Oku kulandelayo yinkcazo yokusetyenziswa kwee-capacitors kwicandelo lokukhanyisa:
1. Ukulungiswa kwamandla: Ngexesha lokusetyenziswa kwezibane, kunokubakho ingxaki ye-power factor ephantsi kwisekethe yezibane, eya kuchaphazela ubomi benkonzo kunye nefuthe lokukhanya kwezibane. Kule nto, kufuneka ukulungiswa kwamandla kusetyenziswa ii-capacitors. Sebenzisa iimpawu zee-capacitors ukuguqula amandla asabelayo abe ngamandla asebenzayo, ukuphucula amandla ezibane, kunye nokunciphisa ukulahleka kwamandla ngaxeshanye. Ukulungiswa kwamandla ezibane yinyathelo eliphambili lokuphucula ukusetyenziswa kwamandla kwezibane kunye nokuqinisekisa ifuthe lokukhanya elingcono kunye nokuzinza kwezibane.
2. Unyango lokuhambelana kwe-electromagnetic: Kunokubakho imiqondiso yokuphazamiseka kwe-electromagnetic kwisekethe yesibane, eya kuchaphazela ubomi benkonzo kunye nesiphumo sokukhanya kwesibane. Ngenxa yesi sizathu, kufuneka kusetyenziswe ii-capacitors ekucutshungulweni kwe-EMC. Ii-capacitors zinokufunxa kwaye zisuse amaza e-electromagnetic kwisekethe ukuqinisekisa uzinzo kunye nobomi benkonzo yezibane.
3. Ulawulo lokukhanya: Ii-capacitors zikwasetyenziswa kakhulu kulawulo lokukhanya kwezibane. Kwisekethe yesibane, i-capacitor inokulawula ukukhanya kwesibane ngokulungelelanisa i-voltage kunye nomsinga kwisibane. Ngokusebenzisa iimpawu zee-capacitors, ukuhamba komsinga kunye ne-voltage kwisekethe kunokutshintshwa ukulawula ukwanda kunye nokuncipha kokukhanya.
4. Isihluzi: Ii-capacitors zingasetyenziswa njengezihluzi kwiisekethe zezibane kwaye zidlala indima ebalulekileyo. Ngokusebenzisa iimpawu zee-capacitors, iimpawu ze-clutter kunye nezibonakaliso zokuphazamiseka kwisekethe zinokususwa ukuqinisekisa isiphumo sokukhanya kunye nokuzinza kwezibane. Ekusetyenzisweni kwesekethe yezibane, i-capacitor yinxalenye ebalulekileyo yesihluzi kwaye idlala indima ephambili ekuqinisekiseni ukusebenza okuzinzileyo kwesekethe.
Ngokubanzi, ii-capacitors zidlala indima ebalulekileyo kwicandelo lokukhanyisa kwaye zezona zinto zibalulekileyo ukuqinisekisa ukusebenza okuqhelekileyo kwezibane. Ii-capacitors zisetyenziswa kakhulu kwiimeko eziphambili zokusetyenziswa ezifana nokulungiswa kwamandla, ukucubungula ukuhambelana kwe-electromagnetic, ulawulo lokukhanya kunye nezihluzi. Ngokuqhubeka nokuqhubela phambili kwetekhnoloji yokukhanyisa, ukusetyenziswa kwee-capacitors kuya kwandiswa ngakumbi, kuzise ubuchule obungakumbi kunye nenkqubela phambili yetekhnoloji kwishishini lokukhanyisa.
Umbane otshintsha ngamandla aphezulu wokukhanyisa unezibonelelo zobunzima obulula, amandla amakhulu, ukusebenza kakuhle okuphezulu, kunye nobukhulu obuncinci, kodwa umbane otshintshayo uya kuvelisa iispikes ezinkulu kunye neeripples ngexesha lokusebenza. Ukuba i-capacitor yombane ayinakubonelela ngenkxaso enamandla kwimodyuli yamandla, kuya kuba nzima ukuphepha iispikes kunye neeripples, nto leyo ebangela umonakalo. Ukuze kusonjululwe le ngxaki, i-YMIN iqalise iintlobo ngeentlobo zee-capacitors ezine-voltage ephezulu kunye nozinzo oluphezulu kunye nobushushu obuphantsi kakhulu kunye nozinzo oluphezulu, olunokuphucula impembelelo kubomi bombane obubangelwa kukuphazamiseka okukhulu kunye neripple enkulu yombane otshintshayo ngexesha lokusebenza.
Iimveliso eziNxulumeneyo
Ii-Capacitors ze-Aluminium Electrolytic zohlobo lwe-SMD
Ii-Capacitors ze-Aluminium Electrolytic Type zeRadial Lead
IiCapacitors zombane ezineeleya ezimbini (iiSuper Capacitors)
Ii-SMD Type Conductive Polymer Aluminium Solid Electrolytic Capacitors
Ii-Capacitors ze-Radial Lead Type Conductive Polymer Aluminium Solid Electrolytic
Ii-Capacitors zePolymer Aluminium eziQinileyo zeElectrolytic
Ii-SMD Type Conductive Polymer Hybrid Aluminium Electrolytic Capacitors
Ii-Capacitors ze-Radial Lead Type Conductive Polymer Hybrid Aluminium Electrolytic
Ii-Capacitors zeCeramic ezinamanqwanqwa amaninzi