Condensator pelliculae PP nexus DC altae efficaciae pro inversore solari (DMJ-PS)

Condensator membranae PP nexus DC altae efficaciae pro inversore solari (DMJ-PS) Imago Praecipua

Descriptio Brevis:

Modelus Capacitoris: Series DMJ-PS

Proprietates:

1. Electroda filorum cupreorum stanneo obducta, parvae magnitudinis et facilis institutionis

2. Involucrum plasticum, resina sicca implens

3. ESL et ESR humilia

4. Sub alta pulsatione currentis operandi capax

5. Longior vita comparata cum condensatoribus electrolyticis

Applicationes:

1. Energiae Filtratio et Conservatio in Circuitu DC-Nexus

2. Inverter photovoltaicus, conversor energiae eolianae

3. Autocineta electrica, autocineta hybrida electrica et statio impletionis

4. Fons Potentiae Continuae (UPS)

5. Omnia Genera Convertorum Frequentiae et Fontis Potentiae Invertoris

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Detalia Producti

Etiquettae Productarum

Series DMJ-PS

Condensator seriei DMJ-PS unum ex commodis CRE est, lineae productionis plene automaticae pro condensatoribus seriei DMJ-PS adhibitae.

Per annos experientiae in investigatione et evolutione (R&D), condensatores pellicularum potentiae CRE efficaces technologiae energiae renovabilis et retiaculi intelligentis probant.

Famam a clientibus toto orbe terrarum adipiscimur.

Data technica

Ambitus temperaturae operativae	Temperatura maxima operandi, summa, maxima: +105℃ Temperatura categoriae superioris: +85℃ Temperatura categoriae inferioris: -40℃
spatium capacitatis	8~150μF
Tensio aestimata	450V.DC ~ 1300V.DC
Cap.tol	±5% (J); ±10% (K)
Tensionem sustinere	1.5Un DC/60S
Supertensio	1.1Un (30% durationis in onere)
	1.15 Un (30 min/die)
	1.2 Un (5 min/die)
	1.3 Un (1 min/die)
	1.5Un (100ms singulis vicibus, 1000 vicibus per totam vitam)
Factor dissipationis	tgδ≤0.0015 f=100Hz
Resistentia insulationis	RS*C ≥ 10000S (ad 20℃ 100V.DC)
Retardatio flammae	UL94V-0
Norma referentialis	IEC 61071;

Characteristica

1. Involucrum testae plasticae, infusio resinae siccae;
2. Plumba cum filo aeneo stanneo, magnitudine parva, facili institutione;
3. ESL et ESR humilia;
4. Alta pulsatio fluxus.
Sicut alia producta CRE, condensatores seriei certificatum UL habent et probationem 100% in combustione (burn-in) superant.

Applicatio

1. Late in circuitu DC-Link ad accumulationem energiae filtrandam adhibitum;
2. Condensatores electrolyticos substituere potest, meliorem efficaciam et vitam longiorem praebet.
3. Inverter photovoltaicus, convertor energiae eolicae; omnis generis convertor frequentiae et fons potentiae invertoris;
Autocineta pura electrica et hybrida; Palus onerandi, UPS, et cetera.

