Dempingsabsorpsiekondensator

Kort beskrywing:

Model: SMJ-MC-reeks

CRE verskaf alle soorte kondensators

1. Innoverende dempingsabsorpsiekondensators word deur CRE ontwerp en vervaardig.

2. CRE is die leier in die ontwerp en vervaardiging van filmkondensators.

3. Indien u unieke spesifikasies vir 'n dempingsabsorpsiekondensator benodig, gaan na ons ontwerpsentrum vir 'n pasgemaakte kondensator.

Toepassings:

Hulle word hoofsaaklik gebruik om die tempo van spanningstyging in stroombane te beperk wat is

oormatig, om die skakeling en beskerming van halfgeleiers in krag te beskerm

elektronika; filterering en energieberging.

Die belangrikste toepassingsgebiede is gelykrigters, SVC's, lokomotiefkragbronne, ens.

Stuur e-pos aan ons Laai af as PDF

Produkbesonderhede

Produk-etikette

Toepassing

Hulle word hoofsaaklik gebruik om die tempo van spanningstyging in stroombane te beperk wat is
oormatig, om die skakeling en beskerming van halfgeleiers in krag te beskerm
elektronika; filterering en energieberging.
Die belangrikste toepassingsgebiede is gelykrigters, SVC's, lokomotiefkragbronne, ens.

Onderdeelnommerstelsel

Spesifikasietabel

Kapasiteit(µF)	Ek_MAKS(Arms)	Ek(kA)	I_S(kA)	AfmetingsD×H	Onderboute	Model
VN 1000V WS UNDGS 1700V GS VS 2500V UBB 1500V WS UBG 2400V WS
0.1µF	10	0.2	1.2	50×55	M8	CREZN-1kVAC-0.1µF
0.22µF	10	0.2	1.6	50×55	M8	CREZN-1kVAC-0.22µF
0.33µF	10	0.2	1.6	50×55	M8	CREZN-1kVAC-0.33µF
0.47µF	10	0.2	1.6	50×55	M8	CREZN-1kVAC-0.47µF
0.5µF	10	0.2	1.6	50×55	M8	CREZN-1kVAC-0.5µF
1µF	18	0.2	1.6	50×75	M8	CREZN-1kVAC-1µF
2µF	18	0.3	2	50×75	M8	CREZN-1kVAC-2µF
3µF	18	0.5	2.8	60×90	M12	CREZN-51kVAC-3µF
4µF	18	0.7	3	60×122	M12	CREZN-1kVAC-4µF
6µF	18	0.9	3.5	60×152	M12	CREZN-1kVAC-6µF
10µF	18	1.2	4	76×152	M12	CREZNIIS-500VAC/1kVAC-10µF
VN 1600V WS UNDGS 2500V GS VS 3800V UBB 2400V WS UBG 3300V WS
0.1µF	10	0.2	1.2	50×55	M8	CREZN-1.6kVAC-0.1µF
0.22µF	10	0.2	1.6	50×55	M8	CREZN-1.6kVAC-0.22µF
0.33µF	10	0.2	1.6	50×75	M12	CREZN-1.6kVAC-0.33µF
0.47µF	18	0.2	1.6	50×75	M12	CREZN-1.6kVAC-0.47µF
0.5µF	18	0.2	1.6	50×75	M12	CREZN-1.6kVAC-0.5µF
1µF	18	0.2	1.6	60×90	M8	CREZN-1.6kVAC-1µF
2µF	18	0.3	2	60×122	M12	CREZN-1.6kVAC-2µF
3µF	18	0.5	2.8	60×152	M12	CREZNIIS-1.6kVAC-3µF
4µF	18	0.7	3	76×122	M12	CREZNIIS-1.6kVAC-4µF
6µF	18	0.9	3.5	76×152	M12	CREZNIIS-1.6kVAC-6µF
10µF	18	1.2	4	96×152	M16	CREZNIIS-1.6kVAC-10µF
VN 2000V WS UNDGS 3000V GS VS 4500V UBB 3000V WS UBG 3800V WS
0.1µF	10	0.2	1.2	50×55	M8	CREZN-2kVAC-0.1µF
0.22µF	10	0.2	1.6	50×55	M8	CREZN-2kVAC-0.22µF
0.33µF	10	0.2	1.6	50×75	M8	CREZN-2kVAC-0.33µF
0.47µF	18	0.2	1.6	50×75	M12	CREZN-2kVAC-0.47µF
0.5µF	18	0.2	1.6	50×75	M12	CREZN-2kVAC-0.5µF
1µF	18	0.2	1.6	60×90	M12	CREZN-2kVAC-1µF
2µF	18	0.3	2	76×122	M12	CREZNIIS-2kVAC-2µF
3µF	18	0.5	2.8	76×122	M12	CREZNIIS-2kVAC-3µF
4µF	18	0.7	3	76×152	M12	CREZNIIS-2kVAC-4µF
6µF	18	0.9	3.5	86×152	M12	CREZNIIS-2kVAC-6µF

