I-Safety Ceramic Capacitor Y1 Uhlobo/Ukuphepha Kwe-Ceramic Capacitor Y2 Uhlobo
| Izimfuneko zobuchwepheshe Izinga | I-IEC 60384-14 ;I-EN 60384-14 ;I-IEC UL60384 ;K 60384 |
| Uphawu lwesitifiketi | VDE / ENEC / IEC / UL / CSA / KC / CQC |
| Ikilasi ;I-Voltage elinganiselwe(UR) | X1 / Y1/Y2 ;400VAC / 300VAC/500VAC |
| Ibanga Lamandla | 10pF kuya ku-10000pF |
| Melana ne-voltage | I-4000VAC ye-1min/2000VAC ye-1min/1800VAC i-1min |
| Ukubekezelela Amandla | Y5P±10%(K);Y5U,Y5V±20%(M) ikalwe kokuthi 25℃,1Vrms,1KHz |
| I-Dissipation Factor (tgδ) | Y5P,Y5U tgδ≤2.5% ;I-Y5V tgδ≤5% ikalwe kokuthi 25℃,1Vrms,1KHz |
| I-Insulation Resistance(IR) | I-IR≥10000MΩ,1min,100VDC |
| Izinga Lokushisa Lokusebenza | -40 ℃ ukuze +85 ℃;-40 ℃ ukuze +125 ℃ |
| Izinga lokushisa Isici | Y5P,Y5U,Y5V |
| I-Flame Retardant Epoxy Resin | I-UL94-V0 |
Isicelo Scenario
Ishaja
Izibani ze-LED
Igedlela
I-rice cooker
I-induction cooker
Ukunikezwa kwamandla kagesi
Umshanele
Umshini wokuwasha
• Ukuvikelwa kwe-Transistor, Diode, IC, Thyristor noma Triac semiconductor.
• Ukuvikelwa okunamandla kuma-electronics omthengi.
• Ukuvikelwa okunamandla kugesi wezimboni.
• Ukuvikelwa okunamandla ezintweni zikagesi zasendlini, igesi kanye nezinto zikaphethiloli.
• Ukumuncwa kwe-relay kanye ne-electromagnetic valve surge.
Inqubo Yokukhiqiza
1. Ukwakhiwa komthofu
2. Inhlanganisela Yomthofu neChip
3. Soldering
4. Soldering Ukuhlolwa
5. I-Epoxy Resin Coating
6. Ukubhaka
7. Laser Printing
8. Ukuhlolwa kokusebenza kukagesi
9. Ukuhlola Ukubukeka
10. Ukusika umthofu noma Ukudonsa
11. FQC kanye Ukupakisha
Izitifiketi
Isitifiketi
Izimboni zethu ziphumelele isitifiketi se-ISO-9000 ne-ISO-14000.Ama-capacitor ethu okuphepha (X2, Y1, Y2, njll.) kanye nama-varistors aphumelele izitifiketi ze-CQC, VDE, CUL, KC, ENEC kanye ne-CB.Wonke ama-capacitor ethu anobungani bemvelo futhi athobela isiyalelo se-EU ROHS kanye nemithetho ye-REACH.
Mayelana NATHI
Inkampani yethu inamandla obuchwepheshe aqinile kanye nonjiniyela abanolwazi olucebile ekukhiqizeni i-ceramic capacitor.Ngokuthembela kumakhono ethu aqinile, singakwazi ukusiza amakhasimende ekukhetheni i-capacitor futhi sinikeze ulwazi oluphelele lwezobuchwepheshe oluhlanganisa imibiko yokuhlola, idatha yokuhlola, njll., futhi singahlinzeka ngokuhlaziywa kokwehluleka kwe-capacitor nezinye izinsizakalo.
1) Inani lama-capacitor esikhwameni ngasinye sepulasitiki yi-1000 PCS.Ilebula yangaphakathi kanye nelebula yokufaneleka ye-ROHS.
2) Inani lebhokisi ngalinye elincane liyi-10k-30k.U-1K uyisikhwama.Kuya ngevolumu yomkhiqizo.
3) Ibhokisi ngalinye elikhulu lingabamba amabhokisi amabili amancane.
1: Uyini umehluko phakathi kwama-capacitor okuphepha nama-capacitor ajwayelekile?
