2019 Umgangatho olungileyo China Ferrite Core Imowudi eqhelekileyo Choke, Inductor Coil for EMI Filter
Iingcaphuno ezikhawulezayo nezigqwesileyo, abacebisi abanolwazi ukukunceda ukhethe imveliso echanekileyo ehambelana nazo zonke iimfuno zakho, ixesha elifutshane lokuvelisa, ulawulo oluphezulu olunoxanduva kunye neenkonzo ezizodwa zokuhlawula kunye nemicimbi yokuthumela ngo-2019 uMgangatho oLungileyo waseTshayina Ferrite Core Common Mode Choke, Inductor Coil kwi-EMI Filter, Njengoko siqhubela phambili, sibambe iliso kuluhlu lwethu lweemveliso ezihlala zikhula kwaye siphucula iinkampani zethu.
Iikowuteshini ezikhawulezayo nezigqwesileyo, abacebisi abanolwazi ukukunceda ukhethe imveliso echanekileyo ehambelana nazo zonke iimfuno zakho, ixesha elifutshane lokuvelisa, ulawulo oluphezulu olunoxanduva kunye neenkonzo ezizodwa zokuhlawula kunye nemicimbi yokuthumela ngenqanawa.China Toroidal Core, Nanocrystalline Cutting Core, Siyanda ukwandisa isabelo sethu semarike yamazwe ngamazwe ngokusekelwe kwiimveliso ezisemgangathweni, inkonzo ebalaseleyo, ixabiso elifanelekileyo kunye nokuhanjiswa ngexesha elifanelekileyo. Nceda uqhagamshelane nathi nangaliphi na ixesha ngolwazi oluthe kratya.
Iimodeli zeekhoyili zomoya i-air core coil inductor ene-axial lead lead. Ikhoyili kunye nemilinganiselo yelothe iyalungiseka.
Sithumele olu hlobo lwekhoyili ye-SMD inductor ikakhulu e-USA, UK, Germany, Korea naseCanada.
Izinto eziluncedo:
1.Customized ngokwesicelo sakho esisodwa
2.Ukuchaneka okuphezulu kakhulu
3. Zonke iimveliso zivavanyiwe 100%.
4. Yakha ukuqinisekisa ukuba i-ROHS iyahambelana
I-5.Ixesha elifutshane kunye nesampuli esheshayo
6. Khetha kwaye ubeke inkqubo enokwenzeka
7. I-solderability elungileyo (izikhonkwane zokudibanisa ezinkonkxiweyo)
8.Tape & Reel ukupakishwa
Ubungakanani kunye nemilinganiselo:
| ID+0.1/-0 .05 | UJIKE | A(REF) | B(REF) | C±0.2 |
| 3 | 11 | 6.5 | 3.8 | 1. 5 |
Iiparamitha
| Igama | Inkcazo |
| ID | I-ID yesiphalukana |
| NET | Igama lesekhethi |
| *M | Ubuninzi bezinto - ayisetyenziswanga kule modeli |
| I-NTturns | Inani lokujika |
| WireDia | Ububanzi bocingo |
| CoilDia | Ikhoyili ububanzi bangaphakathi |
| I-pitch | Umgama phakathi kojiko, ulinganiswe ukusuka kumbindi wocingo ukuya embindini |
| LeadLen | Ubude belothe |
| LeadOff | Umgama wokulinganisa phakathi komzimba wekhoyili kunye nokuqala kwelothe |
| LeadType | Uhlobo lomfowunelwa okhokelayo: 0=iposti engqukuva, 1=ithebhu esezantsi ecaba, 2=ithebhu eflethi ephakanyisiweyo |
| TabLenRatio | Umlinganiselo wobude bethebhu ukuya kubude obupheleleyo beLeadType=1 okanye 2. 0 |
| Rho | Isixa esikhulu sokumelana nentsimbi ye-conductor eqhelekileyo ukuya kwigolide |
Isicelo:
1. Iinkqubo zonxibelelwano ngesathelayithi
2. Izixhobo zokuvavanya kunye nezixhobo ze-microwave
3.Iisekethe zikamabonwakude.
4.Ii-Transmitter kunye ne-band pass filters.
Ngaba ufuna ikhoyili yomoya?
Ziziphi iingenelo zekhoyili engundoqo womoya?
