Ukhuseleko lweCeramic Capacitor Y1 Uhlobo / uKhuseleko lweCeramic Capacitor Y2 Uhlobo
| Iimfuno zobugcisa zomGangatho wesalathiso | IEC 60384-14 ;EN 60384-14 ;IEC UL60384 ;K 60384 |
| Uphawu lwesatifikethi | VDE / ENEC / IEC / UL / CSA / KC / CQC |
| Iklasi ;IVoltage elinganisiweyo(UR) | X1 / Y1/Y2 ;400VAC / 300VAC/500VAC |
| Uluhlu lweCapacitance | 10pF ukuya ku-10000pF |
| Ukumelana nombane | I-4000VAC ye-1min / 2000VAC ye-1min / 1800VAC ye-1min |
| Ukunyamezelwa kweCapacitance | Y5P±10%(K);Y5U,Y5V±20%(M) ilinganiselwa ku-25℃,1Vrms,1KHz |
| Isibakala sokuLahla (tgδ) | Y5P,Y5U tgδ≤2.5% ;Y5V tgδ≤5% ilinganiswe kwi-25℃,1Vrms,1KHz |
| I-Insulation Resistance(IR) | IR≥10000MΩ,1min,100VDC |
| Ubushushu bokusebenza | -40℃ ukuya +85℃;-40℃ ukuya +125℃ |
| Ubushushu Uphawu | Y5P,Y5U,Y5V |
| I-Flame Retardant Epoxy Resin | UL94-V0 |
Imeko yesicelo
Itshaja
Izibane ze-LED
Iketile
Isipheki serayisi
Isipheki soveliso
Ukunikezwa Amandla
Umtshayela
Imeshini yovasa impahla
• Ukukhuselwa kwe-Transistor, i-Diode, i-IC, i-Thyristor okanye i-Triac semiconductor.
• Ukhuseleko oluthe kratya kwii-elektroniki zabathengi.
• Ukukhuselwa ngamandla kwi-electronics kwimizi-mveliso.
• Ukukhuselwa ngamandla kwizixhobo ze-elektroniki zasekhaya, igesi kunye nezixhobo zepetroleum.
• I-Relay kunye ne-electromagnetic valve surge absorption.
Inkqubo yeMveliso
1. Ukwenziwa kweNkokheli
2. Umdibaniso weLead kunye neChip
3. Ukusoda
4. Ukuhlolwa kweSoldering
5. Epoxy Resin Coating
6. Ukubhaka
7. UShicilelo lweLaser
8. Uvavanyo lokuSebenza koMbane
9. Ukuhlolwa kwembonakalo
10. Ukusika okanye Ukukhupha iLead
11. FQC kunye nokuPakisha
Iziqinisekiso
Isiqinisekiso
Iifektri zethu ziphumelele isiqinisekiso se-ISO-9000 kunye ne-ISO-14000.Ii-capacitors zethu zokhuseleko (X2, Y1, Y2, njl.) kunye ne-varistors ziye zadlula i-CQC, i-VDE, i-CUL, i-KC, i-ENEC kunye ne-CB izitifiketi.Zonke ii-capacitors zethu zi-eco-friendly kwaye zithobela umyalelo we-EU ROHS kunye nemimiselo ye-REACH.
Ngathi
Inkampani yethu inamandla obugcisa obuqinileyo kunye neenjineli ezinamava atyebileyo kwimveliso ye-ceramic capacitor.Ukuxhomekeka kwiitalente zethu ezinamandla, sinokuncedisa abathengi ekukhethweni kwe-capacitor kunye nokubonelela ngolwazi olupheleleyo lobugcisa kuquka neengxelo zokuhlola, idatha yokuvavanya, njl., kwaye inokubonelela ngohlalutyo lokungaphumeleli kwe-capacitor kunye nezinye iinkonzo.
1) Ubuninzi bee-capacitors kwingxowa nganye yeplastiki yi-1000 PCS.Ileyibhile yangaphakathi kunye neleyibhile yesiqinisekiso se-ROHS.
