I-China iye yaba ngumboneleli ophambili we-air fryer kwihlabathi, ngakumbi nangakumbi iziqhoyiso zomoya ezenziwe e-China zingena kwimarike yamazwe ngamazwe.Ngaphantsi kwesikhokelo sombono ophambili "omncinci, okhawulezayo nokhuselekileyo", iintlobo ngeentlobo zeziqhoyi zomoya ezinobuntu, ezomntu, ezikrelekrele, ezisefashonini, kunye nokhuseleko lokusingqongileyo kunye nokongiwa kwamandla kuvela njengoko amaxesha efuna, kwaye adlale indima ebaluleke kakhulu. kubomi bentsapho obukhawulezayo bale mihla.Abantu nabo banokuphuma kwinkululeko kwimisebenzi yasekhaya edinayo ngenxa yoku, baphumle kwaye basebenze ngokufanelekileyo, umphumo osindisa ukukhathazeka ngokukhawuleza.I-Gemet air fryer ihlala ibambelela kumgangatho wokuqala, ukubonelela ngeyona nkonzo ingcono kubathengi.

Ukuchongwa kunye novavanyo lwamacandelo asisiseko e-air fryer

Ulwakhiwo lwangaphakathi lwalo naluphi na uhlobo lwesixhobo esincinci sasekhaya senziwe yiyunithi yesekethe eyenziwe ngamacandelo e-elektroniki asisiseko.Eli candelo lichaza ngokukodwa umsebenzi wamacandelo asisiseko afana ne-resistors, i-capacitors, i-inductors kunye ne-transistors, iimpawu zegraphic, ukuchonga kunye neendlela zokufumanisa.

Ukuhlangabezana nokuxhathisa kwesixhobo sasekhitshini

I-resistor, okanye i-resistor, isebenza njengesithintelo ekuhambeni kwangoku kwisiphaluka.Umsebenzi oyintloko wokuchasana kukunciphisa umbane, ulwahlulo lombane, umda wangoku kunye nokubonelela ngeemeko zokusebenza eziyimfuneko (i-voltage okanye yangoku) kwicandelo ngalinye le-elektroniki.

Ukuchasana okuqhelekileyo ngokweempawu zexabiso lokuchasana kunokwahlulahlula kwiindidi ezintathu: ukuchasana kwexabiso lokumelana okusisigxina okubizwa ngokuba yi-fixed resistance okanye ukuchasana okuqhelekileyo, okuqhelekileyo kusetyenziswe kwisekethe "R" ukumela;Ixabiso lokuchasa ngokuqhubekayo ukuchasana okuguquguqukayo okubizwa ngokuthi ukuchasana okuguquguqukayo (i-potentiometer kunye ne-fine tuning resistance), esetyenziswa ngokuqhelekileyo kwisekethe "Rp" okanye "W" ukumela;I-Resistors enemisebenzi ekhethekileyo ibizwa ngokuba yi-resistors enobuthathaka (efana ne-thermistor, i-photoresistor, i-resistor yegesi njl.).

Ukumelana ne-Fuse break, ekwabizwa ngokuba kukuxhathisa i-inshurensi, luhlobo lwemisebenzi emibini yokumelana kunye ne-fuse element.Isebenza njenge-resistor jikelele kwiimeko eziqhelekileyo zokusebenza, kwaye njengomnatha wokhuseleko kwimeko yokungaphumeleli kwesekethe.Ixabiso lokuchasana le-fuse resistor lincinci, ngokubanzi limbalwa ukuya kwii-euro ezininzi, kwaye uninzi lwazo alunakuguqulwa, oko kukuthi, i-fuse ayinakubuyiselwa ukuba isetyenziswe.

Unobumba othi "RF" okanye "Fu" usetyenziselwa ukumela isimboli segama le-fuse resistor kwisekethe.

