Kwiveki engaphambi koko, sazisa inkqubo yokucima i-movie capacitors, kwaye kule veki ndingathanda ukuthetha ngeteknoloji ephambili yee-capacitors zefilimu.

1. Itekhnoloji yokulawula uxinzelelo rhoqo

Ngenxa yesidingo sokusebenza ngempumelelo, ukujika-jika kudla ngokuba kubude obuphezulu ngokubanzi kwiimicrons ezimbalwa.Kwaye indlela yokuqinisekisa ukunyanzeliswa rhoqo kwezinto zefilimu kwinkqubo yokuphefumula ngesantya esiphezulu kubaluleke kakhulu.Kwinkqubo yokuyila akufanelekanga kuphela ukuba siqwalasele ukuchaneka kwesakhiwo soomatshini, kodwa sibe nenkqubo yokulawula uxinzelelo olugqibeleleyo.

Inkqubo yokulawula ngokubanzi iqulethe iinxalenye ezininzi: indlela yokulungelelanisa ukuxhatshazwa, inzwa yokubona uxinzelelo, i-tension adjusting motor, i-transition mechanism, njl njl.

Ii-capacitors zefilimu zifuna iqondo elithile lokuqina emva kokujija, kwaye indlela yokujika kwangethuba kukusebenzisa intlakohlaza njengokudambisa ukulawula ukutsaleka ojikajikayo.Le ndlela iya kubangela uxinzelelo olungalinganiyo xa i-motor ejikelezayo ikhawuleza, iyancipha kwaye iyeke ngexesha lenkqubo yokucima, eya kubangela ukuba i-capacitor iphazamiseke ngokulula okanye ikhubazeke, kwaye ilahleko ye-capacitor nayo inkulu.Kwinkqubo yokucima, ukuxhatshazwa okuthile kufuneka kugcinwe, kwaye ifomula ilandelayo.

F=K×B×H

Kule fomula:F-Uxinzelelo

             K-I-coefficient yoxinzelelo

             B-Ububanzi befilimu(mm)

            H-Ubunzima befilimu(μm)

Umzekelo, uxinzelelo lobubanzi befilimu = 9 mm kunye nobukhulu befilimu = 4.8μm.Ukuqina kwayo ngu:1.2×9×4.8=0.5(N)

Ukusuka kwi-equation(1), uluhlu loxinzelelo lunokufunyanwa.I-eddy spring ene-linearity elungileyo ikhethwe njengolungiselelo loxinzelelo, ngelixa i-potentiometer yemagnethi engadibaniyo isetyenziswa njengovavanyo lwengxelo yoxinzelelo ukulawula i-torque ephumayo kunye nesalathiso se-motor ye-servo ye-DC ngexesha le-motor ejikelezayo, ukuze uxinzelelo. ihlala ihlala njalo kuyo yonke inkqubo yokujija.

2. Iteknoloji yokulawula ukuvunguza

 Umthamo we-capacitor cores uhambelana ngokusondeleyo nenani lokujika kwe-winding, ngoko ke ulawulo oluchanekileyo lwe-capacitor cores luba yiteknoloji ephambili.I-winding of capacitor core idla ngokuqhutywa ngesantya esiphezulu.Ekubeni inani lokuguquka lichaphazela ngokuthe ngqo ixabiso lamandla, ukulawulwa kwenani lokujika kunye nokubala kufuna ukuchaneka okuphezulu, okuqhelekileyo kuphunyezwe ngokusebenzisa imodyuli yokubala ngokukhawuleza okanye inzwa enokuchaneka okuphezulu.Ukongeza, ngenxa yemfuno yokuba ukutsalwa kwemathiriyeli kutshintshe kancinane kangangoko ngexesha lenkqubo yokujija ( kungenjalo into iyakujija ngokungenakuthintelwa, ichaphazela ukuchaneka komthamo), ukujija kufuneka kusebenzise iteknoloji yolawulo olusebenzayo.

Ukulawulwa kwesantya esicandiweyo kunye nokukhawulezisa okufanelekileyo / ukuncipha kunye nokuguqulwa kwesantya esiguquguqukayo yenye yeendlela ezisebenzayo: izantya ezahlukeneyo zokujija zisetyenziselwa amaxesha ahlukeneyo okujika;ngexesha lesantya esiguquguqukayo, ukukhawuleza kunye nokunciphisa kusetyenziswa ngokuguquguqukayo okuguquguqukayo okuguquguqukayo ukuphelisa i-jitter, njl.

