Leliphi icandelo le patch inductor ? Ingaba i-inductor enethayile isebenza njani? Okulandelayo I-GV Electronics - Umnikezeli we- inductor wamandla angokwezifiso kunye nale mibuzo mibini ukuqonda umxholo olandelayo!
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1-Yintoni i-patch inductor element
I-Inductance licandelo eliguqula langoku libe yi-magnetic field energy. Ixabiso le-inductance libonisa ukukwazi kwangoku ukuvelisa intsimi yamagnetic. Ngaphantsi kwangoku okufanayo, ukujija ucingo kwi-coil ye-multi-turn inokunyusa intsimi yamagnetic. Ukongeza izixhobo zokuqhuba kazibuthe ezinje ngentsimbi engundoqo kwikhoyili kunokunyusa kakhulu amandla ombane. Ke ngoko, ii-inductors eziqhelekileyo ziikhoyili ezinentsimbi eyakhelweyo.
I-Inductance: Xa i-coil idlula ngoku, ukunyuswa kwamagnetic field kwenziwa kwi-coil, kwaye i-magnetic field induced iya kuvelisa i-current induced yokumelana nokudlula ngoku kwi-coil. Sibiza le ntsebenziswano yangoku kunye nekhoyili i-reactance inductive, okanye inductance, kuHenry (H). Le propati ingasetyenziselwa ukwenza amacandelo e-inductor.
2- umgaqo wokusebenza
I-inductance ngumlinganiselo wemagnethi yocingo ukuya kumbane ovelisa imagnethi etshintshanayo eveliswa ngaphakathi ngaphakathi kocingo xa umsinga otshintshanayo udlula kwintambo. Xa i-DC yangoku idlula kwi-inductor, kuphela umgca wemagnethi osisigxina owenziwe ngeenxa zonke, ongatshintshiyo ngexesha.
Kodwa xa i-alternate current idlula kwikhoyili, ijikelezwe yimigca yemagnethi etshintsha ngokuhamba kwexesha. Ngokomthetho kaFaraday wokungeniswa kwe-electromagnetic -- ukuveliswa kombane, umgca wemagnethi oguqukayo uya kuvelisa amandla okukhuthaza kuzo zombini iziphelo zekhoyili, elilingana "nomthombo wamandla omtsha". Xa i-loop evaliweyo yenziwe, le nto inokuthi ibangele iya kuvelisa i-current induced current. Ngokomthetho kaLenz, isixa esipheleleyo semigca yamagnetic eveliswa yi-induced current kufuneka izame ukuthintela ukutshintshwa kwemigca yamagnetic field. Utshintsho lomgca wamagnetic luvela ekutshintsheni ukunikezelwa kwamandla angaphandle, ngoko ke kwisiphumo senjongo, i-coil ye-inductor inempawu yokuthintela utshintsho lwangoku kwisekethe ye-AC. Ikhoyili ye-inductor inento efana ne-INERTIA kwi-mechanics, kwaye ibizwa ngokuba yi-"SELF-INUCTION" kumbane. Ngokuqhelekileyo, iintlantsi ziya kwenzeka ngexesha lokuvula okanye ukutshintshela kwi-knife switch, ebangelwa yi-self-induction phenomenon evelisa amandla aphezulu kakhulu.
Ngamafutshane, xa i-coil ye-inductor ixhunywe kwi-AC power supply, umgca we-magnetic field ngaphakathi kwekhoyili uya kutshintsha ngokutshintshana ngoku, okukhokelela ekufakweni kwe-electromagnetic kwi-coil. La mandla e-electromotive abangelwa utshintsho lwangoku lwekhoyili ngokwayo ibizwa ngokuba yi "self-induced electromotive force". Ingabonwa ukuba i-inductance kuphela iparameter ehambelana nenani leekhoyili, ubungakanani kunye nokuma kwekhoyili kunye nephakathi. Ingumlinganiselo we-inertia ye-coil ye-inductance kwaye ayinanto yakwenza nombane osetyenzisiweyo.
UMGAQO woTshintsho: 1. Ikhoyili ye-inductor mayithathwe endaweni yayo ngexabiso layo lokuqala (ukujika okulinganayo nobukhulu obulinganayo). I-2, i-inductance ye-patch idinga kuphela ubungakanani obufanayo, kodwa kwakhona inokutshintshwa ngu-0 OHresistor okanye ucingo.
Oku ngasentla sisingeniso kumgaqo wokusebenza we-inductor enethayile. Ukuba ufuna ukwazi ngakumbi malunga ne-inductor enethayile, nceda uqhagamshelane nathi.
ngokukhethekileyo kwimveliso yeentlobo ezahlukeneyo zombala we-ring inductors, ii-beaded inductors, i-inductors ezithe nkqo, i-tripod inductors, i-patch inductors, i-bar inductors, iikhoyili zemowudi eqhelekileyo, i-high-frequency transformers kunye nezinye izinto ezisebenza ngemagnethi.
Ixesha lokuposa: Sep-27-2022