Expectatio vitae

Delineatio adumbrata

Duo

Tabula specificationum

Tensio electrica					550V.DC (85℃) 600V (70℃)
Cn (uF)	numerus filorum	φD (mm)	L(mm)±1	T(mm)±1	A(mm)±1	Inclinatio (mm)		ESR (mΩ)	ESL (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) (ad 10KHz 85℃)
Cn (uF)	numerus filorum	φD (mm)	L(mm)±1	T(mm)±1	A(mm)±1	P1	P2	ESR (mΩ)	ESL (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) (ad 10KHz 85℃)
4	Duo	0.8	32	11	21	27.5		20.5	10	75	trecenti	4
7	Duo	0.8	32	15	25	27.5		11.5	10	75	525	6.5
10	Duo	1	32	18	28	27.5		8	10	75	DCCCL	9
12	Duo	1	32	21	31	27.5		7	10	75	900	10
20	Duo	1.2	42.5	24.5	27.5	37.5		7	10	40	DCCC	11
30	4	1.2	42.5	24	44	37.5	20.3	6.5	10	40	1200	15
45	4	1.2	42.5	29	37	37.5	20.3	6	10	40	MDCCC	17
60	4	1.2	42.5	30	45	37.5	20.3	4.5	15	40	2400	18.5
60	4	1.2	42.5	33	45	37.5	20.3	4.5	15	40	2400	18.5
75	4	1.2	42.5	35	50	37.5	20.3	3	15	20	1500	19
75	4	1.2	57.5	30	45	52.5	20.3	3.2	15	20	1500	18
centum	4	1.2	42.5	40	55	37.5	20.3	2.8	15	20	MM	20
centum	4	1.2	57.5	35	50	52.5	20.3	3	15	20	MM	22
110	4	1.2	57.5	35	50	52.5	20.3	3	15	20	MMCC	23
CXX	4	1.2	57.5	38	54	52.5	20.3	2.8	15	20	2400	25
CL	4	1.2	57.5	42.5	56	52.5	20.3	2.5	15	20	tria milia	28
CL	4	1.2	57.5	45	55	52.5	20.3	2.5	15	20	tria milia	28
ducenti	4	1.2	57.5	45	65	52.5	20.3	2.3	15	20	Quadringenta milia	28
Tensio electrica					700V.DC (85℃) 800V (70℃)
Cn (uF)	numerus filorum	φD (mm)	L(mm)±1	T(mm)±1	A(mm)±1	Inclinatio (mm)		ESR (mΩ)	ESL (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) (ad 10KHz 85℃)
Cn (uF)	numerus filorum	φD (mm)	L(mm)±1	T(mm)±1	A(mm)±1	P1	P2	ESR (mΩ)	ESL (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) (ad 10KHz 85℃)
3	Duo	0.8	32	11	21	27.5		23	10	75	225	4
5	Duo	0.8	32	15	25	27.5		14	10	75	375	6
8	Duo	1	32	18	28	27.5		8.5	10	75	DC	8.5
10	Duo	1	32	21	31	27.5		7	10	75	DCCCL	10
10	Duo	1.2	42.5	24.5	27.5	37.5		10	10	40	quadringenti	10
20	4	1.2	42.5	24	44	37.5	20.3	7.5	10	40	DCCC	12
25	4	1.2	42.5	29	37	37.5	20.3	6	10	40	mille	12
40	4	1.2	42.5	33	45	37.5	20.3	5.5	10	40	1600	13
40	4	1.2	57.5	30	45	52.5	20.3	6	15	20	DCCC	15
45	4	1.2	42.5	35	50	37.5	20.3	5	10	40	MDCCC	15
50	4	1.2	57.5	30	45	52.5	20.3	5.5	15	20	mille	18
55	4	1.2	42.5	40	55	37.5	20.3	4.5	10	40	MMCC	18
60	4	1.2	57.5	35	50	52.5	20.3	5	15	20	1200	20
75	4	1.2	57.5	35	50	52.5	20.3	4.5	15	20	1500	22
80	4	1.2	57.5	38	54	52.5	20.3	4	15	20	1600	22
90	4	1.2	57.5	42.5	56	52.5	20.3	3.5	15	20	MDCCC	25
centum	4	1.2	57.5	42.5	56	52.5	20.3	3.2	15	20	MM	27.5
centum	4	1.2	57.5	45	55	52.5	20.3	3.2	15	20	MM	27.5
110	4	1.2	57.5	45	65	52.5	20.3	3	15	20	MMCC	28
Tensio electrica					800V.DC (85℃) 900V (70℃)
Cn (uF)	numerus filorum	φD (mm)	L(mm)±1	T(mm)±1	A(mm)±1	Inclinatio (mm)		ESR (mΩ)	ESL (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) (ad 10KHz 85℃)
Cn (uF)	numerus filorum	φD (mm)	L(mm)±1	T(mm)±1	A(mm)±1	P1	P2	ESR (mΩ)	ESL (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) (ad 10KHz 85℃)
Duo	Duo	0.8	32	11	21	27.5		31	10	75	CL	3.5
4	Duo	0.8	32	15	25	27.5		15.5	10	75	trecenti	5.5
6	Duo	1	32	18	28	27.5		10.5	10	75	450	7.5
8	Duo	1	32	21	31	27.5		8	10	75	DC	9.5
15	Duo	1.2	42.5	24	44	37.5		10	10	40	DC	10
20	4	1.2	42.5	29	37	37.5	20.3	7.5	10	40	DCCC	12
30	4	1.2	42.5	33	45	37.5	20.3	4.5	10	40	1200	16
