Irediyetha ye-aluminium ekhulisa kakhulu izinguquko yethulwe, ithuthukisa kakhulu ukusebenza kahle kokukhipha ukushisa
Njengoba ukusebenza kwamadivaysi e-elekthronikhi kuqhubeka nokuba ngcono, izinkinga zokukhipha ukushisa ziye zaba zimbi nakakhulu. Ama-radiator endabuko awasakwazi ukuhlangabezana nezidingo zokupholisa zemishini kagesi esebenza kahle kakhulu. Ukuze kuxazululwe le nkinga, i-radiator entsha ye-aluminium yokukhulisa ukuphakama ikhishwe ngokusemthethweni namuhla. Idizayinelwe ngokukhethekile ukupholisa ama-elekthronikhi asebenza kahle njengamakhompiyutha e-CPU nama-transmitters angu-5G, lo mkhiqizo uhlinzeka ngokusebenza okushisayo nokuthembeka okuphezulu.
Idizayini yokukhulisa kakhulu iphinda kabili indawo yokukhipha ukushisa
Irediyetha entsha ye-aluminium ekhulisa kakhulu yamukela idizayini eyingqayizivele yamaphiko. Isilinganiso sobude be-fin nesikhala sikhulu kuno-12, okwandisa kakhulu indawo yokukhipha ukushisa. Lo mklamo uphinda kabili indawo yokukhipha ukushisa uma kuqhathaniswa namaradiyetha avamile. Lokhu kusho ukuthi ngaphakathi kwevolumu efanayo, usinki wokushisa we-aluminium wokukhulisa kakhulu ungamunca futhi ukhiphe ukushisa okwengeziwe, ngaleyo ndlela wehlise ngempumelelo izinga lokushisa lokusebenza kwezinto zikagesi.
Ukusebenza okuthuthukisiwe kokupholisa
Ngokwemiphumela yokuhlolwa, ama-radiator e-aluminium akhuliswa kakhulu angakhuphula ukusebenza kahle kokukhipha ukushisa kuze kufike ku-50%. Lokhu kusho ukuthi ukusebenzisa lo mkhiqizo kunganciphisa kakhulu izinga lokushisa lokusebenza kwemishini kagesi, ngaleyo ndlela kuthuthukise ukuzinza nokusebenza kwazo.
Ifanele izinhlelo zokusebenza zokusebenza okuphezulu
Osinki bokushisa be-aluminium esikhuliswe kakhulu baklanyelwe izinhlelo zokusebenza ezinezidingo zokupholisa ezinzima. Zifaneleke kahle lezi zicelo ezilandelayo:
Ama-CPU Ekhompyutha Asebenza Kakhulu: Ngaphansi kwemithwalo esindayo, ama-CPU ekhompyutha akhiqiza ukushisa okukhulu. Isinki sokushisa se-aluminium sokukhulisa kakhulu singehlisa ngempumelelo izinga lokushisa le-CPU, ngaleyo ndlela siyivimbele ekushiseni ngokweqile nokubanda.
Ama-transmitter we-5G: Ama-transmitter angu-5G adinga ukusebenza ngamandla aphezulu, akhiqiza ukushisa okukhulu. I-high-magnification aluminium heat sink inganciphisa ngempumelelo izinga lokushisa lesidlulisi, ngaleyo ndlela ithuthukise ukusebenza kahle kwayo nokuthembeka.
Ukukhanyisa kwe-LED: Izibani ze-LED nazo zikhiqiza ukushisa ngesikhathi sokusebenza. I-high-magnification aluminium heat sink inganciphisa ngempumelelo izinga lokushisa lesibani, ngaleyo ndlela yandise impilo yayo yesevisi.
Imishini ye-elekthronikhi yamandla: Imishini kagesi yamandla ikhiqiza ukushisa okukhulu ngesikhathi sokusebenza. Ama-radiator e-aluminium akhuliswa kakhulu anganciphisa ngempumelelo izinga lokushisa kwemishini, ngaleyo ndlela athuthukise ukusebenza kahle kwawo nokuthembeka.
