Princeps euismod DC link PP Film Capacitor pro Inverter Solaris (DMJ-PS)

Description:

Capacitor Model: DMJ-PS Series

Features:

1. plumbi filum electrodes aeris obductis, magnitudine corporis parva et facilem institutionem

2. Plastic packaging, arida resinae saturitatem

3. Maximum esl et ESR

4. Capax operandi sub alto venae venae

5. Diuturnior exspectatio vitae comparati electronico capacitors

Applicationes:

1. Filtering and Storeing Energy in DC-Link Circuit

2. Photovoltaic Inverter, Ventus Power converter

3. Electric Cars, Hybrid Electric Cars et dato statione

4. Uninterruptible Power (UPS)

5. Omnia genera Frequency Converters et Inverter Power Supple

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Product Detail

Product Tags

DMJ-PS series

Series DMJ-PS capacitor una est e CRE commoda, productio latae lineae plene pro serie DMJ-PS applicata capacitor.

Cum annis R&D experientiis, CRE potentia pellicularum capacitatum efficax probant renovationem energiae ac dolor eget technologiae.

Famam a clientibus toto orbe terrarum obtinemus.

Technical data

Operans temperatus range	Max.Operating temperatura
facultatem range	8～150μF
Rated voltage	450V.DC～1300V.DC
Cap.tol	±5%(J);±10%(K)
sustinere voltage	1.5Un DC/60S
Plus intentione	1.1Un(30% of on-load-dur.)
	1.15Un(30min/day)
	1.2Un(5min/day)
	1.3Un(1min/day)
	1.5Un(100ms omni tempore, 1000times in vita sua)
Dissipatio factor	tgδ≤0.0015 f=100Hz
Nulla resistentia	RS*C≥10000S (ad 20℃ 100V.DC)
Flamma retardatio	UL94V-0
Reference vexillum	IEC 61071 ;

Feature

1. Testa plastica encapsulation, infusio resinae aridae;
2. Ducit cum stylo aereo, parva magnitudine, facilem institutionem;
3. Minimum esl et esr;
4. Princeps venae venae.
Sicut aliae CRE producta , capacitor series UL certificatorium et 100% ardentes habent in probata.

Applicationem

1. Late usus est in circuitu DC-Link ad energiam percolandam;
2. Electrolyticos capaciores meliores effectus et longioris vitae reparare potest.
3. Pv invertor, venti vim converto;omnis generis frequentia convertendi et invertendi vim suppeditabit;
Cars purus electricus et hybrid;Incurrens acervus, UPS, etc.

