Isifundo seChina Power Capacitor (utyalo-mali) isifundo (2)

qhubeke phambili:

(2) uthotho lwe-capacitor: uthotho losasazo oluphezulu lokuhambisa kunye nokusasaza, imigca yokuhambisa ukubuyekeza ukuphendula okunganyanzelekanga, ukonyusa uzinzo lwenkqubo emileyo kunye namandla, ukuphucula umgangatho wombane welayini, umgama wokuhambisa omde kunye nokwandisa amandla okuhambisa. Isakhiwo esisiseko siyafana kunye nezihambisi ezifanayo.

(3) ukudibanisa ii-capacitors: ubukhulu becala zisetyenziselwa unxibelelwano lwelayini ephezulu yamandla ombane, imilinganiselo, ulawulo, ukhuseleko kunye nesixhobo sokukhupha ukusetyenziswa kwamandla kwezahlulo. I-high-voltage coupling capacitor iphelisiwe kwimigca yamandla kwicala elisezantsi ngokusebenzisa i-coil coupling emhlabeni, ukwenzela ukuba isixhobo sokuhambisa isantya esiphezulu kumbane ophantsi kunye nokuhambisa amandla ombane okuphezulu. Ukudibanisa i-capacitor kunye neqokobhe lensimbi kwisiseko se-porcelain kunye nesembozo esenziwe ngokwenziwa. Iqokobhe elenziwe ngeplate yentsimbi ebhityileyo ene-expander yokuhlawulela umthamo wokumitha ngokutshintsha kobushushu.

(4) Abaphathi beesekethe abaSebenzi: ngaphambili babesaziwa njenge-capacitor grading. EHV wesekethe breaker esetyenziswa ngaxeshanye kuzo zombini ukwaphuka kumphumo koxinzelelo, i-ombane phakathi inkqubo ngokwaphuka kunye nokwaphula naxa inqanyuliwe, kunye nokuphucula iimpawu yesekethe breaker arc, ukuphucula amandla ngokwaphula. Umgcini wesekethe oqhelekileyo wesekethe uyafana nobume kunye nokudibanisa ii-capacitors Ngophuhliso lwee-capacitors eziphezulu ze-ceramic capacitors, ii-ceramic capacitors zisetyenziswe njenge-capacitor element, emva koko kwiqokobhe le-porcelain elenziwe ngeplate yentsimbi eyenziwe ngeesekethe.

(5) I-capacitors zombane: for a frequency of 40 ~ 24,000 Hz izixhobo zombane ukuphucula amandla ombane, ukuphucula imeko zesekethe zevolthi okanye yokuhamba rhoqo. Umbane wokufudumeza umbane ngenxa enkulu, kufuneka aqinisekise ukuba ubushushu bawo kakuhle, uhlala esebenzisa ipleyiti yokupholisa amanzi. Nge-4000 Hz okanye ngaphezulu kombane wombane, kunye neplani yayo yobhedu ngeqokobhe elibotshisiweyo.

(6) I-Pulse Capacitors: ukugcinwa kwamandla kwindima ephambili kwixesha elide hayi ngokuhlawulwa kombane, kwaye emva kwexesha elifutshane kakhulu lokukhutshelwa oscillation okanye ukukhutshwa, ifuthe elikhulu kumandla akhoyo. I-pulse capacitor isetyenziswa ngokubanzi, umzekelo, njengombane ophembelela amandla ombane, ifuthe lomvelisi wangoku, uvavanyo lokujikeleza kwesekethe kunye nezixhobo ezisisiseko (zokugcina amandla).

(7) kunye ne-filter capacitor DC: yezixhobo ezinamandla ombane aphezulu e-DC kunye nesixhobo sokucoca sevolthi ephezulu. I-AC filter capacitor ingasetyenziselwa ukucoca i-harmonics ehamba rhoqo.

(8) Isilinganisi esisezantsi somgangatho: Kwisekethe yokulinganisa ilahleko ephezulu yelektrikhi, amandla asetyenziswayo okanye asetyenziswe njengomlinganiso oqhelekileyo weyunithi yokwahlula amandla ombane ophezulu. Ixabiso le-capacitor capacitance esemgangathweni lifuna ukuchaneka kwaye lizinzile, kwaye ke kusetyenziswa rhoqo i-coaxial gesi ephakathi kunye ne-cylindrical kunye ne-concentric system ye-electrode system.

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