I-Thermistor yinto yokulinganisa ubushushu esebenzisa ukuxhathisa kwe-conductor ukutshintsha kunye nobushushu.Ngokwe-coefficient yokushisa kwexabiso lokumelana, i-thermistors inokwahlulwa ibe yi-coefficient ye-coefficient thermistors kunye ne-negative ye-coefficient thermistors.I-Thermistors imelwe kwiisekethe ngeesimboli ezinobumba "Rt (Rt)", "T °", okanye "R".

I-Varistors isetyenziselwa ubukhulu becala ukukhusela i-overvoltage yeesekethe, kwaye "ngabalindi bokhuseleko" kwizixhobo zendlu.Xa i-voltage kwiziphelo zombini ze-varistor iphantsi kune-voltage yayo ebizwa ngokuba yi-voltage, ingaphakathi layo liphantse lifakwe kwi-insulated, libonisa isimo esiphakamileyo se-impedance;Xa i-voltage kwiziphelo zombini ze-varistor (i-surge overvoltage, i-overvoltage yokusebenza, njl.njl.) iphezulu kune-voltage yayo ebizwa ngokuba yi-voltage yegama, ixabiso layo langaphakathi lokuchasana lehla ngokukhawuleza, libonisa imeko ephantsi ye-impedance, i-overvoltage yangaphandle, i-overvoltage yokusebenza iyakhutshwa. i-varistor ngendlela yokukhutshwa kwangoku, ngaloo ndlela idlala indima yokukhusela i-overvoltage.

I-Photoresistors yenziwe ngezinto ze-semiconductor photoconductive, kwaye iimpawu zabo ezisisiseko zilandelayo.

(1) Iimpawu zokukhanyisa

Ngokunyuka kokukhanya kokukhanya, ukuchasana kwe-photoresistor kwehla ngokukhawuleza, kwaye ngokuthe ngcembe kugcwele (ukuchasana kusondele kwi-0 ω).

(2) Iimpawu zeVolt-ampere

Ukuphakama kombane osetyenziswayo kuzo zombini iziphelo zefotoresistor, kokukhona i-photocurrent iphezulu, kwaye akukho nto yokugcwalisa.

(3) Iimpawu zobushushu

Njengoko iqondo lokushisa linyuka, ukuchasana kwezinye ii-photoresistors kuyanda, ngelixa ezinye ziyancipha.Ngokwezi mpawu zingentla zefotoresistor, isetyenziswa kakhulu kwisekethe yolawulo oluzenzekelayo yefotometric.

I-resistor ebuthathaka yegesi yenziwe ngumgaqo wokusabela kweREDOX emva kokuba enye i-semiconductor ifunxa igesi ethile, kwaye inxalenye ephambili yi-oxide yensimbi.Isetyenziswa kakhulu kwiisekethe ezahlukeneyo zolawulo lwegesi kunye nesekethe ye-alarm.

Iimpazamo eziqhelekileyo kunye neendlela zokufumanisa ukuchasana kwangaphakathi kwi-fryer yomoya

Kukho iimpazamo ezimbini eziqhelekileyo zokuchasana kwi-fryer yomoya, ezizezi zesekethe evulekileyo kunye nokutshintsha kwexabiso lokumelana.Ukumelana nomonakalo, ukugubungela ubuso bayo kuya kutshintsha umbala okanye kumnyama, ukugweba ngokubonakala, enembile kwaye ngokukhawuleza.

Abachasi abahlukeneyo banokugwetywa ukuba umgangatho wabo ulungile okanye hayi ngokuvavanya ixabiso labo lokuchasa.Ukuba isiphumo sovavanyo singaphakathi koluhlu lwempazamo, luqhelekile, kungenjalo lonakaliswe.

Kukho iintlobo ezintathu zeziganeko zomonakalo wokuchasana: umphumo wokufumanisa udlula ixabiso le-nominal ngobuninzi, ixabiso eliguquguqukayo okanye umgangatho ongafanelekanga;Isiphumo sokufumanisa asinasiphelo, esisijikelezo esivulekileyo;Isiphumo sokufumanisa ngu-0, ebonisa isiphaluka esifutshane.

Ukuba ukuchasana kwi-fryer yomoya konakaliswe, yeka ukusebenzisa ngokukhawuleza.