Haske mara kyau: Wahala wajen cimma ɗaukar hoto na radiation a kowane gefe ko kuma a kowane gefe, wanda hakan zai iya takaita kewayon sigina.
•Sauƙin Shiga Tsangwama: Mai saurin kamuwa da tsangwama ta lantarki (EMI) daga da'irorin da ke kusa (misali, layukan wutar lantarki, siginar sauri mai sauri)."
"III. Kwatanta Yanayin Aikace-aikace"
| "Fasali" | "Eriya ta yumbu" | "Antenan PCB" |
| "Mitar Mita" | Mita mai yawa (2.4 GHz/5 GHz) | Mita mai yawa (2.4 GHz/5 GHz) |
| "Daidaituwa tsakanin Sub-GHz" | Bai dace ba (yana buƙatar girman da ya fi girma) | Bai dace ba (iyaka ɗaya) |
| "Lambobin Amfani na yau da kullun" | Ƙananan na'urori (misali, na'urorin da ake sawa, na'urori masu auna lafiya) | Tsarin ƙira masu sauƙin amfani da farashi (misali, na'urorin Wi-Fi, IoT na masu amfani) |
| "farashi" | Babban (ya dogara da kayan aiki/tsari) | Ƙasa |
| "Sauƙin Zane" | Ƙarami (ana buƙatar haɗakar matakin farko) | Babban (zai yiwu a gyara bayan ƙira) |
"IV. Manyan Shawarwari"
•Fi son Entennas na Yumbulokacin da:
Rage yawan aiki, yawan aiki mai yawa, da juriyar EMI suna da matuƙar muhimmanci (misali, ƙananan na'urorin da ake sakawa a jiki, na'urorin IoT masu yawan aiki).
•Fi son Antennas na PCBlokacin da:
Rage farashi, saurin samfuri, da matsakaicin aiki sune manyan abubuwan da suka fi muhimmanci (misali, na'urorin lantarki da masu amfani ke samarwa da yawa).
•Don ƙananan madaukai na Sub-GHz (misali, 433 MHz, 868 MHz):
Duk nau'ikan eriya biyu ba su da amfani saboda ƙarancin girman da ke da tsawon tsayi. Ana ba da shawarar amfani da eriya ta waje (misali, helical, whip).
Tsarin yana ba da cikakken kewayon kayan aikin microwave masu aiki don soja, sararin samaniya, matakan kariya na lantarki, Sadarwar Tauraron Dan Adam, aikace-aikacen Sadarwar Trunking, eriya: mai raba wutar lantarki, mai haɗawa na shugabanci, matattara, mai juyawa, da kuma abubuwan LOW PIM har zuwa 50GHz, tare da inganci mai kyau da farashi mai kyau.
Barka da zuwa gidan yanar gizon mu:www.concept-mw.comko kuma ku tuntube mu asales@concept-mw.com
Lokacin Saƙo: Afrilu-29-2025