I-China isibe ngumhlinzeki omkhulu we-air fryer emhlabeni, ziyanda izithosa zomoya ezenziwe e-China ezingena emakethe yamazwe ngamazwe.Ngaphansi kokuqondisa komqondo oyinhloko "wezinto ezincane, ezisheshayo neziphephile", izinhlobonhlobo zezithosa zomoya ezinobuntu, ezomuntu siqu, ezihlakaniphile, ezemfashini, kanye nokuvikelwa kwemvelo nokonga amandla ziphakama njengoba izikhathi zidinga, futhi zidlala indima ebaluleke kakhulu. empilweni yomndeni yesimanje esheshayo.Abantu futhi bangaphuma ekukhululekeni emsebenzini wasendlini oyisicefe ngenxa yalokhu, bathole ukukhululeka nokusebenza kahle, umphumela osindisa ukukhathazeka ngokushesha.I-Gemet air fryer ihlale inamathela kwikhwalithi yokuqala, ukuze inikeze isevisi engcono kakhulu kumakhasimende.

Ukuhlonzwa nokuhlolwa kwezingxenye eziyisisekelo zesitho somoya

Isakhiwo sangaphakathi sanoma yiluphi uhlobo lwento esetshenziswa endlini encane sakhiwe yiyunithi yesifunda esakhiwe izingxenye eziyisisekelo ze-elekthronikhi.Lesi sigaba sichaza ikakhulukazi umsebenzi wezingxenye eziyisisekelo ezifana nezimbangi, ama-capacitor, ama-inductors nama-transistors, izimpawu zezithombe, ukuhlonza nezindlela zokuhlonza.

Hlangana nokumelana kwemishini yasekhishini

I-resistor, noma i-resistor, isebenza njengesithiyo ekugelezeni kwamandla esekethe.Umsebenzi oyinhloko wokumelana nokunciphisa i-voltage, ukuhlukaniswa kwamandla kagesi, umkhawulo wamanje futhi unikeze izimo zokusebenza ezidingekayo (i-voltage noma yamanje) engxenyeni ngayinye ye-electronic.

Ukumelana okuvamile ngokwezici zayo zenani lokumelana kungahlukaniswa ngezigaba ezintathu: inani lokumelana nokumelana okungaguquki okubizwa ngokuthi ukumelana okuhleliwe noma ukumelana okujwayelekile, okuvame ukusetshenziswa kumjikelezo "R" ukumela;Inani lokumelana nokumelana okuguquguqukayo okuqhubekayo okubizwa ngokuthi ukumelana okuguquguqukayo (i-potentiometer nokumelana nokushuna okuhle), okuvame ukusetshenziswa kusekethe ethi “Rp” noma “W” ukumela;Ama-resistors anemisebenzi ekhethekile abizwa ngokuthi ama-resistors abucayi (Afana ne-thermistor, i-photoresistor, i-gas resistor njll.).

Ukumelana ne-Fuse break, okwaziwa nangokuthi ukumelana nomshwalense, kuwuhlobo lomsebenzi ombaxambili wokumelana ne-fuse element.Isebenza njenge-resistor evamile ezimweni ezijwayelekile zokusebenza, futhi njengenetha lokuphepha uma kwenzeka ukwehluleka kwesekethe.Inani lokumelana le-fuse resistor lincane, ngokuvamile ama-euro ambalwa kuya kwamashumi, futhi amaningi awo awabuyiseleki emuva, okungukuthi, i-fuse ayikwazi ukubuyiselwa ukuze isetshenziswe.

Uhlamvu "RF" noma "Fu" lusetshenziselwa ukumela uphawu lwegama le-fuse resistor kusekethe.

