Marka la barbar dhigo Transforms-ka caadiga ah ee Transforms, Transforms Corefformers-ka caanka ah ee Amorphous ayaa helay feejignaan weyn sanadihii ugu dambeeyay sababtoo ah qaab dhismeedkooda gaarka ah iyo waxqabadka la xoojiyay. Transformers-yayinnadaan waxaa laga sameeyaa maaddada magnetic-ka gaarka ah ee loo yaqaan amorphous ', oo leh guryo gaar ah oo ka dhigaya doorashada koowaad ee codsiyada kala duwan. Qodobkan, waxaan sahxi doonaa waxa saxda ah ee xulka amorphous amorphous waa, iftiimiya farqiga u dhexeeya transforms core transforms core transforms iyo transforms-ka core-ka ee Ferrite, oo ka wada hadla faa'iidooyinka isticmaalkaamorphous coreTransformers.
Marka, waa maxay xudunta magdhawga amorphous? Korontada amorphous magnetic waxay ka kooban tahay xargaha hoose ee khafiifka ah ee ka kooban waxyaabo kala duwan oo macdan ah, sida caadiga ah ay kujirto bir sida arinta koowaad iyo isku darka boron, silikon, iyo fosfooraska. Si ka duwan waxyaalaha crystallone ee ku jira cores ferrite, atomyada ku jira amorphous alloy-ga atorphous ma muujiyaan qaab-dhismeedka caadiga ah ee atomikada, sidaa darteed magaca "Amorphous." Sababtaas awgeed atomikadan atomikada ee u gaarka ah, coresmous cores waxay leeyihiin guryo magnetic oo aad u wanaagsan.
Farqiga ugu weyn ee u dhexeeya amorphphous core iyo Ferrite Core Transformers waa qalabkooda aasaasiga ah. Amorphous cores-ka amorphous ah oo kor ku xusan ee ku xusan amorphous amorphous, halka laga sameeyo xeryaha dhoobada dhoobada ah ee ay ku jiraan macdanta macdanta iyo walxaha kale. Farqiga u dhexeeya agabyada aasaasiga ah waxay keenaan astaamo kala duwan oo kala duwan iyo waxqabadka.
Mid ka mid ah faa'iidooyinka ugu waaweyn eeamorphous coreTransformers-ka ayaa ah khasaaraha ay si weyn hoos ugu dhacday. Khasaaraha xudunta waxaa loola jeedaa tamarta lagu shubay ee kuyaala core-ka Transformerformer Core, taasoo dhalisay awood lumay oo jilcisay jiil kulul. Marka la barbar dhigo cores ferrite, cores-ka amorphous waxay si weyn hoos ugu dhigtay Hysteresis iyo khasaaraha EdDy, taasoo dhalisay hufnaan sare iyo heerkulka ugu hooseeya ee hawlgalka. Hagaajinta hufnaanta ee 30% ilaa 70% marka la barbar dhigo Transformforms-ka caadiga ah ayaa ka dhigaya tax-goysyada amorphphous core-ka ikhtiyaar soo jiidasho leh oo loogu talagalay warshadaha tamarta soo jiidasho ee tamarta.
Intaas waxaa sii dheer, cores amorphous waxay leeyihiin guryo magnetic oo aad u wanaagsan, oo ay ku jiraan cufnaanta safarka sare. Cudurka Quruxda Magnetic Fluenty Fluenty waxaa loola jeedaa dareeraha magnetic ugu badan ee ah in maaddada aasaasiga ah ee lagu dejin karo. Amorphous Aloys-ka salaynaya ee sareeya marka la barbar dhigo ferrite cores, oo u oggolaanaya wax yar, isdaba-joog ah oo loo yaqaan 'Transformporms' iyo cufnaanta korantada. Faa'iidadaani waxay si gaar ah uga faa'iideysataa codsiyada halka cabirka iyo caqabadaha culeyska ay muhiim yihiin, sida korantada korantada, nidaamyada tamarta dib loo cusbooneysiin karo iyo gawaarida korantada.
Faa'iido kale oo ku saabsan Transforms Core-ka ee Amorphforms waa waxqabadka soo noqnoqda ee soo noqnoqda ee sare. Sababo ay ugu wacan tahay qaab dhismeedka atomiga ah ee u gaarka ah, amorphphous-ka ayaa muujinaya khasaaraha aasaasiga ah ee soo noqnoqda ee soo noqnoqda, iyaga oo ka dhigaysa inay ku habboon yihiin codsiyada ku lug leh faragalinta Elektaroonigga ah ee Electromagence (EMI) yareynta. Calaamadahaani waxay u suurtogelinaysaa Transformers Core-ka caanka ah ee Amorphous Core inuu si wax ku ool ah u xakameeyo dhawaqa EMI, halkaasna lagu hagaajiyo nidaamka isku haleeya nidaamka iyo yareynta faragelinta qalabka elektiroonigga ah ee xasaasiga ah.
In kasta oo faa'iidooyinkaas,amorphous coreTransformers-yadu waxay leeyihiin xoogaa xadidan. Marka hore, qiimaha amorphous alloy-ka ayaa ka sarreeya agabkii Ferrite, oo saameeya kharashka ugu horreeya ee maalgashiga bilowga ah. Si kastaba ha noqotee, keydinta tamarta muddada-dheer ee lagu gaadhay wax ku oolnimada kordhaysa ayaa had iyo goor magdhaw ka bixida qiimaha koowaad ee ugu sarreeya. Midda labaad, guryaha farsamada ee amorphous-ka amorphous-ka guud ahaan waxay ka hooseeyaan kuwa ferrete ah, taasoo ka dhigeysa inay u nugul yihiin walaaca farsamada iyo waxyeelada suurtagalka ah. Tixgalinta naqshadeynta saxda ah iyo farsamooyinka farsamada ayaa muhiim u ah hubinta cimriga dheer iyo isku halaynta ee Transforms Core Transforms.
Marka la soo koobo, Transforms Core-ka Core-ka ee Amorphous wuxuu leeyahay faa iidooyin badan oo ka badan Transforms-ka caadiga ah ee Transforms. Khasaaraha aasaasiga ah ee aasaasiga ah, waxqabadka magnetic sare, waxqabadka sare ee magnetic, iyo cabir yar oo cabir yar iyo miisaan yar ayaa ka dhigaya xulasho soo jiidasho leh codsiyo kala duwan. Maaddaama baahida nidaamyada tamarta hufan ee tamarta ay sii kordhaan, tamar-korontada amorphous core-ka ah waxay u badan tahay inay door muhiim ah ka ciyaaraan sidii ay uga gudbin lahaayeen shuruudahan iyo warshadaha wadista ee ku saabsan cagaarka, mustaqbalka waara.
Waqtiga Post: Nov-21-2023