Ukubuka: 0 Umbhali: Isikhathi Sokushicilela Isihleli Sesayithi: 2026-10-20 Umsuka: Isayithi
Ku-transformer, umgogodla omile usebenza njengomhlangano wawo oyinhloko. Ivamise ukumise okwefreyimu evalekile engunxande, amajika aphansi kanye nawesibili alinyazwa ezinhlangothini eziphambene zalo mongo omile. Ingqikithi enyakazayo, efakwe phakathi nendawo yozimele ongunxande, inikeza indlela kazibuthe eguquguqukayo. Ukuhambisa lo mgogodla kulawula amandla okukhiphayo, kulo mongo okuwumshini wokushisela.
Ama-winding on the stationary core akha uzibuthe kagesi, umongo onyakazayo osebenza njengengxenye yale sekhethi kazibuthe. Lapho ikhoyili inikwa amandla, amandla kazibuthe kagesi aphumayo ashayela umongo onyakazayo ukuze asunduze abathintwayo ngokumelene namandla asentwasahlobo, ngaleyo ndlela avale iswishi. Ama-transformer cores ngokuvamile akhiqizwa kusuka kumashidi ensimbi ye-silicon ngoba insimbi ye-silicon iyinto ebonakalayo ebonakalayo ebonakalayo. Ngaphakathi kwekhoyili enikwe amandla, ikhiqiza ukuminyana okuphakeme kazibuthe, okunciphisa kakhulu usayizi we-transformer.
I-Toroidal core laminations ingacutshungulwa ukuze ingabi ne-air-gap, ifinyelele isici sokupakisha esingaphezu kuka-95% kanye nokuminyana kazibuthe kuka-1.5 kuya ku-1.8 T. Isakhiwo se-air-gap-free of the toroidal core siqinisekisa umthamo ophansi kakhulu ongenamthwalo futhi sivimbela ukushisa ngokweqile ngesikhathi sokusebenza okuqhubekayo.
Umthamo we-toroidal transformer cishe uhhafu we-U-type noma i-E-type transformer. Njengoba kungekho zikhala zomoya kanye nama-windings asatshalaliswa ngokulinganayo enkabeni ye-toroidal, isifunda kazibuthe sivalekile. Lo mklamo unciphisa ukugeleza kokuvuza kanye nemisebe ye-electromagnetic ngenkathi inikeza ukungatheleleki okuqinile kokuphazanyiswa kazibuthe kwangaphandle. Ngakho-ke, asikho isivikelo esengeziwe esidingekayo, futhi ukukufaka kumishini ehlukahlukene ye-elekthronikhi eyinkimbinkimbi ngeke kubangele ukuphazamiseka kwe-electromagnetic.
