Hakanan za'a iya buga ainihin motar 3D?

Hakanan za'a iya buga ainihin motar 3D? Sabuwar ci gaba a cikin nazarin ma'aunin maganadisu na motsi
Magnetic core abu ne mai kama da takarda tare da babban ƙarfin maganadisu.Ana amfani da su sosai don jagorar filin maganadisu a cikin tsarin lantarki da injina daban-daban, gami da na'urorin lantarki, masu canzawa, injina, janareta, inductor da sauran abubuwan maganadisu.
Ya zuwa yanzu, bugu na 3D na muryoyin maganadisu ya kasance ƙalubale saboda wahalar da ke tattare da ingantaccen aiki.Amma ƙungiyar bincike a yanzu ta fito da ingantaccen kayan aikin masana'anta na tushen Laser wanda suka ce zai iya samar da samfuran da suka fi ƙarfin maganadisu fiye da abubuwan haɗaɗɗiyar maganadisu mai taushi.

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©3D Science Valley White Paper

 

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3D bugu electromagnetic kayan

 

Ƙarin kera karafa tare da kaddarorin lantarki wani fage ne na bincike mai tasowa.Wasu ƙungiyoyin R&D na motoci suna haɓakawa da haɗa abubuwan da aka buga na 3D nasu da amfani da su a cikin tsarin, kuma 'yancin ƙira yana ɗaya daga cikin maɓallan ƙirƙira.
Misali, hadaddun sassa na bugu na 3D tare da kaddarorin maganadisu da lantarki na iya ba da hanya ga injunan injina na al'ada, masu kunna wuta, da'irori da akwatunan gear.Ana iya samar da irin waɗannan injunan a cikin wuraren masana'anta na dijital tare da ƙarancin taro da aiki bayan aiki, da dai sauransu, tunda yawancin sassa ana buga 3D.Amma saboda dalilai daban-daban, hangen nesa na bugu na 3D manya da hadaddun abubuwan injin bai cika ba.Musamman saboda akwai wasu buƙatu masu ƙalubale a gefen na'urar, kamar ƙananan raƙuman iska don ƙara yawan ƙarfin wutar lantarki, ban da batun abubuwan abubuwan abubuwa da yawa.Ya zuwa yanzu, bincike ya mai da hankali kan ƙarin abubuwan “na asali”, kamar 3D-bugu mai taushi-maganin rotors, coils na jan karfe, da masu kula da zafi na alumina.Tabbas, muryoyin maganadisu masu laushi suma suna ɗaya daga cikin mahimman abubuwan, amma mafi mahimmancin cikas da za a warware a cikin tsarin bugu na 3D shine yadda ake rage girman asarar.

 

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Jami'ar Fasaha ta Tallinn

 

A sama akwai saitin 3D da aka buga samfurin cubes wanda ke nuna tasirin wutar lantarki da saurin bugu akan tsarin ma'aunin maganadisu.

 

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Ingantaccen aikin bugu na 3D

 

Don nuna ingantaccen 3D bugu na Magnetic core workflow, masu binciken sun ƙaddara madaidaitan sigogin tsari don aikace-aikacen, gami da ikon laser, saurin dubawa, tazarar ƙyanƙyashe, da kauri.Kuma an yi nazarin tasirin ma'aunin cirewa don cimma mafi ƙarancin asarar DC, ƙima-tsaye, asarar hysteresis da mafi girman iyawa.An ƙaddara mafi kyawun zafin jiki na annealing ya zama 1200 ° C, mafi girman girman dangi shine 99.86%, mafi ƙasƙanci mafi ƙasƙanci shine 0.041mm, asarar mafi ƙasƙanci shine 0.8W/kg, kuma ƙarfin yawan amfanin ƙasa shine 420MPa.

Tasirin shigar da kuzari akan tarkacen saman 3D bugu na maganadisu

A ƙarshe, masu binciken sun tabbatar da cewa masana'antar ƙari na ƙarfe na tushen Laser hanya ce mai yuwuwa don 3D bugu na kayan magnetic core.A cikin aikin bincike na gaba, masu binciken sun yi niyya don siffanta ƙananan tsarin ɓangaren don fahimtar girman hatsi da daidaitawar hatsi, da tasirin su akan haɓakawa da ƙarfi.Masu binciken za su kuma ƙara bincika hanyoyin da za a inganta 3D bugu na ainihin lissafi don inganta aiki.

Lokacin aikawa: Agusta-03-2022