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Inductor yamandla e-toroidal
Kwi-sendust power toroidal inductor, Eyona nzuzo iphambili yile: SENDUST kunye neKOOL MU cores zisasazwa izikhewu zomoya kunye nelahleko ephantsi kumaza omoya aphezulu, Ngokuhamba komngxuma onamakhonkco angaphambili anokuthengiswa ngokuthe ngqo kwiPCB. Ilahleko ingaphantsi kunaleyo ye Undoqo womgubo wentsimbi, iimpawu zentsimbi ezithe tye zesilicon ezijikelezayo, kwaye iindleko ziphakathi kombindi wentsimbi kunye nentsimbi nickel molybdenum (MPP)
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I-PFC Inductor yeToroidal ePhezulu yangoku yaMandla oMenzi
I-PFC inductor licandelo eliphambili le-PFC (uLungiso lwe-Power Factor Correction).
Isekethe ye-PFC yayisetyenziswa ngakumbi kunikezelo lwamandla e-UPS kwiintsuku zokuqala, kodwa isekethe yePFC yayingafane ibonwe kwezinye izixhobo zombane zePC;kodwa kamva kunye nezinye iziqinisekiso (ezifana nokuvela kweCCC) kuye kwakhokelela ekunyukeni kwee-inductors ze-PFC kwintsimi yamandla aphantsi kwamandla.
Uphawu lwe-PFC Inductor:
1. Yenziwe nge-sendust core okanye i-Amorphous core
2. Uluhlu lobushushu obusebenzayo yi -50 ~+200℃
3.Ukusebenza kakuhle kwe-superposition yangoku
4. Ilahleko yentsimbi ephantsi
5. I-coefficient yeqondo lokushisa elibi
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I-Toroid ikrwitsha ngesiseko
Inzuzo ye-toroid chokeszivelele ngakumbi, ezifana nokuhluthwa okuthambileyo okungcono, ilahleko engundoqo engabalulekanga, ukuzinza kobushushu kunye neendleko eziphantsi.I-inductor ene-Fe Si Al ye-powder core inokuphelisa ukungonakali okubangelwa ngumsantsa womoya we-ferrite magnetic ring.
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Inductor yamandla
I-Toroidal inductors ngamacandelo angabonakaliyo abonisa i-coil ye-insulated okanye i-enameled wire nxeba kwifom ye-donut eyenziwe nge-ferrite okanye i-powder powder.Isebenza kwaye inokwethenjelwa, i-toroids isetyenziselwa ukuyila kweesekethe ezisezantsi ezifuna inductances enkulu.Zisetyenziswa ngokubanzi kwezonyango, kwishishini, kwinyukliya, kwiimveliso zomsindo we-aerospace, umqhubi we-LED kunye nokutshaja ngaphandle kwamacingo,kunye nezinye izicelo ze-elektroniki.Ukuba uyilo lwakho lwesekethe lufuna umgangatho we-toroidal inductor, zifumane kubavelisi abahamba phambili, kwi-Future Electronics.
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PFC inductor
I-PFC inductor, ebizwa ngokuba yi-toroidal inductor,Iyakwazi ukuphatha i-DC bias ephezulu yangoku kunye ne-inductance roll encinci.
"Ukulungiswa kweFactor Factor" Umba wamandla ngumlinganiselo wamandla asebenzayo owahlulwe ngokusetyenziswa kwamandla ewonke (amandla abonakalayo).
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Inductor yamandla e-toroidal eguquguqukayo ephezulu
I-toroidal coil inductance yindlela efanelekileyo kakhulu kwi-inductance theory.Inomjikelezo wemagnethi ovaliweyo kunye neengxaki ezimbalwa ze-EMI.Isebenzisa ngokupheleleyo isekethe yamagnetic kwaye kulula ukuyibala.Ineenzuzo phantse zethiyori.Kuko konke okubandakanya i-coil inductance ye-toroidal.Nangona kunjalo, kukho enye ingxaki enkulu., Akukho lula ukukrwela intambo, kwaye inkqubo ikakhulu iphathwa ngesandla.