Ukukhishwa kwama-capacitor okuphepha kuhlukile kune-capacitor evamile.Ama-capacitor avamile azogcina ishaji isikhathi eside ngemva kokuba ugesi wangaphandle unqanyuliwe.Ukushaqeka kukagesi kungase kwenzeke uma umuntu ethinta i-capacitor evamile ngesandla, kuyilapho ingekho inkinga enjalo ngama-capacitor okuphepha.
Ngokuphepha nokuhambelana kwe-Electro Magnetic (ukucatshangelwa kwe-EMC), ngokuvamile kuyanconywa ukuthi kwengezwe ama-capacitor okuphepha endaweni yokungena kagesi.Ekugcineni kokufaka kwamandla kagesi we-AC, ngokuvamile kuyadingeka ukwengeza ama-capacitor okuphepha angu-3 ukuze ucindezele ukuphazamiseka kokwenziwa kwe-EMI.Asetshenziswa kusihlungi sokunikezwa kwamandla ukuze kuhlungwe ukunikezwa kwamandla.
2: Iyini i-capacitor yokuphepha?
Ama-capacitor okuphepha asetshenziswa ezikhathini ezinjalo ukuthi ngemva kokuhluleka kwe-capacitor: ngeke kubangele ukushaqeka kagesi futhi ngeke kufake engozini ukuphepha komuntu siqu.Ihlanganisa ama-X capacitor nama-Y capacitor.I-x capacitor iyi-capacitor exhunywe phakathi kwemigqa emibili yentambo yamandla (LN), futhi ama-capacitor amafilimu ensimbi avame ukusetshenziswa;i-Y capacitor iyi-capacitor exhunywe phakathi kwemigqa emibili yolayini wamandla kanye nomhlabathi (LE, NE), futhi ngokuvamile ivela ngababili.Ngenxa yomkhawulo wokuvuza kwamanje, inani le-capacitor engu-Y alikwazi ukuba likhulu kakhulu.Ngokuvamile, i-X capacitor ingu-uF kanti i-Y capacitor ingu-nF.I-X capacitor icindezela ukuphazamiseka kwemodi ehlukile, futhi i-Y capacitor icindezela ukuphazamiseka kwemodi evamile.
3: Kungani amanye ama-capacitor ebizwa ngokuthi ama-capacitor okuphepha?
"Ukuphepha" kuma-capacitor okuphepha akubhekiseli ezintweni ze-capacitor, kodwa ukuthi i-capacitor iphumelele isitifiketi sokuphepha;ngokwezinto ezibonakalayo, ama-capacitor okuphepha ikakhulukazi ama-CBB capacitor nama-ceramic capacitor.
4: Zingaki izinhlobo zama-capacitor okuphepha akhona?
Ama-capacitor okuphepha ahlukaniswe ngohlobo lwe-X nohlobo luka-Y.
Ama-X capacitor asebenzisa kakhulu ama-polyester film capacitor anama-ripple currents amakhulu.Lolu hlobo lwe-capacitor lunomthamo omkhulu ngokuqhathaniswa, kodwa ukushaja kwawo okusheshayo nokukhipha amandla akhona nakho kukhulu, futhi ukumelana kwalo kwangaphakathi kuncane ngokuhambisanayo.
Amandla e-Y capacitor kufanele alinganiselwe, ukuze kufinyelelwe inhloso yokulawula ukuvuza kwamanje okugeleza kuyo kanye nomthelela ekusebenzeni kwe-EMC kwesistimu ngaphansi kwefrikhwensi elinganiselwe kanye ne-voltage elinganiselwe.I-GJB151 ibeka ukuthi amandla e-Y capacitor akufanele abe mkhulu kuno-0.1uF.
Izigaba zemikhiqizo
-
I-Bulk High Voltage Film Capacitor China
-
I-Hybrid Supercapacitor Ibhethri Lemoto 24V
-
I-Axial Self Healing Polyester Film Capacitor
-
I-Metallized Polyester Film Capacitor MET(CL20)
-
Abahlinzeki be-Brand Aluminium Electrolytic Capacitor
-
Sebenzisa ama-capacitor angu-2.7V amabili noma ngaphezulu ochungechungeni