2) Ubuninzi bebhokisi nganye encinci yi-10k-30k.1K yibhegi.Kuxhomekeke kumthamo wemveliso.
I-3) Ibhokisi nganye enkulu ingabamba iibhokisi ezimbini ezincinci.
I-1: Uthini umahluko phakathi kwee-capacitors zokhuseleko kunye nee-capacitors eziqhelekileyo?
Ukukhutshwa kwee-capacitors zokhuseleko kuyahluke kwi-capacitors eqhelekileyo.Ii-capacitors eziqhelekileyo ziya kugcina umrhumo ixesha elide emva kokuba umbane wangaphandle unqanyuliwe.Ukothuka kombane kunokwenzeka ukuba umntu ubambe i-capacitor eqhelekileyo ngesandla, ngelixa kungekho ngxaki malunga neecapacitors zokhuseleko.
Ukhuseleko kunye ne-Electro Magnetic Compatibility (ingqwalasela ye-EMC), ngokuqhelekileyo kucetyiswa ukuba ungeze i-capacitors yokhuseleko kwi-inlet yamandla.Ekupheleni kokufakwa kombane we-AC, ngokuqhelekileyo kuyimfuneko yokongeza i-3 capacitors yokhuseleko ukucinezela ukuphazamiseka kwe-EMI.Zisetyenziswa kwisihluzo sonikezelo lwamandla ukuhluza unikezelo lwamandla.
2: Yintoni i-capacitor yokhuseleko?
I-capacitors yokhuseleko isetyenziswe kwiimeko ezinjalo emva kokuba i-capacitor ingaphumeleli: ayiyi kubangela ukutshitshiswa kombane kwaye ayiyi kubeka engozini ukhuseleko lomntu.Iquka i-X capacitors kunye ne-Y capacitors.I-x capacitor yi-capacitor edityaniswe phakathi kwemigca emibini yombane wamandla (LN), kunye ne-metal film capacitors zisetyenziswa ngokubanzi;i-Y capacitor yi-capacitor edibeneyo phakathi kwemigca emibini yomgca wamandla kunye nomhlaba (LE, NE), kwaye ngokuqhelekileyo ibonakala ngababini.Ngenxa yokunciphisa ukuvuza kwangoku, ixabiso le-Y capacitor alikwazi ukuba likhulu kakhulu.Ngokubanzi, i-X capacitor yi-uF kunye ne-Y capacitor yi-nF.I-X capacitor icinezela ukuphazamiseka kwemodi yokwahlukana, kwaye i-Y capacitor icinezela ukuphazamiseka kwemowudi eqhelekileyo.
3: Kutheni ezinye ii-capacitors zibizwa ngokuba yi-safety capacitors?
"Ukhuseleko" kwii-capacitors zokhuseleko alubhekiseli kwizinto ze-capacitor, kodwa ukuba i-capacitor iphumelele isatifikethi sokhuseleko;ngokubhekiselele kwizinto eziphathekayo, i-capacitors yokhuseleko ikakhulu i-CBB capacitors kunye ne-ceramic capacitors.
I-4: Zingaphi iintlobo ze-capacitors zokhuseleko ezikhoyo?
Ii-capacitors zokhuseleko zahlulwe ngohlobo lwe-X kunye nohlobo lwe-Y.
Ii-X capacitors zisebenzisa ii-polyester film capacitors ezinemisinga emikhulu.Olu hlobo lwe-capacitor lunomthamo omkhulu, kodwa ukutshaja okuvumelekileyo kwangoko kunye nokukhupha okwangoku kukhulu, kwaye ukuchasana kwayo kwangaphakathi kuncinci ngokuhambelanayo.
I-capacitance ye-Y capacitor kufuneka ilinganiselwe, ukwenzela ukuba kufezekiswe injongo yokulawula ukuvuza kwangoku okuhamba kuyo kunye nefuthe ekusebenzeni kwe-EMC kwenkqubo phantsi kwe-frequency elinganisiweyo kunye ne-voltage elinganisiweyo.I-GJB151 imisela ukuba amandla e-Y capacitor akufanele abe mkhulu kuno-0.1uF.