Ukucaciswa komkhiqizo nokutholakala
Ama-radiator e-aluminium okukhulisa kakhulu atholakala ngobukhulu obuhlukahlukene kanye nokucaciswa ukuze avumelane nezidingo ezihlukahlukene zohlelo lokusebenza. Imikhiqizo iyatholakala manje futhi inga-odwa ngenethiwekhi yokuthengisa yomhlaba wonke.
Mayelana nerediyetha ye-aluminium yokukhulisa kakhulu
Irediyetha ye-aluminium yokukhulisa kakhulu iwuhlobo olusha lwerediyetha olwamukela idizayini yefin yokukhulisa kakhulu, engathuthukisa kakhulu ukusebenza kahle kokukhipha ukushisa. Umkhiqizo uklanyelwe izinhlelo zokusebenza ezinezidingo ezishisayo ezidingekayo, okuwenza ulungele izinhlelo zokusebenza ezifana nama-CPU ekhompyutha asebenza kahle, ama-transmitters angu-5G, ukukhanya kwe-LED namandla kagesi.
Izinzuzo zama-radiator e-aluminium yokukhulisa okuphezulu
·Indawo yokukhipha ukushisa iphindwe kabili futhi ukusebenza kahle kokukhipha ukushisa kuyathuthukiswa.
·Ifanele izinto zikagesi ezisebenza kahle kakhulu
·Osayizi abahlukahlukene kanye nemininingwane etholakalayo
·Ikhwalithi ephezulu, ukwethembeka okuphezulu
Amathemba okusebenza kwamaradiyetha e-aluminium akhuliswa kakhulu
Njengoba ukusebenza kwemishini ye-elekthronikhi kuqhubeka nokuba ngcono, izinkinga zokukhipha ukushisa zizoba zimbi nakakhulu. Ama-radiator e-aluminium akhuliswa kakhulu azoba umkhiqizo ojwayelekile emkhakheni wokukhipha ukushisa esikhathini esizayo ngenxa yokusebenza kwawo okuhle kakhulu kokushabalalisa ukushisa nokuthembeka. Kulindeleke ukuthi isidingo semakethe samaradiyetha e-aluminium akhuliswa kakhulu sizokhula ngokushesha eminyakeni embalwa ezayo.
Icala
Ngemva kokuhlola usinki wokushisa we-aluminium wokukhulisa kakhulu, umkhiqizi wekhompyutha ohamba phambili uthole ukuthi umkhiqizo ungehlisa izinga lokushisa le-CPU ngo-10°C. Lokhu kuvumela ikhompuyutha ukuthi isebenze ngamaza aphezulu, ithuthukise kakhulu ukusebenza.
Umsebenzisi we-telecom usebenzisa amasinki okushisa e-aluminium okukhulisa kakhulu eziteshini eziyisisekelo ze-5G. Imiphumela ibonisa ukuthi amasinki okushisa e-aluminium okukhulisa kakhulu anganciphisa ngempumelelo izinga lokushisa lesidlulisi, ngaleyo ndlela athuthukise ukuzinza nokuthembeka kwesiteshi sesisekelo.
I-high-magnification aluminium heat sink iwubuchwepheshe bokuguqula ukushisa obuzohlinzeka ngesixazululo esisha sokuchithwa kokushisa kwemishini ye-elekthronikhi esebenza kahle kakhulu. Lo mkhiqizo unezinzuzo zokuphinda kabili indawo yokukhipha ukushisa kanye nokwenza ngcono ukusebenza kahle kokukhipha ukushisa, okuwenza ulungele izinhlelo zokusebenza ezifana nama-CPU wekhompyutha asebenza kahle kakhulu, ama-transmitters angu-5G, izibani ze-LED, kanye nemishini kagesi yamandla. Njengoba ukusebenza kwemishini ye-elekthronikhi kuqhubeka nokuba ngcono, ama-radiator e-aluminium akhuliswa kakhulu azoba nethemba elibanzi lemakethe.