I-Thermistor iyisici sokulinganisa izinga lokushisa esebenzisa ukumelana kwe-conductor ukushintsha nezinga lokushisa.Ngokuya nge-coefficient yezinga lokushisa yenani lokumelana, ama-thermistors angahlukaniswa abe ama-thermistors e-coefficient okushisa amahle kanye nama-thermistors we-coefficient okushisa angalungile.Ama-thermistors amelelwa kumasekhethi ngezimpawu zezinhlamvu "Rt (Rt)", "T °", noma "R".

Ama-Varistors asetshenziselwa ikakhulukazi ukuvikela ukugcwala ngokweqile kwamasekhethi, futhi "angabagadi bokuphepha" ezintweni zikagesi zasendlini.Lapho i-voltage emikhawulweni yomibili ye-varistor iphansi kune-voltage yayo yegama, ingaphakathi layo licishe lifakwe, libonisa isimo esiphezulu se-impedance;Lapho i-voltage emikhawulweni yomibili ye-varistor (i-surge overvoltage, i-operation overvoltage, njll.) iphakeme kune-voltage yayo yegama, inani layo langaphakathi lokumelana lehla kakhulu, libonisa isimo esiphansi se-impedance, ukuqhuma okungaphezu kwamandla kwangaphandle, i-overvoltage yokusebenza ikhishwa ngokusebenzisa i-varistor ngendlela yokukhishwa kwamanje, ngaleyo ndlela idlala indima yokuvikelwa kwe-overvoltage.

Ama-Photoresistors enziwe ngezinto zokwakha ze-semiconductor photoconductive, futhi izici zabo eziyisisekelo zimi kanje.

(1) Izici zokukhanyisa

Ngokukhula kokukhanya kokukhanya, ukumelana kwe-photoresistor kwehla kakhulu, bese kancane kancane kugcwele (ukumelana kusondele ku-0 ω).

(2) Izici ze-Volt-ampere

Uma iphezulu i-voltage esetshenziswa kuzo zombili iziphetho ze-photoresistor, kulapho i-photocurrent iba phezulu, futhi ayikho into yokugcwala kwesikhala.

(3) Izici zezinga lokushisa

Njengoba izinga lokushisa likhuphuka, ukumelana kwamanye ama-photoresistors kuyanda, kanti amanye ayancipha.Ngokwezici ezingenhla ze-photoresistor, isetshenziswa kakhulu kusekethe yokulawula okuzenzakalelayo ehlobene ne-photometric.

I-resistor ezwelayo yegesi yenziwe ngomgomo wokusabela kwe-REDOX ngemva kokuba i-semiconductor ethile imunca igesi ethile, futhi ingxenye eyinhloko yi-metal oxide.Isetshenziswa kakhulu kumjikelezo wokulawula okuzenzakalelayo wegesi ohlukahlukene kanye nesekethe ye-alamu.

Amaphutha avamile kanye nezindlela zokuthola ukumelana kwangaphakathi ku-air fryer

Kunamaphutha amabili avamile okumelana nesithombo somoya, okuyisifunda esivulekile kanye noshintsho lwenani lokumelana.Ukulimala kokumelana, ukumbozwa kwayo okungaphezulu kuzoshintsha umbala noma kumnyama, ukwahlulela ngokubukeka, enembile futhi esheshayo.

Ama-resistant ahlukahlukene angahlulelwa ukuthi ikhwalithi yawo yinhle noma cha ngokuhlola inani lawo lokumelana.Uma umphumela wokuhlola ungaphakathi kwebanga lephutha, kujwayelekile, uma kungenjalo konakala.

Kunezinhlobo ezintathu zezenzakalo zokulimala kokumelana: umphumela wokutholwa udlula inani elivamile ngokuningi, okuyivelu eguquguqukayo noma ikhwalithi engafanelekile;Umphumela wokutholwa awunamkhawulo, okuwumjikelezo ovulekile;Umphumela wokutholwa ngu-0, okhombisa ukujikeleza okufushane.

Uma ukumelana ku-fryer emoyeni konakalisiwe, yeka ukusebenzisa ngokushesha.