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I-toroidal inductor yamandla
Ku-sendust power toroidal inductor, Inzuzo enkulu yilena: I-SENDUST ne-KOOL MU cores asabalaliswa izikhala zomoya ezinokulahlekelwa okuphansi kumaza aphezulu, Ngokufaka imbobo ngemikhondo efakwe ngaphambili engadayiswa ngokuqondile ku-PCB. Ukulahlekelwa kungaphansi kwalokho kwe- i-iron powder core, izici ezinhle eziqondile zensimbi ye-silicon magnetic circulation circulation, futhi izindleko ziphakathi kwe-iron powder core kanye ne-iron nickel molybdenum (MPP) powder core
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I-PFC Inductor Toroidal High Current Power Inductor
I-PFC inductor iyingxenye esemqoka yesekethe ye-PFC (Power Factor Correction).
Isekethe ye-PFC yayisetshenziswa kakhulu ekunikezeni amandla kagesi e-UPS ezinsukwini zokuqala, kodwa isifunda se-PFC sasingavamile ukubonakala kwezinye izinto zamandla ze-PC; kodwa ngokuhamba kwesikhathi ngezitifiketi ezithile (ezifana nokuvela kwe-CCC) kuholele ekukhuphukeni kwama-inductors e-PFC emkhakheni wezinsiza zamandla aphansi.
Isici se-PFC Inductor:
1. Yenziwe nge-sendust core noma i-Amorphous core
2. Izinga lokushisa elisebenzayo lingu-50~+200℃
3.Ukusebenza okuhle kwamanje kwe-Superposition
4. Ukulahlekelwa kwensimbi ephansi
5. I-coefficient yezinga lokushisa elibi
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I-Toroid iminyanisa ngesisekelo
Inzuzo ye-toroid chokeszigqame kakhulu, njengokugcwala okuthambile okungcono, ukulahlekelwa okubalulekile okunganakwa, ukuzinza kwezinga lokushisa kanye nezindleko eziphansi. I-inductor ene-Fe Si Al magnetic powder core ingaqeda ukonakala okubangelwa igebe lomoya lendandatho kazibuthe ye-ferrite.
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Inductor yamandla
Ama-inductors e-Toroidal ayingxenye ye-passive efaka ikhoyili yenxeba le-insulated noma le-enameled wire efomini elimise okwedonathi elenziwe nge-ferrite noma insimbi eyimpuphu. Eziwusizo futhi ezinokwethenjelwa, ama-toroids asetshenziswa kumiklamo yesekethe ye-low-frequency edinga ama-inductances amakhulu. Zisetshenziswa kakhulu kwezokwelapha, izimboni, zenuzi, imikhiqizo yomsindo we-aerospace, umshayeli we-LED nokushaja okungenantambo kwemoto,nezinye izinhlelo zokusebenza ze-elekthronikhi. Uma idizayini yakho yesifunda idinga i-toroidal inductor yekhwalithi, ithole kubakhiqizi abaholayo, kwa-Future Electronics.
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I-PFC inductor
I-PFC inductor, ebizwa nangokuthi i-toroidal inductor,Iyakwazi ukuphatha i-DC bias yamanje ephezulu kakhulu ene-inductance roll encane evaliwe.
"Ukulungiswa Kwesici Samandla" Isici samandla isilinganiso samandla asebenzayo ahlukaniswa yisamba sokusetshenziswa kwamandla (amandla abonakalayo).
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Inductor yamandla e-toroidal eguquguqukayo ephezulu
I-toroidal coil inductance iyisimo esihle kakhulu ku-inductance theory. Inomjikelezo kazibuthe ovaliwe kanye nezinkinga ezimbalwa ze-EMI. Isebenzisa ngokugcwele isekethe kazibuthe futhi kulula ukuyibala. It has cishe izinzuzo theory. I-toroidal coil inductance ehlanganisa konke. Nokho, kunenkinga eyodwa enkulu. , Akulula ukunwaya intambo, futhi inqubo iphathwa ngesandla.