10µF	18	1.2	4	106×152	M16	CREZNIIS-2kVAC-10µF
VN 2500V WS UNDGS 4000V GS VS 6000V UBB 3750V WS UBG 4500V WS
0.1µF	10	0.2	1.4	60×60	M12	CREZN-2.5kVAC-0.1µF
0.22µF	10	0.2	1.8	60×60	M12	CREZN-2.5kVAC-0.22µF
0.33µF	10	0.2	1.8	60×90	M12	CREZN-2.5kVAC-0.33µF
0.47µF	18	0.2	1.8	60×90	M12	CREZN-2.5kVAC-0.47µF
0.5µF	18	0.2	1.8	60×90	M12	CREZN-2.5kVAC-0.5µF
1µF	18	0.2	1.8	60×122	M12	CREZNIIS-2.5kVAC-1µF
2µF	18	0.4	2.2	76×122	M12	CREZNIIS-2.5kVAC-2µF
3µF	18	0.6	3	76×152	M12	CREZNIIS-2.5kVAC-3µF
4µF	18	0.8	3.5	86×152	M16	CREZNIIS-2.5kVAC-4µF
6µF	18	1	4	106×152	M16	CREZNIIS-2.5kVAC-6µF
10µF	18	1.5	4.5	116×182	M16	CREZNIIS-2.5kVAC-10µF
VN 3000V WS UNDGS 4500V GS VS 6750V UBB 4500V WS UBG 5200V WS
0.1µF	18	0.4	1.6	60×60	M12	CREZN-3kVAC-0.1µF
0.22µF	18	0.6	2	60×60	M12	CREZN-3kVAC-0.22µF
0.33µF	18	0.6	2	60×60	M12	CREZN-3kVAC-0.33µF
0.47µF	18	0.6	2	60×90	M12	CREZN-3kVAC-0.47µF
0.5µF	18	0.6	2	60×122	M12	CREZN-3kVAC-0.5µF
1µF	18	0.7	2	76×122	M12	CREZNIIS-3kVAC-1µF
2µF	18	1.5	4	76×152	M12	CREZNIIS-3kVAC-2µF
3µF	18	1.8	6	96×152	M16	CREZNIIS-3kVAC-3µF
4µF	18	3.5	8	106×152	M16	CREZNIIS-3kVAC-4µF
6µF	18	4	12	106×182	M16	CREZNIIS-3kVAC-6µF
10µF	18	5	14	116×272	M16	CREZNIIS-3kVAC-10µF
VN 4000V WS UNDGS 5000V GS VS 7500V UBB 6000V WS UBG 6600V WS
0.1µF	18	0.5	1.8	76×122	M12	CREZNIIS-4kVAC-0.1µF
0.22µF	18	0.7	2.2	76×122	M12	CREZNIIS-4kVAC-0.22µF
0.33µF	18	0.7	2.2	76×122	M12	CREZNIIS-4kVAC-0.33µF
0.47µF	18	0.7	2.2	76×122	M12	CREZNIIS-4kVAC-0.47µF
0.5µF	18	0.7	2.2	76×122	M12	CREZNIIS-4kVAC-0.5µF
1µF	18	0.8	2.4	86×152	M12	CREZNIIS-4kVAC-1µF
2µF	18	1.7	5	106×152	M16	CREZNIIS-4kVAC-2µF
3µF	18	2	7	106×182	M12	CREZNIIS-4kVAC-3µF
4µF	18	3.7	11	106×272	M16	CREZNIIS-4kVAC-4µF
VN 5000V WS UNDGS 8000V GS VS 12000V UBB 7500V WS
0.1µF	18	1	2	76×122	M12	CREZNIID-5kVAC-0.1µF
0.22µF	18	1.2	2.5	76×122	M12	CREZNIID-5kVAC-0.22µF
0.33µF	18	1.2	2.5	76×152	M12	CREZNIID-5kVAC-0.33µF
0.47µF	18	1.2	2.5	76×152	M12	CREZNIID-5kVAC-0.47µF
0.5µF	18	1.2	2.5	76×152	M12	CREZNIID-5kVAC-0.5µF
1µF	18	1.5	4	106×152	M12	CREZNIID-5kVAC-1µF
2µF	18	2	6	116×182	M16	CREZNIID-5kVAC-2µF
3µF	18	2.4	9	116×272	M12	CREZNIID-5kVAC-3µF
VN 6000V WS UNDGS 9000V GS VS 13500V UBB 8000V WS
0.1µF	18	1.2	2.5	76×122	M12	CREZNIID-6kVAC-0.1µF
0.22µF	18	1.5	3	76×152	M12	CREZNIID-6kVAC-0.22µF
0.33µF	18	1.5	3	76×152	M12	CREZNIID-6kVAC-0.33µF
0.47µF	18	1.5	3	76×152	M12	CREZNIID-6kVAC-0.47µF
0.5µF	18	1.5	3	86×152	M12	CREZNIID-6kVAC-0.5µF
1µF	18	2	6	106×152	M12	CREZNIID-6kVAC-1µF
2µF	18	3	6	116×202	M16	CREZNIID-6kVAC-2µF
VN 7000V WS UNDGS 10000V GS VS 15000V UBB 10500V WS
0.1µF	18	1.8	4	76×122	M12	CREZNIID-7kVAC-0.1µF
0.22µF	18	2.2	6	76×152	M12	CREZNIID-7kVAC-0.22µF
0.33µF	18	2.2	6	86×152	M12	CREZNIID-7kVAC-0.33µF
0.47µF	18	2.2	6	86×152	M12	CREZNIID-7kVAC-0.47µF
0.5µF	18	2.2	6	86×152	M12	CREZNIID-7kVAC-0.5µF
1µF	18	4	12	106×182	M12	CREZNIID-7kVAC-1µF
2µF	18	6	12	116×272	M16	CREZNIID-7kVAC-2µF