Amandla ombane aphezulu e-ceramic capacitors zizinto ze-elektroniki ezisebenza kakhulu ezinokugcina amandla ombane aphezulu kunye nomthamo omkhulu wamandla, kwaye zisetyenziswa ngokubanzi kwimimandla efana namandla, unxibelelwano, umkhosi, unyango kunye ne-aerospace. Ngaphambi kokusetyenziswa, okusingqongileyo kunye neemfuno zokusebenza zokugcina i-capacitor ye-ceramic ephezulu yombane kufuneka inikwe ingqalelo ekhethekileyo. Xa ugcina i-capacitors ye-ceramic yombane ophezulu, le miba ilandelayo kufuneka iqatshelwe:
Ubushushu bendawo kunye nokufuma. Ubushushu bokugcina i-voltage ephezulu ye-ceramic capacitors kufuneka ilawulwe phakathi kwe-15 ° C kunye ne-30 ° C, kwaye ingqwalasela kufuneka ihlawulwe kwimpembelelo yezinto ezifana nokufuma kunye nomswakama kwi-capacitors.
Ubushushu bokusebenza. Phambi kokuba zisebenze, amandla ombane aphezulu e-ceramic capacitors kufuneka agcinwe kwindawo eyomileyo phakathi kwe-15°C kunye ne-30°C. Ukuba i-capacitors kufuneka isebenze, kufuneka ibuyiselwe kwiqondo lokushisa elichaziweyo ngokwemilinganiselo yokusebenza ekhokelwayo kwinkcazo, kwaye i-voltage yokusebenza efunekayo kufuneka isetyenziswe ngokuthe ngcembe.
Indlela yokupakisha. Ngexesha lokugcinwa, izinto zokupakisha ezingenamanzi, ezingenamanzi kunye ne-anti-static kufuneka zisetyenziswe ukupakisha i-capacitors, ukwenzela ukuba zingachatshazelwa yizinto zangaphandle ezifana nomswakama okanye impembelelo yengozi.
Iimfuno zokugcina. Amandla ombane aphezulu e-ceramic capacitors kufuneka abekwe yedwa kwimithombo enokubakho yokufuma kunye nemithombo ye-ion ye-electrostatic, kwaye igcinwe kwindawo eyomileyo, ezinzileyo kunye nokulawula ukufuma okuzinzileyo kwindawo yokugcina. Xa igcinwe, umphezulu weoksidi yendawo okanye ibhetri ye-zinc kufuneka itshintshwe.
Ukunqanda ukuthotywa kwezinto kunye nokunciphisa umonakalo we-capacitor, kucetyiswa ukuba abathengi balandele la macebiso kunye neengcebiso ezilandelayo xa ugcina i-capacitor ye-ceramic ephezulu yombane:
Indawo yokugcina ecocekileyo. Ngaphambi kokugcina i-capacitor ye-ceramic ephezulu yombane, indawo yokugcina kufuneka icocwe ukugcina imeko eyomileyo necocekileyo.
Nika ingqalelo kubomi benkonzo ye-capacitor. Xa ugcina i-voltage ephezulu ye-ceramic capacitors, nikela ingqalelo kumhla wokuvelisa kunye nobomi benkonzo, kwaye uqinisekise ukuba zisetyenziswa ngaphakathi kwexesha elichaziweyo.
Landela iinkcukacha. Ngexesha lokusetyenziswa kunye nokugcinwa kwee-capacitors, iinkcukacha ezifanelekileyo kufuneka zilandelwe ukuqinisekisa umgangatho kunye nokusebenza kwazo.
Ukuhlolwa rhoqo. Jonga rhoqo imeko kunye nemeko yee-capacitors ezigciniweyo ukuqinisekisa ukuba ziyahlangabezana neemfuno ezifana nokufuma, ukuvumba kunye nothuli.
Ukongeza kwezi zilumkiso zikhankanywe ngasentla, la manqaku alandelayo nawo kufuneka aqatshelwe:
Ngaphambi kokuthutha okanye ukugcinwa, qinisekisa ukuba ukubonakala kwe-capacitor akubonakali ngokubonakalayo okanye ukukhubazeka.
Kuphephe ukuveza i-capacitor ekukhanyeni kwelanga ukukhusela umonakalo we-UV.
Musa ukugcina i-capacitor kwintsimi ye-electrostatic ukukhusela ukusebenza kwe-capacitor ukuba ichaphazeleke.
Xa uphatha okanye uhambisa i-capacitor, ungasebenzisi amandla amaninzi ukuze ugweme umonakalo kwi-capacitor.
Ukuba i-capacitor ayisetyenziswanga ixesha elide, yigcine kwindawo eyomileyo, epholileyo kunye neqondo lokushisa-ezinzile ukwandisa ubomi benkonzo ye-capacitor.
Ukuba i-capacitor idinga ukuhanjiswa kwindawo ekude, kuyacetyiswa ukuba kusetyenziswe izinto ezikhethekileyo zokupakisha kunye neendlela zokukhusela.
Isishwankathelo, xa ugcina kwaye usebenzisa i-voltage ephezulu ye-ceramic capacitors, ingqalelo ekhethekileyo kufuneka ihlawulwe kule miba ingentla ukuqinisekisa umgangatho kunye nokusebenza kunye nokwandisa ubomi babo benkonzo.
Uqhagamshelwano: Isebe leZentengiso
Ifowuni: + 86 13689553728
Tel: + 86-755-61167757
email: [imeyile ikhuselwe]
Yongeza: 9B2, iTianXiang Building, iTianan Cyber Park, Futian, Shenzhen, PR C