Yini Amakhoyili we-Inductance Avame Ukusetshenziselwa | ULULAME

Amakhoyili we-inductance akhona empilweni yethu yansuku zonke ngezindlela nezakhiwo ezahlukahlukene.Ngakhathalekile ukucushwa, lokhu kuhlobene kakhulu.Isibonelo, sidinga ukugibela ibhasi lapho siya emsebenzini.Udinga ukuboleka ikhadi lebhasi ukukhokhela uhambo Ngalesi sikhathi, indlela yokukhokha yebhasi yakha iluphu ngekhadi lebhasi lenkampani yethu, ngakho-ke lo mphumela ungatholakala ngokusebenzisa isimiso sokusebenza ikhoyili lokungeniswa .Lapho-ke, ikuphi okulethwe ngumenzi wamakhoyili we-inductor uGetwell kuthina?

Ukungeniswa okusebenzayo kusebenza ngokusebenzisa umthetho wokungeniswa kwe-electromagnetic. Lapho amandla kagesi egeleza ocingweni, kufanele akhe inkambu ye-electromagnetic ezungeze ucingo.Nocingo lwensimu ye-electromagnetic uqobo luzodala ucingo kuhlelo lwensimu ye-electromagnetic.Ngocingo olukhiqiza insimu ye-electromagnetic, umphumela walo okubizwa nge- "self-induction", okusho ukuthi, ukushintsha kwamanje okwenziwe wucingo uqobo kukhiqiza amandla kazibuthe. Le nsimu kazibuthe iphinde ithinte okukhona manje ezintanjeni; Umphumela onayo kwezinye izintambo kule nsimu ye-electromagnetic ibizwa nge- "mutual inductance ".

Yini amakhoyili wokungeniswa ngokuvamile angasetshenziselwa wona?

Imikhiqizo eminingi, ingasetshenziswa kuphela embonini ethile, kepha nasezimbonini ezahlukahlukene ziyaqhubeka nokusebenzisa, ngakho-ke, ububanzi bayo besicelo, bubanzi kakhulu, ikhoyili yokungenisa ingenye yazo, ngakho-ke ikhoyili yokungeniswa ingasetshenziselwa ukwenzani?

Izici zekhoyili ye-inductor:

Izici kanye nokusetshenziswa kwekhoyili ye-inductance: inezici zesakhiwo esilula, i-inductance enembile, i-capacitance encane esatshalalisiwe, imvamisa ephezulu ye-autoharmonic, i-coefficient encane yokushisa, ukuqina okuhle, amandla we-anti-jamming aqinile nokunye. I-inductor yesicelo semvamisa ephezulu.Amakhoyili we-inductance asetshenziswa kakhulu njengama-transformer amanje, anezinzuzo zebhendi ebanzi ebanzi, ivolumu encane, isisindo esincane, ukulinganisa okulula kwedijithali nokuvikelwa kwe-microcomputer.

Ukusetshenziswa kwamakhoyili we-inductor:

Ukwehliswa kwe-L kokungeniswa kwekhoyili ikakhulu kuncike kwinani lamakhoyili, ukwakheka nendlela yokugwingciza nezinye izinto. Lapho inani lamakhoyili e-inductance, ulayini ominyene kakhulu, kukhulu ukungeniswa komugqa ngozibuthe Umgogodla ngaphandle komgogodla, amandla amakhulu okubamba amandla kazibuthe, ukukhuphuka okukhulu kokusebenzisa inductance, ukusetshenziswa kwamakhoyili we-inductance kuhlukile, inani le-inductance elidingekayo lihlukile.Isibonelo, ukungeniswa kweluphu enesigqi esetshenziswa engxenyeni yamaza omfushane kuningi i-microheng, kanye nokungeniswa kwe-loop resonant esetshenziswe ku-wave wave band yizinkulungwane ze-microheng. Esihlungi samandla, ukungeniswa kokungeniswa kokungeniswa kwe-inductance kungu-1-30h.

Izici zamandla kagesi aphezulu wekhoyili ye-inductor ziphambene ne-capacitance, okungukuthi, isignali yemvamisa ephezulu izobhekana nokuphikiswa okukhulu lapho kudlula ikhoyili ye-inductor, futhi kunzima ukudlula kuyo.Isiginali yemvamisa ephansi inokumelana okuncane kakhulu ukudlula kuyo kunesiginali yemvamisa ephansi, okungukuthi, isignali yemvamisa ephansi ingadlula kwi-coil yayo ye-inductor kalula, futhi ukumelana kwayo ne-DC kulingana no-zero.

Kuzo zonke izenzo zesiginali kagesi esifundeni, kukhona ukumelana engikubiza ngokuthi impedance. Ukwehliswa kwekhoyili ye-inductor ekuzenzekeni kwekhoyili ekumelaneni okwenziwe yisiginali yamanje.Ikhoyili yokungenisa kwesinye isikhathi ngiyisifinyeza lokhu ekumelaneni "nekhoyili yokungeniswa." Yimake ngohlamvu L. Lapho ngibopha ikhoyili ye-inductor, ngivame ukubhekisa ku njengenombolo yekhoyili iyajika.

Lokhu okungenhla yiGetwell Electronics yokusethula eduze kwe-coil ye-induction ingahle isetshenziswe njengokuthi, ngithemba ukukusiza, uma unezinye izici ofuna ukuzazi, ungasithinta, umhlinzeki - GETWELL.