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Guntu karewa
Canjin Chip taƙaitaccen tsari ne na kayan aikin lantarki na lantarki, wanda aka saba amfani dashi don Dutsen Dutsen Dutsen Clinit. Chiprors Chose iri ɗaya ne da aka yi amfani da shi don iyakance na yanzu, daidaita abubuwan haɗin gwiwa, amma sodge na gargajiya ba sa buƙatar haɗa shi da rigakafin gargajiya, amma ana so kai tsaye zuwa farfajiya ta jirgin. Wannan tsari mai rufi yana taimakawa haɓaka aikin ajiya, aiki, da amincin allon da'irar.
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Takaiciye Coaxal Mismatch
Hanyoyin Mismatch kuma suna kira da rashin daidaituwa wanda yake da nauyin coaxatult.it shine daidaitaccen kayan maye da kuma yin la'akari da wani yanki na ƙarfin lantarki, kuma ƙirƙirar ƙirar obin na wani girman, galibi ana amfani dashi don ma'aunin microvact.
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Jagoran karewa
Jagoran dakatarwa shine mai tsayayya da da'awar a ƙarshen da'irar, wanda ke ɗaukar alamun shiga cikin da'ira kuma ana buƙatar daidaituwar sigari. An sanya shi a ƙarshen da'irar ta hanyar walda. Babban manufar shine don ɗaukar raƙuman ruwa na sigina da aka yiwa ƙarshen da'awar, hana daukar hoto daga shafar kewaye tsarin.
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RFTYT 3 Way Ummin Raba
RF PREPERS Uspondi ne mai mahimmanci da aka yi amfani da shi cikin tsarin sadarwa mara waya da kuma da'irori. Ya ƙunshi tashar tashar tashar shiga guda ɗaya da tashoshin fitarwa guda uku, ana amfani da ita don rarraba sigina na shigarwar zuwa tashar fitarwa uku. Ya sami nasarar rabuwa da rarraba sigari ta hanyar cimma nasarar rarraba wutar lantarki da rarraba lokaci-akai. Gabaɗaya yana buƙatar samun kyakkyawan aiki mai kyau, babban ware, kuma yana da kyau a cikin band flage.
Za a iya tsara zane-zane akan buƙata.
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RFTTT 4 Hanya ikon iko
Ramoda mai iko 4 shine na'urar gama gari da ake amfani dashi ta tsarin sadarwa mara waya, wanda ya ƙunshi shigarwar guda da tashar fitarwa huɗu.
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RFTET 6 Hanyoyi Mai Girma
Girman iko 6-Waya shine amfani RF da aka yi amfani dashi sosai a tsarin sadarwa mara waya. Ya ƙunshi tashar shiga tashar shiga guda ɗaya da tashoshin fitarwa guda shida, wanda zai iya rarraba siginar shigarwar zuwa tashar fitarwa ta fitarwa, cimma nasarar raba wutar lantarki. Wannan nau'in na'urar an tsara shi ta amfani da layin microtrriproprrip, tsararraki, da dai sauransu, kuma da sauransu aikin lantarki da halaye na lantarki.
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RFYT 8 Hanya ikon iko
Hanyoyin iko na 8 suna da na'ura mai wucewa da aka yi amfani da su ta hanyar sadarwa tsarin da mara waya don raba alamun shigarwar RF cikin alamun fitarwa na RF zuwa alamun fitarwa na RF zuwa alamun fitarwa na RF zuwa sigina masu yawa. Ana amfani dashi sosai a cikin aikace-aikace da yawa, gami da tushen eriyar na tashar gida, da kuma hanyoyin soja da filayen sojojin jirgin ruwa.
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RFYT hanyoyi 10
An yi amfani da girman ikon mai wucewa sosai a cikin tsarin RF zuwa sigina guda ɗaya da kuma kula da rabo mai rarraba wutar lantarki. Daga gare su, rarrabuwar iko na tashar 10 wani nau'in girman iko shine nau'in girman ikon da zai iya rarraba sigina shigarwar cikin siginar fitarwa 10.
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RFTTT 12
Marashin iko shine na'urar microwave gama gari wacce ake amfani da ita don rarraba hanyoyin shigar da siginar RF zuwa tashar fitarwa zuwa manyan motoci. Hanyoyi 12 na sama yana iya raba siginar shigarwar zuwa cikin 12 damar kuma suna fitarwa zuwa tashoshin da suka dace.
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Guntu restror
Ana amfani da Chopari masu tsayayya sosai a cikin na'urorin lantarki da allon lantarki. Babban fasalin shi ne cewa an saka shi
Kai tsaye a kan allo ta hanyar fasahar dutsen (SMT), ba tare da buƙatar wucewa ta hanyar tsayayya ba, sakamakon tsayayya da ƙirar hukumar ta yanar gizo.
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Faduwa
An yi amfani da na'urar da ta fifita amfani da ita a cikin RF da mitar mitar obin na lantarki don cimma nasarar watsa da warewar sigina. Yana da halayen sa asarar sa, babbar ware, da kuma Broadband, kuma ana amfani da su sosai a cikin hanyoyin watsa barnan. Layin watsawa na faduwa shine bututun ƙarfe na m ne wanda aka watsa sigina. Kayan kayan Magnetic yawanci ferrite ne da aka sanya a takamaiman wuraren watsa shirye-shirye don cimma burin da ke siginar ƙasa. Ya kuma hada da kayan maye gurbin da ake so na taimako don inganta aiki da rage tunani.
Yawan mitar 5.4 zuwa 110GHz.
Soja, sararin samaniya da aikace-aikace na kasuwanci.
Lower Siyarwa, Laduwa mai Girma, Babban Wuta, Mai Kula da iko.
Za a iya tsara zane-zane akan buƙata.
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Jagorar tsayayya
Manyan tsayayya, wanda kuma aka sani da SMD masu tsayayya guda biyu, sune ɗayan abubuwan da aka saba amfani da su a cikin da'irar lantarki, waɗanda suke da aikin daidaita da'irori. Ya sami ingantaccen aikin da ke tattare da da'irar ta hanyar daidaita darajar juriya a cikin da'irar don cimma daidaitaccen yanayin halin yanzu ko ƙarfin lantarki. Yana taka muhimmiyar rawa a cikin na'urorin lantarki da tsarin sadarwa. Idan aka kwatanta da masu tsayayya tare da flanges, ba ya buƙatar gyara na musamman da kuma tsarin dissippation.
