Thyristor Power Module

Incazelo:

I-module ye-Thyristor iyimodi yephakheji ekhethekile futhi enempahla efanayo yokulawula isigaba se-thyristor.Njengesimiso esifanayo sokulawula isigaba se-thyristor, imojula ye-thyristor iphinde ibe idivayisi ye-semiconductor yamandla eyakhiwe ngezinto ezinezendlalelo ezinezinhlaka ezintathu ze-PN kanye nama-electrode amathathu angaphandle.Umthofu we-electrode osuka kungqimba lokuqala lwe-semiconductor yohlobo lwe-P yi-anode-A, i-electrode lead evela engxenyeni yesithathu yohlobo lwe-P iwukulawula isango le-electrode-G, kanti i-electrode lead evela engxenyeni yesine yohlobo lwe-N yi-cathode- K.Kuyinzuzo kuzici ezingcono ezimile, futhi ikakhulukazi izici eziguqukayo.Isetshenziswa ngendlela efanele ku-excitation, electroplating, electrolysis, i-electric welding, umdwebo we-plasma arc, ukushaja nokukhipha, kanye nokuqiniswa kwe-voltage.Ingase futhi isetshenziselwe i-AC motor soft start kanye ne-DC motor speed regulation.

Isingeniso:

1. Izakhiwo zephakheji zemodyuli ye-thyristor eyenziwe yi-RUNAU Electronics ziyi-compress kanye nezakhiwo ze-solder.Ngokwesilinganiso samanje esingaphezu kuka-160A, imojuli ye-compress-structure thyristor iyanconywa kakhulu.
2. I-chip ye-Thyristor ekhiqizwa ngaphansi kwezinga lokukhiqiza lase-USA eline-VTM ephansi, ukusetshenziswa kwamandla okuncane nokusebenza kahle kokuguqulwa okuphezulu.
3. I-DCB ne-ALN substrate ekucaba okuphakeme kuzoqinisekisa amandla nokuzinza kwenhlanganisela ecindezelwe ne-thyristor chip, ukuqhutshwa kwe-thermal okuhle kakhulu, ukuchithwa kokushisa okusheshayo, umthelela ophakeme wokulwa nokukhuphuka kwamandla wamanje kanye ne-voltage.
4. I-base plate yahlukaniswa futhi ileveli yokuhlukaniswa ku-2500V ukuvikela ukuphepha kwabantu.
5. Ukubukeka kwemojula ye-compress structure module muhle kakhulu.Usayizi omncane, isisindo esincane, kulula ukuyifaka nokuyinakekela.
6. Ukusebenza kwesikhathi sokuphila konke, ukusebenza kahle kanye nezici ziphakeme kunemojula yesakhiwo se-solder.
7. Iphakheji yemojuli yemodi yaseYurophu yochungechunge lwe-T iyatholakala ukuze ihlinzekwe.

Ukucaciswa kobuchwepheshe:

1. Imojula ye-Thyristor kusakhiwo sokucindezela esakhiwe yi-RUNAU Electronics, uhla lwe-I_I-TAVkusuka ku-90A kuya ku-1000A kanye ne-V_I-DRM/V_I-RRMkusuka ku-1200V kuya ku-4500V.
2. Imodi yokupholisa yemojuli I_I-TAVngaphansi kuka-350A ukupholisa amandla omoya kuyilapho okungaphezu kuka-400A ukupholisa komoya noma ukupholisa amanzi ngokuvumelana nemfuneko yokusetshenziswa.
3. Ukuze uqinisekise imodyuli ye-thyristor esebenza ngaphansi kwesimo esiphephile nokusebenza okuvamile, i-module yamanje ye-thyristor ekhethiwe inconywa izikhathi ezingu-2-3 zomthwalo olinganiselwe wamanje ngaphezu kohlamvu lomthwalo.
4. Imodyuli ye-Thyristor efakwe ku-heatsink yokupholisa umoya, amafutha e-silica ashisayo aphakanyiswa ukuthi asatshalaliswe ngokulinganayo phakathi kwepuleti lesisekelo semojula nendawo ye-heatsink.Amandla okuqiniswa kwamabholithi angu-4 ukulungisa imojula ku-heatsink kufanele abe njalo indawo ye-module base plate kanye ne-heatsink izoxhunywa ngokuqinile ukuze kuqinisekiswe ukusebenza kokushisa.

Connection Circuit

Ipharamitha:

Ypack^TMUchungechunge High Standard Thyristor Module

Ypack^TMUchungechunge lwemodule ye-thyristor esezingeni eliphakeme ihlanganiswe nama-chips we-YA kanye ne-YC.Idivayisi yakhelwe abasebenzisi abanesidingo esiphezulu nokusebenza.