3. ITekhnoloji yeDemetallization

 Iileya ezininzi zemathiriyeli zonzakala phezu komnye kwaye zifuna unyango lokutywinwa kobushushu kumphandle kunye nojongano.Ngaphandle kokunyuswa kwezinto zefilimu yeplastiki, ifilimu ekhoyo yesinyithi isetyenzisiweyo kwaye ifilimu yayo yensimbi isetyenzisiweyo kwaye i-metal plating yayo isuswe ngobuchule bokucima i-metalization ukufumana ifilimu yeplastiki phambi kwesitywina sangaphandle.

Le teknoloji inokugcina ixabiso lezinto eziphathekayo kwaye ngexesha elifanayo linciphise i-diameter yangaphandle ye-capacitor core ( kwimeko yomthamo olinganayo we-core).Ukongeza, ngokusebenzisa itekhnoloji ye-demetalization, itekhnoloji yesinyithi yomaleko othile (okanye iileya ezimbini) zefilimu yesinyithi inokususwa kwangethuba kujongano olungundoqo, ngaloo ndlela kuthintelwa ukwenzeka kwesekethe emfutshane eyaphukileyo, enokuphucula kakhulu isivuno. yee-cores eziqiniweyo.Ukususela kuMzobo.5, kunokugqitywa ukuba ukufezekisa umphumo ofanayo wokususa.I-voltage yokususa yenzelwe ukulungelelaniswa ukusuka kwi-0V ukuya kwi-35V.Isantya kufuneka sincitshiswe phakathi kwe-200r / min kunye ne-800 r / min yokuchithwa kwe-demetalization emva kokuguquka kwesantya esiphezulu.Umbane ohlukeneyo kunye nesantya sinokusetwa kwiimveliso ezahlukeneyo.

4. Iteknoloji yokutywinwa kobushushu

 Ukutywinwa kobushushu ngenye yeetekhnoloji eziphambili ezichaphazela isiqinisekiso se-nxeba capacitor cores.Ukutywinwa kobushushu kukusebenzisa isinyithi sokushisa esiphakamileyo kwi-crimp kunye nokubopha ifilimu yeplastiki kwi-interface ye-coiled capacitor core njengoko kubonisiwe kuMfanekiso.6.Ke ukuze undoqo ungaqengqeleki, kufuneka udityaniswe ngokuthembekileyo kwaye isiphelo sobuso sicaba kwaye sihle.Izinto ezininzi eziphambili ezichaphazela umphumo wokutywinwa kobushushu bubushushu, ixesha lokutywinwa kobushushu, i-core roll kunye nesantya, njl.

Ngokuqhelekileyo, iqondo lokushisa lokutywinwa kobushushu litshintsha ngobunzima befilimu kunye nezinto eziphathekayo.Ukuba ubukhulu befilimu yezinto ezifanayo yi-3μm, iqondo lokushisa lokutywinwa kobushushu likuluhlu lwe-280 ℃ kunye ne-350 ℃, ngelixa ubukhulu befilimu yi-5.4μm, ubushushu bokutywinwa kobushushu kufuneka buhlengahlengiswe kuluhlu lwe 300cc kunye ne380cc.Ubunzulu bokutywinwa kobushushu buhambelana ngokuthe ngqo nexesha lokutywinwa kobushushu, i-crimping degree, i-soldering iron heat, njl.

5. Isiphelo

 Ngophando kunye nophuhliso kwiminyaka yakutshanje, abaninzi abavelisi bezixhobo zasekhaya baye baphuhlisa izixhobo ze-film capacitor winding.Uninzi lwazo lungcono kuneemveliso ezifanayo ekhaya nakumazwe aphesheya ngokobunzima bezinto eziphathekayo, isantya esijikajikayo, umsebenzi we-demetallization kunye noluhlu lweemveliso ezijikajikayo, kwaye zinenqanaba letekhnoloji ephambili yehlabathi.Nantsi kuphela inkcazo emfutshane yetekhnoloji ephambili yetekhnoloji yokujikeleza ifilimu, kwaye sinethemba lokuba ngenkqubela phambili eqhubekayo yetekhnoloji enxulumene nenkqubo yemveliso yefilim yasekhaya, sinokuqhuba uphuhliso olunamandla lweshishini lokuvelisa izixhobo zefilimu eTshayina. .