I-inductance yayo ayichaphazeleki ngoku ikhoyo ngoku. Oku kuyachasana nemeko yeekhoyili ezisebenzisa ii-ferromagnetic cores ezithi inductance ithande ukufikelela kwincopho kumandla aphakathi ebaleni phambi kokuhla ukuya ku-zero njengoko kusondela ukuzaliseka. Ngamanye amaxesha ukungabikho komgca kwi-curve yemagnetization kunokunyamezela; umzekelo ekutshintsheni abaguquli. Kwiisekethe ezinje nge-audio cross over networks kwi-hi-fi speaker systems kufuneka ukuphephe ukugqwetheka; emva koko ufuna ikhoyili yomoya. Uninzi lwabasasazi berediyo baxhomekeke kwiikhoyili zomoya ukuthintela ukuveliswa kwee-harmonics.
Iikhoyili zomoya nazo azinayo 'ilahleko yentsimbi' echaphazela iintsimbi zeferromagnetic. Njengoko i-frequency isondiswa le nzuzo iba ngokubaluleka ngakumbi. Ufumana i-Q-factor engcono, ukusebenza kakuhle okukhulu, ukuphatha amandla amakhulu, kunye nokuphazamiseka okuncinci.
Okokugqibela, iikhoyili zomoya zingayilwa ukuba zisebenze kumaza omoya ukuya kuthi ga kwi-1 Ghz. Uninzi lwee-ferromagnetic cores zidla ngokuba yilahleko ngaphezulu kwe-100 MHz.
Kwaye 'icala eliphantsi'?
Ngaphandle kondoqo wokungena okuphezulu kufuneka ube nokujika okungaphezulu kunye/okanye okukhulu ukuze ufezekise ixabiso elinikiweyo le-inductance. Ukujika okungaphezulu kuthetha iikhoyili ezinkulu, i-self-resonance ephantsi kunye nokulahleka okuphezulu kobhedu. Kwiifrikhwensi eziphezulu awufuni ukunyanzeliswa okuphezulu, ke oku kungaphantsi kwengxaki.
Imitha elahlekileyo yendawo enkulu kunye nokuthatha. Ngeendlela zemagneti ezivaliweyo ezisetyenziswa kwii-cored inductors imitha ayibi kakhulu. Njengoko i-diameter inyuka isiya kubude be-wavelength (lambda = c / f), ilahleko ngenxa yemitha yombane yombane iya kubaluleka. I-Balanis ineenkcukacha ze-gory. Unokukwazi ukunciphisa le ngxaki ngokufaka i-coil kwisikrini, okanye ngokuyixhoma kwii-engile ezichanekileyo kwezinye iikhoyili ekunokuthi zidibanise nazo.
Unokuba usebenzisa icoil cored air hayi ngenxa yokuba ufuna into yesekethe ene-inductance ethile ngese nganye kodwa ngenxa yokuba ikhoyili yakho isetyenziswa njengesivamvo sokusondele, i-loop antenna, i-heater induction, iTesla coil, i-electromagnet, intloko yemagnetometer okanye idyokhwe yokuphambuka njl. Emva koko intsimi yangaphandle inokuba yinto oyifunayo.Iingcaphuno ezikhawulezayo nezigqwesileyo, abacebisi abanolwazi ukukunceda ukhethe imveliso echanekileyo ehambelana nazo zonke iimfuno zakho, ixesha elifutshane lokuvelisa, ulawulo oluphezulu olunoxanduva kunye neenkonzo ezizodwa zokuhlawula kunye nemicimbi yokuthumela ngo-2019 uMgangatho oLungileyo waseTshayina Ferrite Core Common Mode Choke, Inductor Coil kwi-EMI Filter, Njengoko siqhubela phambili, sibambe iliso kuluhlu lwethu lweemveliso ezihlala zikhula kwaye siphucula iinkampani zethu.
2019 Umgangatho olungileyoChina Toroidal Core, Nanocrystalline Cutting Core, Siyanda ukwandisa isabelo sethu semarike yamazwe ngamazwe ngokusekelwe kwiimveliso ezisemgangathweni, inkonzo ebalaseleyo, ixabiso elifanelekileyo kunye nokuhanjiswa ngexesha elifanelekileyo. Nceda uqhagamshelane nathi nangaliphi na ixesha ngolwazi oluthe kratya.