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200uH Sendust Core Inductor
200uH Sendust Core Inductor
I-inductor yamandla yamanje ephezulu kakhulu yenziwe ngekhwalithi ephezulu ye-PEW noma i-EIW yocingo lwethusi
AUbuhle bale khoyili yekhwalithi ephezulu enocingo lwe-litz kanye ne-ferrite fortification phakathi nendawo ukuthi amadivaysi asebenzisa lesi sixazululo angashajwa eziteshini zokushaja zazo zombili izindinganiso.
Izinzuzo:
1.Customized ngokuvumelana nesicelo sakho esiyingqayizivele
2. Ukusebenzisa i-Elektrisola wire, ukuzinza okuphezulu.
3. Ikhoyili yesilonda esinembayo kanye ne-100% konke okuhloliwe ukuze kuqinisekiswe ikhwalithi.
4. Yakha ukuze uqinisekise ukuthi i-ROHS iyahambisana
5.Isikhathi esifushane sokuhola kanye nesampula esheshayo
6.Amasampula anganikezwa ukuze uhlolwe
Izici:
1. Ububanzi bentambo: Kwenziwe ngokwezifiso
2. Yamanje ephezulu, kufika ku-65A TYP
3. Okwamanje: 200uH
4. Kwenziwe ngokusho kwekhasimende's isicelo
Usayizi nobukhulu:
1. I-Inductance: 200uH ku-32A.
2. I-RMS yangempela engu-32.2A yamanje rms 50Hz sine, kodwa sifuna amandla aphezulu wamanje we-50A, ngoba ukusebenza kahle kubaluleke kakhulu kuphrojekthi.
3. Saturation yamanje > 62A (50% of inductance nominal)
4. I-Ripple yamanje: 16A
5. I-voltage yangempela engu-400V ifinyelela phezulu kuya ku-50kHz.
6. Azikho izindlu, ama-inductors azimele kuphela, sizothela ama-inductors ku-resin.
7. Imvamisa ye-Resonant Fr > 2.5MHz.
Ngokucabangela isidingo senani le-SRF elidingeka kakhulu, sikhethe le ndandatho kazibuthe emnyama enkulu ukuze isontshwe.
Emkhakheni we-magnetic toroidal inductors, ama-inductors amancane kazibuthe anesidingo esikhulu emakethe. Ngokuphambene nalokho, kunama-magnetic loop inductors ambalwa amakhulu, asekelwe ebunzimeni bobuchwepheshe nezinkinga zezindleko.
Ubuchwepheshe obuvuthiwe wukuzethemba kwefekthri.
Embonini yethu, abasebenzi abanamakhono baneminyaka engaphezu kweyishumi yokuhlangenwe nakho kwezobuchwepheshe. Ekukhiqizeni lezi zinhlobo ezahlukene zama-magnetic loop inductors, isikhathi sabasebenzi nobuchwepheshe bukhona ngesinyathelo esisodwa, esixazulula kakhulu inkinga yokusebenza kahle kokukhiqiza.
Ukuklama lo mkhiqizo "ophezulu" emithathu, siphumelele izivivinyo eziningi futhi sanquma isisombululo sokugcina esinekhono ngokukhetha impahla nezindlela zokukhiqiza.
Izidingo eziqinile zamakhasimende nazo zingamandla ethu okushayela.
Izinto zethu eziwumgogodla kazibuthe nezinto zocingo lwethusi zithengwa kubakhiqizi bempahla yokusetshenziswa basekhaya abadumile i-KDM ne-Pacific Copper Wire. Ubuciko bezandla nezinto ezisezingeni eliphezulu kwenza imikhiqizo ye-Mingda ibe nesiqiniseko sekhwalithi eyengeziwe.
Ngesikhathi esifanayo, ukugada kwethu kwekhwalithi kufana nokuthintwa kokuqeda, ngokuhlola ngokucophelela nokuhlola ngaphambi kokuthunyelwa, nezindlela zokupakisha eziphephile nezithembekile. Imikhiqizo esiyithengisayo izuze ukudunyiswa ngazwi linye kumakhasimende aseKorea naseJapan!
