Thyristor Power Module

Inkcazo:

Imodyuli ye-Thyristor yimowudi yephakheji ekhethekileyo kunye nepropati efanayo yokulawula isigaba se-thyristor.Njengomgaqo ofanayo wolawulo lwesigaba se-thyristor, imodyuli ye-thyristor nayo idivaysi ye-semiconductor yamandla eyenziwe ngezinto ezinemigangatho ezine kunye ne-PN ezintathu kunye nee-electrode ezintathu zangaphandle.I-electrode lead evela kuluhlu lokuqala lwe-P-type semiconductor yi-anode-A, i-electrode lead ukusuka kuluhlu lwesithathu lwe-P-uhlobo lulawulo lwesango le-electrode-G, kunye ne-electrode lead ukusuka kwinqanaba lesine le-N-uhlobo yi-cathode- K.Yinzuzo kwiimpawu ezingcono ze-static, kunye neempawu eziguqukayo ngokukodwa.Isetyenziswe ngokufanelekileyo kwi-excitation, i-electroplating, i-electrolysis, i-welding yombane, umzobo we-plasma arc, ukutshaja kunye nokukhupha, kunye nokuzinza kombane.Inokusetyenziselwa i-AC motor isiqalo esithambileyo kunye nommiselo wesantya semoto ye-DC.

Intshayelelo:

1. Izakhiwo zepakethi zemodyuli ye-thyristor eyenziwe yi-RUNAU Electronics yi-compress kunye nezakhiwo ze-solder.Ngomndilili wangoku ngaphezu kwe-160A, imodyuli ye-compress-structure thyristor inconywa kakhulu.
2. I-chip ye-Thyristor eveliswe phantsi komgangatho wokuvelisa wase-USA kunye ne-VTM ephantsi, ukusetyenziswa kwamandla amancinci kunye nokusebenza kakuhle kokuguqulwa.
3. I-DCB kunye ne-ALN substrate kwi-flatness ephezulu iya kuqinisekisa ukomelela kunye nokuzinza kokudibanisa okucinezelweyo kunye ne-thyristor chip, i-conductivity egqwesileyo ye-thermal, ukutshatyalaliswa kobushushu okukhawulezayo, impembelelo ephezulu yokuchasana nokunyuka kwangoku kunye nombane.
4. Isiseko sepleyiti sabekwa sodwa kunye nenqanaba lokuhlukaniswa kwi-2500V ukukhusela ukhuseleko lomntu.
5. Inkangeleko yemodyuli yemodyuli yesakhiwo secompress intle ngakumbi.Ubungakanani obuncinci, ubunzima obuncinci, kulula ukuyifaka kunye nokugcina.
6. Ukusebenza kobomi bonke, ukusebenza kakuhle kunye neempawu ziphezulu kunemodyuli yesakhiwo somthengisi.
7. Iphakheji yemodyuli yaseYurophu yochungechunge lwe-T iyafumaneka ukuba ibonelelwe.

Iinkcukacha zobugcisa:

1. Imodyuli ye-Thyristor kwi-compress structure eyenziwe yi-RUNAU Electronics, uluhlu lwe-I_TAVukusuka kwi-90A ukuya kwi-1000A kunye ne-V_DRM/V_RRMukusuka 1200V ukuya 4500V.
2. Indlela yokupholisa yemodyuli I_TAVngaphantsi kwe-350A kukupholisa kwamandla omoya ngelixa ngaphezulu kwe-400A kukupholisa komoya okanye ukupholisa kwamanzi ngokwemfuno yesicelo.
3. Ukuze uqinisekise imodyuli ye-thyristor esebenza phantsi kwemeko ekhuselekileyo kunye nokusebenza okuqhelekileyo, imodyuli yangoku yemodyuli ye-thyristor ekhethiweyo inconywa ngamaxesha angama-2-3 okulinganisa umthwalo wangoku ngaphezu komlinganiso womthwalo.
4. Imodyuli ye-Thyristor efakwe kwi-heatsink yokupholisa umoya, igrisi ye-silica eshushu iyacetyiswa ukuba isasazwe ngokulinganayo phakathi kweplate yesiseko semodyuli kunye nomphezulu we-heatsink.Amandla okuqinisa i-4 bolts ukulungisa imodyuli kwi-heatsink kufuneka ibe yinto efana nomphezulu we-module base plate kunye ne-heatsink iya kudityaniswa ngokuqinileyo ukuze kuqinisekiswe ukusebenza kobushushu.

iSekethe yoQhagamshelwano

Ipharamitha:

Ypack^TMUthotho lweModyuli yoMgangatho oPhezulu weThyristor

Ypack^TMUthotho lwemodyuli ye-thyristor ekumgangatho ophezulu ipakishwe nge-chips ze-YA kunye ne-YC.Isixhobo senzelwe abasebenzisi abaneemfuno eziphezulu kunye nokusebenza.