Isibambisi seFilimu 
Ikhathalogu yamva nje-2025
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I-capacitor ye-IGBT Snubber yefilimu eyenziwe ngesinyithi
1. Ibhokisi yeplastiki, Itywinwe nge-resin;
2. Iileya zokufaka ubhedu ezifakwe ngetin, kulula ukuzifaka kwi-IGBT;
3. Ukuxhathisa i-voltage ephezulu, i-tgδ ephantsi, ukunyuka kobushushu obuphantsi;
4. i-ESL ephantsi kunye ne-ESR;
5. Ukubetha okuphezulu kombane.
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Isihluzi seFilimu esiKhawulezayo esiPhezulu soMatshini wokuWelda (SMJ-TC)
Imodeli yeCapacitor: SMJ-TC
Iimbonakalo:
1. Ii-electrode ze-copper nuts
2. Ubungakanani obuncinci bomzimba kunye nokufakwa okulula
3. Itekhnoloji yokujika iteyiphu yeMylar
4. Ukuzaliswa kweresin eyomileyo
5. I-Low Equivalent Series Inductance (ESL) kunye ne-Equivalent Series Resistance (ESR)
Izicelo:
1. I-GTO Snubber
2. I-Peak Voltage kunye ne-Peak Current Absorption kunye noKhuseleko lwe-Switching Component kwiZixhobo ze-Elektroniki
Iisekethe ze-snubber zibalulekile kwii-diode ezisetyenziswa kwiisekethe zokutshintsha. Zingasindisa i-diode kwii-spikes ze-overvoltage, ezinokuvela ngexesha lenkqubo yokubuyisela umva.
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Ii-capacitor ze-Axial GTO ezingenanto
Ezi capacitors zifanelekile ukumelana neepulses zamandla ezinzima ezihlala zidibana nokhuseleko lwe-GTO. Uqhagamshelo lwe-axial luvumela ukunciphisa ukuhanjiswa kochungechunge kwaye lubonelele ngokufakelwa okuqinileyo koomatshini, unxibelelwano lombane oluthembekileyo kunye nokusasazwa kakuhle kobushushu obuveliswa ngexesha lenkonzo.
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I-dielectric elahlekileyo ephantsi yefilimu ye-polypropylene Snubber capacitor yesicelo se-IGBT
Uluhlu lwe-CRE lwee-IGBT snubber capacitors zihambelana ne-ROHS kunye ne-REACH.
1. Iimpawu ezithintela ilangatye ziyaqinisekiswa ngokusebenzisa iplastiki ebiyelweyo kunye ne-epoxy end fill ezihambelana ne-UL94-VO.
2. Iintlobo zesiphelo kunye nobukhulu beekheyisi zingenziwa ngokwezifiso.
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Ii-capacitor ezinamandla aphezulu ezivuselelayo
Ii-capacitors ze-RMJ-MT Series
I-CRE inako ukubonelela ngee-capacitors ezinamandla aphezulu eziphendulayo ezisingatha ii-voltage ezinkulu kunye nemisinga kwiphakheji encinci encinci.
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I-capacitor ye-resonance ye-pulse ephezulu ye-RMJ-PC
I-RMJ-P Series Resonant capacitor
1. Uvavanyo lwamandla aphezulu okubetha kwentliziyo
2. Uluhlu oluphezulu lokusebenza rhoqo
3. Ukumelana okuphezulu kobushushu
4. I-ESR ephantsi kakhulu
5. Uvavanyo lwangoku lwe-AC oluphezulu
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Ii-capacitor zefilimu ezintsha ezinamandla aphezulu
Injongo ye-DC-link capacitor kukubonelela nge-DC voltage ezinzileyo ngakumbi, nto leyo ethintela ukuguquguquka njengoko i-inverter ifuna umbane onzima ngamaxesha athile.
I-CRE DC link capacitor iyasebenza kwitekhnoloji yohlobo olomileyo eqinisekisa ukusebenza kwayo okuphezulu, ukusebenza kwayo ngokukhuselekileyo, ubomi bayo obude njl.njl.
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I-High Performance Capacitor yeZithuthi zoMbane (ii-EV) kunye neZithuthi zoMbane zeHybrid (ii-HEV) (i-DKMJ-AP)
Imodeli yeCapacitor: Uthotho lweDKMJ-AP
Iimbonakalo:
1. Ii-electrode zeCopper Flat
2. Ukupakisha ngeplastiki okutywinwe ngeResin eyomileyo
3. Umthamo Omkhulu kubungakanani obuncinci bomzimba
4. Ufakelo olulula
5. Ukumelana neVoltage ephezulu
6. Amandla okuziphilisa
7. I-ESL ephantsi kunye ne-ESR
8. Iyakwazi ukusebenza phantsi koMbane oQhoboshekileyo oPhezulu
Izicelo:
Yenzelwe iiMoto zoMbane (ii-EV) kunye neeMoto zoMbane zeHybrid (ii-HEV)
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Isixhobo Sokuxhobisa Amandla Esisandula Ukwenziwa Esinobuchule Bokuziphilisa (DKMJ-S)
Imodeli yeCapacitor: DKMJ-S
Iimbonakalo:
1. Ii-electrode zeCopper nuts/screws, kulula ukuzifakela
2. Ukupakisha kwesinyithi okuzaliswe yi-resin eyomileyo
3. Umthamo omkhulu ngobukhulu obuncinci bomzimba
4. Ukuxhathisa amandla aphezulu ombane kunye nokukwazi ukuziphilisa
5. Ubuchule bokusebenza phantsi kombane ophezulu
6. Ulindelo Lobomi Obude Nokusebenza Okungcono Xa kuthelekiswa Nee-Electrolytic Capacitors
Izicelo:
1. Ukugcinwa kwamandla kunye nokucoca kwi-DC-Link Circuit
2. Ii-Applications ze-VSC-HVDC ezisekelwe kwi-IGBT (i-Voltage Sourced Converter) Ukuhambisa Amandla phantsi komhlaba kumgama omde
3. Izixhobo zoMbane eziya eZiqithini
4. I-Inverter ye-Photovoltaic (PV), i-Wind Power Converter
5. Izithuthi zoMbane (ii-EV) kunye nezithuthi zoMbane eziDibeneyo (ii-HEV)
6. Zonke iintlobo zee-Frequency Converters kunye nee-Inverters
7. SVG, Izixhobo zoLawulo lwaMandla ze-SVC
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I-Capacitor yeFilimu eyenzelwe wena eyenzelwe usetyenziso lwe-EV kunye ne-HEV
Ii-capacitor zefilimu zamandla eziphambili ezineteknoloji yokuziphilisa elawulwayo yenye yezisombululo ze-elektroniki zamandla ezinokuxhomekeka kwiinjineli ze-EV kunye ne-HEV ukuze zihlangabezane nobukhulu obuqinileyo, ubunzima, ukusebenza, kunye nemigangatho yokuthembeka engenabungozi kakhulu kule marike inzima.
