Menene takardar siliki ta therally conductive?

Abubuwan da ke amfani da wutar lantarki sune babban ɓangaren samar da zafi na kayan lantarki.Mafi girman ƙarfin, yawan zafin da zai haifar da shi, kuma iskar ba ta da kyau a cikin zafi, don haka ba shi da sauƙi don watsar da zafi bayan an samar da shi.Ƙunƙarar zafi yana sa kayan aikin lantarki Yanayin zafin jiki ya tashi, yana rinjayar aikin tsarin.

Shigar da radiyo a saman tushen zafi hanya ce da aka saba amfani da ita a halin yanzu.Ana gudanar da zafin da ya wuce kima zuwa radiyo ta hanyar tafiyar da zafi na fuska da fuska, sannan kuma radiyon ya jagoranci zafi zuwa waje, ta yadda za a gane tasirin zafi.

Lokacin da aka canza zafi daga tushen zafi zuwa radiator, iska za ta yi tsayayya da shi, don haka za a rage saurin tafiyar zafi, wanda zai shafi tasirin zafi.Matsayin kayan aikin zafi shine Ana iya amfani da shi tsakanin na'urar da ke haifar da zafi da na'urar da ke ba da wutar lantarki don cire iska a cikin rata kuma rage juriya na thermal da ke tsakanin su biyu, don haka ƙara saurin tafiyar zafi tsakanin biyu.

Takardun siliki mai ɗaukar zafi na thermally ɗaya ne daga cikin abubuwa da yawa na thermally conductive.Takardun siliki mai ɗaukar zafi na thermal shine gasket mai cike da rata da aka yi da mai na silicone azaman kayan tushe kuma an ƙara shi da kayan sarrafa zafi, insulating, da kayan jure zafin jiki.Takardun siliki na thermally conductive yana da babban ƙarfin wutar lantarki da ƙarancin ƙarancin thermal.Interface thermal juriya, rufi, compressibility, da dai sauransu, saboda thermally conductive silicone takardar ne taushi, zai iya nuna wani karamin thermal juriya a karkashin low matsa lamba, kuma a lokaci guda ware iska tsakanin lamba saman da cikakken cika rata tsakanin wuraren tuntuɓar ƙasa mai ƙaƙƙarfan yanayi yana inganta tasirin tasirin zafi na farfajiyar lamba.