I-Aluminium PCB yenye yezona zisetyenziswa kakhulu kwi-PCB yentsimbi engundoqo, ekwabizwa ngokuba yi-MC PCB, i-aluminium-clad, okanye i-substrate yentsimbi egqunyiweyo, njl njl. ibhodi yesekethe i-insulator yombane egqwesileyo kunye ne-thermal conductor. Ngokuqhelekileyo, i-aluminium PCB ibandakanya imigangatho emine: i-substrate layer (i-aluminium layer), i-dielectric layer (i-insulating layer), i-circuit layer (i-copper foil layer), kunye ne-aluminium base inwebu (umaleko okhuselayo) . ukuxoxa kweli nqaku " I-Aluminium PCB ." Ukuba ufuna ukwazi ngakumbi malunga neAluminiyam PCB, zigcine uncamathele kweli nqaku kude kube sekupheleni.

YINTONI I-ALUMINIUM PCB?

I-PCB inemigangatho emithathu ngokubanzi. Uluhlu lobhedu oluqhubekileyo phezulu, i-dielectric layer phakathi, kunye noluhlu lwe-substrate ezantsi. Ii-PCB eziqhelekileyo zine-substrate layer eyenziwe nge-fiberglass, i-ceramic, i-polymers, okanye nayiphi na enye i-core non-metal. Isixa esaneleyo seePCBs sisebenzisa iFR-4 njenge-substrate.

IiPCB zeAluminiyam zisebenzisa iAluminiyam substrate. Esikhundleni se-FR-4 eqhelekileyo njenge-substrate material.

UKWAKHIWA KWE-ALUMINIUM PCB

ISekethe yeCopper Layer

Lo maleko uthumela imiqondiso phezu kwebhodi PCB yonke. Ukuhamba kwamasuntswana ahlawuliweyo kuvelisa ubushushu. Obu bushushu bugqithiselwa kwi-Aluminiyam substrate. Eyichithayo ngokufanelekileyo.

I-Insulating Layer

Lo maleko ukwabizwa ngokuba yi-dielectric layer. Yenziwe ngezinto ezizii-conductor ezimbi zombane. Ifunxa ubushushu obuveliswe kulo maleko ungentla. Kwaye uyidlulisele kwi-Aluminiyam substrate ngaphantsi kwayo.

ISubstrate

I-substrate isebenza njengesiseko se-PCB. Ibamba ngokuqinileyo amacandelo angaphezulu kwayo. Ngokutshintsha iimpawu ze-substrate, ukusebenza kwe-PCB kuyahluka. Umzekelo, i-substrate eqinile inika amandla kunye nokuqina kwibhodi ye-PCB. Ngelixa i-substrate eguquguqukayo ivula ukhetho oluninzi loyilo.

I-aluminium substrate isetyenziswe kwizicelo ezisekelwe kwi-electronics zamandla apho ukuchithwa kwe-thermal ephezulu kuyadingeka. Ngenxa ye-thermal conductivity elungileyo, igcina ubushushu kude nezinto ezibalulekileyo ze-elektroniki. Ngaloo ndlela uqinisekisa umonakalo omncinci wesekethe.

 

I-ALUMINIUM PCB EZENZIWA KWI-YMS

I-YMS yenye yezona mveliso zibalaseleyo zeAluminiyam PCBs. Ukwandisa ukusebenza ngokubanzi kwemveliso, babonelela nge-thermal clad layer kwi-Aluminium PCB. Ikhupha ubushushu ngendlela encomekayo kakhulu. Ngamandla aphezulu kunye nokunyamezela okuqinileyo okusekelwe kwizicelo ezisekelwe kwi-Aluminium Backed PCB lolona khetho lufanelekileyo phakathi kwabenzi beprojekthi.

Ukuthathela ingqalelo iiparamitha ezinje nge-coefficient yokwandiswa kwe-thermal, i-thermal conductivity, amandla, ukuqina, ubunzima, kunye neendleko. Ipleyiti yeAluminiyam lolona khetho lufanelekileyo kwiprojekthi yakho. Ungayiguqula i-PCB substrate yakho. PCBWay inikeza iipleyiti Aluminiyam ezahlukeneyo ezifana 6061, 5052, 1060, kunye nezinye ezininzi.

I-ADVAGES YE-ALUMINIUM PCB

 

1. Umthamo wokutshatyalaliswa kobushushu beePCB zeAluminiyam ungcono kakhulu kuneePCB eziqhelekileyo.

2. IiPCB zeAluminiyam zinika amandla amaninzi kunye nokuqina. Xa kuthelekiswa ne-ceramic kunye ne-fiberglass-based PCBs.

3. Kubonakala ngathi kuyahlekisa, kodwa iiPCB ezise-aluminiyam zikhaphukhaphu. Njengoko kuthelekiswa PCBs eqhelekileyo.

4. Ukwandiswa kwe-Thermal kunye nokucutheka kwamacandelo e-PCB anciphisa ngokusebenzisa i-Aluminiyam PCB.

5. IiPCB ezenziwe ngeAluminiyam zinobuhlobo nokusingqongileyo. Ayinatyhefu kwaye inokuphinda isetyenziswe. Ayidali naziphi na iimpembelelo eziyingozi kwisijikelezi-langa sethu.

6. Inkqubo yokudibanisa ye-Aluminiyam PCB ilula kunaleyo ye-PCB eqhelekileyo.

IZICELO

1. Zisetyenziswa kwizixhobo zobonelelo ngoMbane ezifana nezilawuli zokutshintsha, i-DC/AC converter, isilawuli se-SW.

2. Kwiimodyuli zamandla, zisetyenziselwa i-inverters, i-slid-state relays, kunye neebhulorho zokulungisa.

3. Kwiimoto, zisetyenziswa kwi-electronic regulator, ignition, isilawuli sombane, njl.

4. Zilukhetho olugqibeleleyo lwe-amplifiers. Isandisi-lizwi esilungeleleneyo, isandisi-lizwi somsindo, isandisi-lizwi samandla, isandisi-lizwi esisebenzayo, isandisi-lizwi esinesantya esiphezulu.

5. Zisetyenziswa kwi-transmitting and filtering circuit.

6. Zisetyenziselwa ukwenza ibhodi ye-CPU. Kunye nonikezelo lwamandla ekhompyuter.

7. Iimoto zombane zifuna umsinga ophezulu ekusebenzeni kwazo. Kumashishini, iisekethe zomqhubi weemoto zisebenzisa iAluminium PCB.

8. Ezi zikhetho ezidumileyo kwizicelo ze-LED ngenxa yesakhono sazo sokugcina amandla.