I-coil yomoya ye-Inductor
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.