Vitae probabilitas

Forma drawing

Specification mensam

Voltage					550V.DC(85℃) 600V（70℃）
Cn.	numerus filis	φD (mm)	L(mm)±1	T(mm)±1	H(mm)±1	Pix (mm)		ESR (mΩ)	Esl (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) （@10KHz 85℃）
Cn.	numerus filis	φD (mm)	L(mm)±1	T(mm)±1	H(mm)±1	P1	P2	ESR (mΩ)	Esl (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) （@10KHz 85℃）
4	2	0.8	32	11	21	27.5		20.5	10	75	300	4
7	2	0.8	32	15	25	27.5		11.5	10	75	525	6.5
10	2	1	32	18	28	27.5		8	10	75	750	9
12	2	1	32	21	31	27.5		7	10	75	900	10
20	2	1.2	42.5	24.5	27.5	37.5		7	10	40	800	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	1800	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
100	4	1.2	42.5	40	55	37.5	20.3	2.8	15	20	2000	20
100	4	1.2	57.5	35	50	52.5	20.3	3	15	20	2000	22
110	4	1.2	57.5	35	50	52.5	20.3	3	15	20	MMCC	23
120	4	1.2	57.5	38	54	52.5	20.3	2.8	15	20	2400	25
150	4	1.2	57.5	42.5	56	52.5	20.3	2.5	15	20	3000	28
150	4	1.2	57.5	45	55	52.5	20.3	2.5	15	20	3000	28
200	4	1.2	57.5	45	65	52.5	20.3	2.3	15	20	4000	28
Voltage					700V.DC（85℃）800V（70℃）
Cn.	numerus filis	φD (mm)	L(mm)±1	T(mm)±1	H(mm)±1	Pix (mm)		ESR (mΩ)	Esl (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) （@10KHz 85℃）
Cn.	numerus filis	φD (mm)	L(mm)±1	T(mm)±1	H(mm)±1	P1	P2	ESR (mΩ)	Esl (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) （@10KHz 85℃）
3	2	0.8	32	11	21	27.5		23	10	75	225	4
5	2	0.8	32	15	25	27.5		14	10	75	375	6
8	2	1	32	18	28	27.5		8.5	10	75	600	8.5
10	2	1	32	21	31	27.5		7	10	75	750	10
10	2	1.2	42.5	24.5	27.5	37.5		10	10	40	400	10
20	4	1.2	42.5	24	44	37.5	20.3	7.5	10	40	800	12
25	4	1.2	42.5	29	37	37.5	20.3	6	10	40	1000	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	800	15
45	4	1.2	42.5	35	50	37.5	20.3	5	10	40	1800	15
50	4	1.2	57.5	30	45	52.5	20.3	5.5	15	20	1000	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	1800	25
100	4	1.2	57.5	42.5	56	52.5	20.3	3.2	15	20	2000	27.5
100	4	1.2	57.5	45	55	52.5	20.3	3.2	15	20	2000	27.5
110	4	1.2	57.5	45	65	52.5	20.3	3	15	20	MMCC	28
Voltage					800V.DC（85℃）900V（70℃）
Cn.	numerus filis	φD (mm)	L(mm)±1	T(mm)±1	H(mm)±1	Pix (mm)		ESR (mΩ)	Esl (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) （@10KHz 85℃）
Cn.	numerus filis	φD (mm)	L(mm)±1	T(mm)±1	H(mm)±1	P1	P2	ESR (mΩ)	Esl (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) （@10KHz 85℃）
2	2	0.8	32	11	21	27.5		31	10	75	150	3.5
4	2	0.8	32	15	25	27.5		15.5	10	75	300	5.5
6	2	1	32	18	28	27.5		10.5	10	75	450	7.5
8	2	1	32	21	31	27.5		8	10	75	600	9.5
15	2	1.2	42.5	24	44	37.5		10	10	40	600	10
20	4	1.2	42.5	29	37	37.5	20.3	7.5	10	40	800	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	700	14
45	4	1.2	42.5	35	50	37.5	20.3	4.2	10	40	1800	17
50	4	1.2	57.5	35	50	52.5	20.3	4.5	15	20	1000	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	1700	26
Voltage					1100V.DC(85℃) 1200V (70℃)
Cn.	numerus filis	φD (mm)	L(mm)±1	T(mm)±1	H(mm)±1	Pix (mm)		ESR (mΩ)	Esl (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) （@10KHz 85℃）
Cn.	numerus filis	φD (mm)	L(mm)±1	T(mm)±1	H(mm)±1	P1	P2	ESR (mΩ)	Esl (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) （@10KHz 85℃）
1	2	0.8	32	11	21	27.5		45.5	10	95	95	3
2	2	0.8	32	15	25	27.5		23	10	95	190	4.5
3	2	1	32	18	28	27.5		15.5	10	95	285	6
4	2	1	32	21	31	27.5		11.5	10	95	380	8
10	2	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	600	15
20	4	1.2	42.5	30	45	37.5	20.3	5	10	40	800	18
20	4	1.2	42.5	33	45	37.5	20.3	5	10	40	800	18
20	4	1.2	57.5	30	45	52.5	20.3	7	15	25	500	15
25	4	1.2	57.5	35	50	52.5	20.3	6	15	25	625	17
30	4	1.2	57.5	35	50	52.5	20.3	5	15	25	750	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	1000	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	1750	24
Voltage					1200V.DC(85℃) 1500V (70℃)
Cn.	numerus filis	φD (mm)	L(mm)±1	T(mm)±1	H(mm)±1	Pix (mm)		ESR (mΩ)	Esl (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) （@10KHz 85℃）
Cn.	numerus filis	φD (mm)	L(mm)±1	T(mm)±1	H(mm)±1	P1	P2	ESR (mΩ)	Esl (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) （@10KHz 85℃）
1	2	0.8	32	11	21	27.5		43	10	100	100	3
2	2	0.8	32	15	25	27.5		21.5	10	100	200	5
3	2	1	32	18	28	27.5		14.5	10	100	300	6.5
4	2	1	32	21	31	27.5		11	10	100	400	8
12	4	1.2	42.5	30	45	37.5	20.3	5	10	50	600	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	1000	16
20	4	1.2	57.5	35	50	52.5	20.3	8	15	40	800	17
25	4	1.2	57.5	42.5	56	52.5	20.3	7	15	40	1000	20
40	4	1.2	57.5	45	55	52.5	20.3	6	15	25	1000	22
45	4	1.2	57.5	45	65	52.5	20.3	5.5	15	25	1125	24
Voltage					1800V.DC(85℃) 2000V (70℃)
Cn.	numerus filis	φD (mm)	L(mm)±1	T(mm)±1	H(mm)±1	Pix (mm)		ESR (mΩ)	Esl (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) （@10KHz 85℃）
Cn.	numerus filis	φD (mm)	L(mm)±1	T(mm)±1	H(mm)±1	P1	P2	ESR (mΩ)	Esl (nH)	dv/dt (V/μS)	Ipk (A)	Irms(A) （@10KHz 85℃）
6	4	1.2	42.5	30	45	37.5	20.3	24	10	100	600	5
8	4	1.2	42.5	35	50	37.5	20.3	20	10	100	800	8
10	4	1.2	42.5	40	55	37.5	20.3	18	10	100	1000	10
8	4	1.2	57.5	30	45	52.5	20.3	12	15	50	400	13
10	4	1.2	57.5	35	50	52.5	20.3	10	15	50	500	17
15	4	1.2	57.5	42.5	56	52.5	20.3	8	15	50	750	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