I-capacitor yefilimu eyenziwe ngesinyithi yesicelo sobonelelo lwamandla (DMJ-MC)

I-capacitor yefilimu eyenziwe ngesinyithi yesicelo sonikezelo lwamandla (DMJ-MC) Umfanekiso obonakalayo

Inkcazelo emfutshane:

Power electronic film capacitors DMJ-MC series

Iipolypropylene film capacitors ziyakwazi ukufumana izicelo ezikumgangatho ophezulu.

1. Imiba yokulahla ephantsi kakhulu (tan δ)

2. izinto ezikumgangatho ophezulu (Q)

3. amaxabiso aphantsi e-inductance (ESL)

4. Akukho microphonics xa kuthelekiswa ne-ceramic capacitors

5. Ukwakhiwa kwesinyithi kuneempawu zokuziphilisa

6. Amandla ombane aphezulu

7. High ripple current ukumelana

Thumela i-imeyile kuthi Khuphela njengePDF

Iinkcukacha zeMveliso

Iithegi zeMveliso

Idatha yobugcisa

Uluhlu lobushushu obusebenzayo	Max.Ubushushu bokusebenza: +85℃ Ubushushu bodidi oluphezulu:+70℃ Ubushushu bodidi olusezantsi: -40℃
uluhlu lwamandla	50μF～4000μF
Umbane olinganisiweyo	450V.DC～4000V.DC
Ukunyamezela amandla	±5%(J);±10%(K)
Ukumelana nombane	Vt-t	1.5Un DC/60S
	Vt-c	1000+2×Un/√2 (V.AC) 60S(min3000 V.AC)
Ngamandla ombane	1.1Un(30% yokulayisha-ngexesha)
	1.15Un(30min/usuku)
	1.2Un(imizuzu emi-5/usuku)
	1.3Un(1min/usuku)
	I-1.5Un (100ms rhoqo, amaxesha angama-1000 ngexesha lobomi)
I-Disipation factor	Tgδ≤0.003 f=100Hz
	tgδ0≤0.0002
Ukumelana ne-insulation	Rs*C≥10000S (at20℃ 100V.DC 60s)
Ukubuyiswa komlilo	UL94V-0
Ubuninzi bobude	3500m
	uyilo lwesiko luyimfuneko xa umphakamo wofakelo ungaphezulu kwe-3500m
Izinto ozilindile emhlabane	100000h(Un; Θhotspot≤70 °C)
Umgangatho weReferensi	IEC61071 ;GB/T17702;

Amandla ethu

1. Inkonzo yoyilo ngokwezifiso ngokwesicelo esithile;

2. Iqela lobugcisa elinamava eCRE ukuxhasa abathengi bethu ngesona sisombululo sinobuchule;

3. Iiyure ezingama-24 zenkonzo ye-intanethi;

4. I-datasheet, imizobo, iiprojekthi eziyimpumelelo ziyafumaneka.

Uphawu

Umda wesicelo se-DC capacitors uhluke ngokufanayo.Ii-capacitors ezigudileyo zisetyenziselwa ukunciphisa icandelo le-AC lombane oguquguqukayo we-DC (njengakubonelelo lwamandla osetyenziso lwemizi-mveliso).

Ii-capacitors zethu zefilimu ziyakwazi ukufunxa kwaye zikhulule imisinga ephezulu kakhulu kwixeshana elifutshane, amaxabiso aphezulu ee-currents akhulu kakhulu kunexabiso le-RMS.

I-Surge (i-pulse) yokukhupha ii-capacitors ziyakwazi ukubonelela okanye ukufunxa ngokugqithisileyo okwexeshana elifutshane ngoku.Ngokuqhelekileyo zisetyenzwa kwizicelo zokukhutshwa kunye nee-voltage ezingaguqukiyo, kunye nokuphindaphinda okuphantsi kwamaza, njengakwiteknoloji ye-laser.

Isicelo

1. Izixhobo zokuvavanya amandla ombane aphezulu;
2. Abalawuli beDC;
3. Itekhnoloji yokulinganisa nokulawula;
4. Ukugcinwa kwamandla kwiisekethe ze-DC eziphakathi;
5. abaguquli bamandla e-transistor kunye ne-thyristor;