I-Mu 49 (FeNi50) I-Soft Magnetic Alloy Wire/Strip/Rod

I-alloy ye-nickel yesinyithi ethambileyo ikwisiseko se-nickel yesinyithi enenani elahlukileyo le-Co, Cr, Cu, Mo, V, Ti, Al, Nb, Mn, Si kunye nezinye izinto ze-alloy, yeyona iguquguqukayo kakhulu kwi-alloy ye-nickel yesinyithi, uhlobo lweentlobo ezininzi kunye neenkcukacha, umthamo emva kwephepha lesinyithi le-silicon kunye nesinyithi esicocekileyo sombane. Xa kuthelekiswa nezinye i-alloy ye-magnetic ethambileyo, i-alloy kwintsimi ye-geomagnetic inomphetho ophezulu kakhulu we-magnetic kunye namandla aphantsi okunyanzela, ezinye i-alloy zikwanayo ne-rectangular hysteresis loop, okanye i-residual magnetic induction intensity ephantsi kakhulu kunye neempawu ze-magnetic permeability eziqhubekayo kwaye inenjongo ekhethekileyo.
Olu hlobo lwe-alloy luneempawu ezilungileyo zokulwa nomhlwa kunye neempawu zokucubungula, imilo kunye nobukhulu zinokwenziwa zibe ziinxalenye ezichanekileyo kakhulu. Ngenxa yokuba i-alloy inamandla okumelana nesinyithi esicocekileyo kunye ne-silicon steel sheet, kwaye kulula ukuyicubungula ibe yibhanti ebhityileyo, ukuze phantsi kwebhanti encinci ye-microns, ifakwe kwi-MHZ embalwa rhoqo.
Ubunzulu bokufakelwa kwemagnethi egcweleyo kunye nobushushu beCurie be-alloy buphezulu kunezixhobo ze-ferrite ezithambileyo zemagnethi, kwishishini leenqwelo moya nakwezinye iimboni ze-elektroniki ukuvelisa uvakalelo oluphezulu, ukuchaneka kobungakanani, umthamo omncinci, ilahleko ephantsi kwi-frequency ephezulu, ukuzinza kwexesha kunye nobushushu kunye nomsebenzi wezixhobo ezikhethekileyo ze-elektroniki. Kunxibelelwano, izixhobo, ikhompyutha ye-elektroniki, ulawulo olukude, ukuqonda okukude njalo njalo zisetyenziswa kakhulu kwinkqubo.

I-alloy ethambileyo yemagnethi ikwintsimi yemagnethi ebuthathaka ene-permeability ephezulu kunye namandla aphantsi okunyanzela e-alloys. Olu hlobo lwe-alloy lusetyenziswa kakhulu kwi-electronics yerediyo, izixhobo ezichanekileyo kunye neemitha, ulawulo olukude kunye nenkqubo yolawulo oluzenzekelayo, indibaniselwano isetyenziselwa kakhulu ukuguqulwa kwamandla kunye nokucubungula ulwazi, iinkalo ezimbini zesixhobo esibalulekileyo kuqoqosho lwesizwe.

Intshayelelo
Intsimi yangaphandle yemagnethi ethambileyo ye-alloy magnetic phantsi kwesenzo se-magnetization elula, isiseko siyanyamalala emva kokususwa kwentsimi yamagnetic ye-magnetic induction intensity kunye ne-alloys magnetic.
Indawo ye-hysteresis loop incinci kwaye incinci, amandla okunyanzela ngokubanzi angaphantsi kwe-800 a/m, ukumelana okuphezulu, ilahleko yamandla e-eddy incinci, ukuvuleka okuphezulu, ukufakelwa kwemagnethi ephezulu. Ngokuqhelekileyo zicutshungulwa zibe ngamaphepha kunye nemicu. I-Melt yalungiswa. Isetyenziswa kakhulu kwizixhobo zombane, kushishino lonxibelelwano kwiindawo ezahlukeneyo eziphambili (ezifana ne-transformer core, i-relay iron core, i-choke coil, njl.njl.). I-soft magnetic alloy esetyenziswa rhoqo inentsimbi yombane enekhabhoni ephantsi, i-eminem iron, i-silicon steel sheet, i-soft magnetic alloy, i-iron, i-cobalt soft magnetic alloy, i-nickel iron iron i-silicon soft magnetic alloy, njl.njl.

Iimpawu zomzimba
Phantsi kwesenzo sentsimi yamagnetic yangaphandle ngokulula emva kokwenziwa kombane, ngaphandle kwentsimi yamagnetic yobunzulu bokungeniswa kombane (ukungeniswa kombane) kunye nokunyamalala okusisiseko kwe-alloy yemagnethi. Indawo ye-Hysteresis loop incinci kwaye incinci, amandla okunyanzela (Hc) aphakathi angaphantsi kwe-10 Oe (jonga i-alloy echanekileyo). Ngasekupheleni kwenkulungwane ye-19 yenziwe nge-motor yentsimbi esezantsi yekhabhoni kunye ne-transformer core. I-1900 magnetic higher steel sheet yatshintsha ngokukhawuleza intsimbi esezantsi yekhabhoni, esetyenziswa ekwenzeni iimveliso zombane kushishino lwamandla ombane. Ngo-1917 i-alloy ye-Ni-Fe ukuze ivumelane neemfuno zangoku zenkqubo yefowuni. Emva koko i-alloy ye-Fe-Co eneempawu ezahlukeneyo zemagnethi (1929), i-Fe-Si-Al alloy (1936) kunye ne-Fe-Al alloy (1950) ukuhlangabezana nenjongo ekhethekileyo. Ngo-1953 iTshayina yaqala ukuvelisa ishidi lesinyithi le-silicon elitshisiweyo elishushu. Ngasekupheleni kweminyaka yoo-1950 yaqala ukufunda i-Ni-Fe kunye ne-alloy ethambileyo yemagnethi efana ne-Fe, Co, 60s kancinci yaqala ukuvelisa ezinye ze-alloy enkulu yemagnethi ethambileyo. Ngasekupheleni kweminyaka yoo-1970 imveliso ye-cold rolled ibhanti yentsimbi yesilicon.
Iimpawu zemagnethi ze-alloy ethambileyo yemagnethi ikakhulu zezi: (1) amandla okunyanzela (Hc) kunye nokulahleka okuphantsi kwe-hysteresis (Wh); (2) i-resistivity (rho) iphezulu, ilahleko ephantsi ye-eddy current (We); (3) i-permeability yokuqala (mu 0) kunye ne-high ephezulu.

Iintlobo eziphambili ze
Ingahlulwa ibe yintsimbi yombane enekhabhoni ephantsi kunye nesinyithi se-eminem, ishiti yesinyithi se-silicon, i-nickel iron soft magnetic alloy, isinyithi, i-cobalt soft magnetic alloy, isinyithi, i-silicon aluminium soft magnetic alloy, njl., ngokweshishini lamandla ombane, isetyenziswa kakhulu kwintsimi ephezulu yemagnethi ene-induction ephezulu yemagnethi kunye nokulahleka okuphantsi kwe-alloy. Kwishishini le-elektroniki, isetyenziswa kakhulu kwintsimi ephantsi okanye ephakathi yemagnethi ene-permeability ephezulu kunye ne-coercivity ephantsi ye-alloy. Ngaphantsi kwe-frequency ephezulu kufuneka yamkele umcu obhityileyo okanye i-resistivity ephezulu ye-alloy. Ishiti okanye umcu osetyenziswa rhoqo.

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Iimpawu zomzimba

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