Izixhumi ze-coaxial zizixhobo zokudibanisa jikelele, kodwa zinemida ethile. Enye yezi kukuphatha amandla, nto leyo ethathelwa ingqalelo ebalulekileyo kwizicelo ezininzi zeziqhagamshelo ze-SMA. Iziqhagamshelo ze-SMA ziza ngokwahlukeneyo, kuquka umgangatho, ukuchaneka, ukuchaneka okuphezulu-, kunye nenjongo ekhethekileyo-yeziqhagamshelo ze-SMA zombane ophezulu kunye nezinye iinkqubo. Ngelixa iyantlukwano yeziqhagamshelo ze-SMA kuthetha ukuba ukufumana enye edibana neeparamitha eziphambili zobugcisa kulula noko, kufuneka kuqatshelwe ukuba amandla okuphatha ezi ziqhagamshelo awafani.
Kwezinye iimeko, amandla okuphatha isiqhagamshelanisi se-SMA adweliswanga kuluhlu lwedatha. Oku kungenxa yokuba isinxibelelanisi esinikiweyo se-SMA sinokuyilwa ukuba sidibane noluhlu lweentambo ze-coaxial, apho amandla okuphatha isiqhagamshelo angaphezulu kwentambo ye-coaxial. Enye into enokwenzeka kukuba ukuphatha amandla e-SMA kuxhomekeke kuluhlu lwamaza kunye nendlela yokunyuka. Ngokubanzi, uninzi lweziqhagamshelo kunye nezinto/izixhobo zeRF, ukuphatha amandla ngumsebenzi wokuphindaphinda. Uninzi lwezixhobo zeRF zinokuphatha amandla amancinci kumaza aphezulu ngenxa yokwanda kwelahleko kumaza aphezulu.
I-SMA nge-Isiqhagamshele esiseTyhini saseDongeni, iSidibanisi esichanekileyo, iBloko yeSitena esiThengiswayo, .250 intshi yeDiameter
Esinye sezizathu eziphambili zokuphathwa kwamandla amancinci kukuba ilahleko yombane ikhokelela ekuguqulweni kwamandla ombane kubushushu, kunye nokusebenza kakuhle kobushushu kubangela ukuba izinto zecandelo zigqithise kakhulu. I-dielectric spacer phakathi kombindi kunye nezikhondakitha zangaphandle zesinxibelelanisi se-SMA ngokuqhelekileyo yipolymer enomlinganiselo wobushushu obungaphantsi nje kwe-200 degrees celcius (ngokuqhelekileyo i-165 degrees celcius). Yiyo loo nto amandla alinganisiweyo edla ngokuba linani elithile leewatts ngaphakathi koluhlu oluxeliweyo lwamaza kobona bushushu buphezulu. Kukho amandla aphezulu-okanye awondisiweyo{6}amandla e-SMA ahlukeneyo anokogqitha amandla okuphatha amanye amaqhagamshelo e-SMA asuka kumenzi ofanayo. Ngenxa yokuba ezi reyithingi kunye neendlela zinokwahluka ukusuka kumvelisi ukuya kumvelisi, uqwalaselo olucokisekileyo lunokufuneka ukuze kuqinisekiswe ukuba isinxibelelanisi se-SMA esinamandla afanelekileyo sikhethiwe.
Umzekelo, isinxibelelanisi se-SMA esilinganiselwe kuphela i-12 GHz sinokuba namandla okuphatha aphezulu kunesidibanisi se-SMA esilinganiswe ngama-26.5 GHz. Nangona kunjalo, i-26.5 GHz SMA inokuba namandla okuphatha amandla aphezulu kwi-12 GHz, hayi kwinqanaba layo eliphezulu. Ngenxa yokuba iziqhagamshelo ze-SMA zisebenza kumaza adlula ama-30 GHz, ezinye zinencopho yokusebenza ye-8 GHz kuphela, oku kongeza ubunzima obongezelelweyo xa kuthelekiswa ukuphatha amandla kwizihlanganisi ze-SMA.
I-SMA Male Low PIM Connector, i-Soldering Accessory, ye-Coaxial Cable PE-1/4SFHC, SPP-250-LLPL, SPO-250, SPF-250
Izihlanganisi ze-SMA eziqhelekileyo zinokuba ne-wave eqhubekayo (CW) amandla okuphatha amandla e-100W kumaqondo okushisa ukusuka ~ 100℃ukuya kwi-125 degree. Izixhumi ezichanekileyo ze-SMA ezisebenza kwi-26.5 GHz okanye 30+ i-GHz zingakwazi kuphela ukuphatha amandla phakathi kwe-50℃kunye ne-75 degree. Ezinye iziqhagamshelo ze-SMA zinamandla okuphatha angaphaya kwe-200 watts, kodwa ngokuxhomekeke kumvelisi, uluhlu lwazo lwamaxesha okusebenza lunokulinganiselwa kwi-18 GHz okanye nakwi-12 GHz. Abanye abavelisi banokudwelisa ukuphathwa kwamandla aphezulu kunye nesantya sokubetha kunye nomjikelo womsebenzi endaweni yereyithi yokuphatha amandla eCW, okanye ukudwelise kunye nereyithi yokuphatha amandla eCW.