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200uH Sendust Core Inductor
200uH Sendust Core Inductor
Inductor yamandla yangoku ephezulu yenziwe ubukhulu becala ngePEW okanye ucingo lobhedu lwe-EIW
Ainzuzo yalo mgangatho ophezulu wekhoyili kunye ne-litz wire kunye ne-fortification ye-ferrite embindini kukuba izixhobo ezisebenzisa esi sisombululo zinokuhlawuliswa kwizikhululo zokutshaja zombini imigangatho.
Izinto eziluncedo:
1.Customized ngokwesicelo sakho esisodwa
2. Ukusebenzisa ucingo lwe-Elektrisola, ukuzinza okuphezulu.
3. Ikhoyili yenxeba echanekileyo kunye ne-100% yonke ihlolwe ukuqinisekisa umgangatho.
4. Yakha ukuqinisekisa ukuba i-ROHS iyahambelana
I-5.Ixesha elifutshane kunye nesampuli esheshayo
6.Iisampulu zinokubonelelwa kuvavanyo lwakho
Iimbonakalo:
1. Idayimitha yocingo: Yenzelwe wena
2. Yangoku ephezulu, ukuya kuthi ga kwi-65A TYP
3. Okwangoku: 200uH
4. Yenziwe ngokomthengi's isicelo
Ubungakanani kunye nemilinganiselo:
1. I-Inductance: 200uH ye-32A.
2. Eyona RMS yangoku 32.2A rms 50Hz sine, kodwa sifuna amandla aphezulu angoku we-50A, kuba ukusebenza kakuhle kubaluleke kakhulu kwiprojekthi.
3. I-Saturation yangoku> 62A (50% ye-nominal inductance)
4. I-Ripple yangoku: 16A
5. Owona mandla ombane 400V encopho-to-peak 50kHz.
6. Akukho zindlu, ii-inductors ezizimeleyo kuphela, siya kugalela i-inductors kwi-resin.
7. I-Resonant frequency Fr> 2.5MHz.
Ukuthathela ingqalelo imfuno yexabiso eliphezulu le-SRF, sikhethe le ring nkulu imnyama yojingiso.
Kwintsimi yee-inductors ze-toroidal magnetic, ii-inductors ezincinci zemagneti zinemfuno enkulu kwimarike.Ngokuchasene noko, kukho ii-inductors ezinkulu ezimbalwa zemagnethi, ezisekwe kubunzima bobugcisa kunye nemiba yeendleko.
Itekhnoloji evuthiweyo kukuzithemba komzi-mveliso.
Kwifektri yethu, abasebenzi abanezakhono baneminyaka engaphezu kweshumi yamava obugcisa.Ekuvelisweni kwezi ntlobo zahlukeneyo ze-magnetic loop inductors, ixesha labasebenzi kunye nobuchwepheshe bubekwe kwinqanaba elinye, elisombulula kakhulu ingxaki yokusebenza kakuhle kwemveliso.
Ukuyila le mveliso emithathu "phezulu", siye saphumelela iimvavanyo ezininzi kwaye sagqiba isisombululo esifanelekileyo ngokukhetha izinto kunye neendlela zokuvelisa.
Iimfuno ezingqongqo zabathengi nazo zingamandla ethu okuqhuba.
Izixhobo zethu ezingundoqo zemagneti kunye nezixhobo zocingo lobhedu zithengwa kubavelisi bezinto zasemakhaya abadumileyo beKDM kunye nePacific Copper Wire.Ubugcisa bezakhono kunye nezixhobo eziphezulu zenza iimveliso ze-Mingda ziqinisekise ngakumbi umgangatho.
Kwangaxeshanye, ukongamela kwethu umgangatho kufana nokugqiba, ngokuhlolwa ngononophelo kunye novavanyo ngaphambi kokuthunyelwa, kunye neendlela ezikhuselekileyo nezithembekileyo zokupakisha.Iimveliso esizithengisayo ziphumelele indumiso ngamxhelo mnye kubathengi baseKorea naseJapan!