35	4	1.2	57.5	30	45	52.5	20.3	5.5	15	20	DCC	14
45	4	1.2	42.5	35	50	37.5	20.3	4.2	10	40	MDCCC	17
50	4	1.2	57.5	35	50	52.5	20.3	4.5	15	20	mille	18
55	4	1.2	42.5	40	55	37.5	20.3	4	10	40	MMCC	18
60	4	1.2	57.5	38	54	52.5	20.3	4.5	15	20	1200	20
70	4	1.2	57.5	42.5	56	52.5	20.3	3.5	15	20	1400	22
75	4	1.2	57.5	45	55	52.5	20.3	3.2	15	20	1500	24
85	4	1.2	57.5	45	65	52.5	20.3	3	15	20	MDCC	26
Tensio electrica					1100V.DC (85℃) 1200V (70℃)
Cn (uF)	numerus filorum	φD (mm)	L(mm)±1	T(mm)±1	A(mm)±1	Inclinatio (mm)		ESR (mΩ)	ESL (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) (ad 10KHz 85℃)
Cn (uF)	numerus filorum	φD (mm)	L(mm)±1	T(mm)±1	A(mm)±1	P1	P2	ESR (mΩ)	ESL (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) (ad 10KHz 85℃)
1	Duo	0.8	32	11	21	27.5		45.5	10	95	95	3
Duo	Duo	0.8	32	15	25	27.5		23	10	95	190	4.5
3	Duo	1	32	18	28	27.5		15.5	10	95	285	6
4	Duo	1	32	21	31	27.5		11.5	10	95	380	8
10	Duo	1.2	42.5	24	44	37.5		11	10	40	429	11
15	4	1.2	42.5	29	37	37.5	20.3	8	10	40	DC	15
20	4	1.2	42.5	30	45	37.5	20.3	5	10	40	DCCC	18
20	4	1.2	42.5	33	45	37.5	20.3	5	10	40	DCCC	18
20	4	1.2	57.5	30	45	52.5	20.3	7	15	25	quingenti	15
25	4	1.2	57.5	35	50	52.5	20.3	6	15	25	DCXXV	17
30	4	1.2	57.5	35	50	52.5	20.3	5	15	25	DCCCL	18
35	4	1.2	42.5	35	50	37.5	20.3	4.5	10	40	1400	19
40	4	1.2	57.5	35	50	52.5	20.3	5	15	25	mille	18
45	4	1.2	57.5	38	54	52.5	20.3	4.5	15	25	1125	18.5
50	4	1.2	57.5	42.5	56	52.5	20.3	3.5	15	25	1250	20
55	4	1.2	57.5	42.5	56	52.5	20.3	3.5	15	25	1375	21
60	4	1.2	57.5	45	55	52.5	20.3	3.2	15	25	1500	22
70	4	1.2	57.5	45	65	52.5	20.3	3	15	25	MDCCCL	24
Tensio electrica					1200V.DC (85℃) 1500V (70℃)
Cn (uF)	numerus filorum	φD (mm)	L(mm)±1	T(mm)±1	A(mm)±1	Inclinatio (mm)		ESR (mΩ)	ESL (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) (ad 10KHz 85℃)
Cn (uF)	numerus filorum	φD (mm)	L(mm)±1	T(mm)±1	A(mm)±1	P1	P2	ESR (mΩ)	ESL (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) (ad 10KHz 85℃)
1	Duo	0.8	32	11	21	27.5		43	10	centum	centum	3
Duo	Duo	0.8	32	15	25	27.5		21.5	10	centum	ducenti	5
3	Duo	1	32	18	28	27.5		14.5	10	centum	trecenti	6.5
4	Duo	1	32	21	31	27.5		11	10	centum	quadringenti	8
12	4	1.2	42.5	30	45	37.5	20.3	5	10	50	DC	15
12	4	1.2	57.5	30	45	52.5	20.3	11	15	40	480	13
18	4	1.2	42.5	35	50	37.5	20.3	4.5	10	50	900	18
20	4	1.2	42.5	40	55	37.5	20.3	7	15	50	mille	16
20	4	1.2	57.5	35	50	52.5	20.3	8	15	40	DCCC	17
25	4	1.2	57.5	42.5	56	52.5	20.3	7	15	40	mille	20
40	4	1.2	57.5	45	55	52.5	20.3	6	15	25	mille	22
45	4	1.2	57.5	45	65	52.5	20.3	5.5	15	25	1125	24
Tensio electrica					1800V.DC (85℃) 2000V (70℃)
Cn (uF)	numerus filorum	φD (mm)	L(mm)±1	T(mm)±1	A(mm)±1	Inclinatio (mm)		ESR (mΩ)	ESL (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) (ad 10KHz 85℃)
Cn (uF)	numerus filorum	φD (mm)	L(mm)±1	T(mm)±1	A(mm)±1	P1	P2	ESR (mΩ)	ESL (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) (ad 10KHz 85℃)
6	4	1.2	42.5	30	45	37.5	20.3	24	10	centum	DC	5
8	4	1.2	42.5	35	50	37.5	20.3	20	10	centum	DCCC	8
10	4	1.2	42.5	40	55	37.5	20.3	18	10	centum	mille	10
8	4	1.2	57.5	30	45	52.5	20.3	12	15	50	quadringenti	13
10	4	1.2	57.5	35	50	52.5	20.3	10	15	50	quingenti	17
15	4	1.2	57.5	42.5	56	52.5	20.3	8	15	50	DCCCL	20
18	4	1.2	57.5	45	55	52.5	20.3	7.5	15	50	900	21
20	4	1.2	57.5	45	65	52.5	20.3	7	15	45	900	22