Home page

CD263

Features:Low pressure, high temperature resistance, high ripple, long life Endurance:105℃2000-4000hours Voltage Range:10~140V Capacitance Range:0.47-4700μF Operating Temperature Range:-40 to +105℃

Key words:

SMD, LEAD, BOLT, SOLID STATE CAPACITORS

Classification:

Lead type

Charger

Car Multimedia

Product accessories:

Hotline:

+86-15861555334

E-mail:

yhy@sanxidz.com

Consulting

CD263

Details Introduction

life:105 2000-4000 hours

High frequency，High Temperature long life

Especially suitable for low voltage switching power supply, battery charger,electronic electric meter electronic circuits.

RoHS Compliant

SPECIFICATIONS

Items	Characteristics
Category Temperature Range	-40 to +105℃
Rated Voltage Range	6.3 to 100Vdc
Nominal capacitance range	1-4700ｕＦ
Capacitance Tolerance	±20%(M) (at 20℃, 120Hz)
Leakage Current	After 2minutes at20℃application of rated voltage,leakage current is not than 0.02cv or 3 ,whichever is greater
Dissipation Factor (tan δ)	UR (Vdc)	6.3	10	16	25	35	50	63	80	100
	tanδ (Max.)	0.22	0.19	0.16	0.14	0.12	0.10	0.09	0.09	0.08
	When nominal capacitance exceeds 1,000µF, add 0.02 to the value above for each 1,000µF increase (at 20℃, 120Hz)
Temperature Characteristics (Max. Impedance Ratio)	UR (Vdc)	6.3	10	16	25	35	50	63	80	100	(at 120Hz)
	Z(-25℃)/Z(+20℃)	4	3	2
	Z(-40℃)/Z(+20℃)	10	8	6	4	3
Load life	Test conditions duration105℃ After applying rated voltage for 4,000hours at +105℃ and then resumed for 16 hours Capacitance change:±25% o f the initial measured value Leakage current: ≤the initial specified value Dissipation factor ≤ 2times of the initial specified value
	ɸD								5-6.3	8-10	12.5-19
	Load life								2000	3000	4000
Shelf Life	After storage for 1,000 hours at +105℃ and then resumed for 16 hours Capacitance change:±20% o f the initial measured value Leakage current: ≤2times of the initial specified value Dissipation factor：≤ 2times of the initial specified value

Dimensions (mm) (Ø5 to Ø19)

ØD	5	6.3	8		10	12.5	16	19
Ød	0.5	0.5	0.5	0.6	0.6	0.8	0.8	1.0
F	2.0	2.5	3.5		5.0	5.0	7.5	7.5
ØD'	ØD+0.5max.
L'	L（≥20）+2max .L（＜20）1.5max L+2max.

Frequency Coefficient

Hz	50(60)	120	1K	10K	100K
Cap (uF)	50(60)	120	1K	10K	100K
1-180	0.80	0.40	0.75	0.90	1.00
220-560	0.80	0.50	0.85	0.94	1.00
680-1800	0.80	0.60	0.87	0.95	1.00
2200-4700	0.80	0.75	0.90	0.95	1.00

The endurance of capacitors is shorted with internal heating produced by ripple current at the rate of halving the lifetime with every 5℃ rise. When long life performance is required in actual use, the rms ripple current has to be reduced.

STANDARD RATINGS

WV (Vdc)	Cap (µF)	Case size ΦD×L(mm)	ESR 100KHz ῼ(20℃)	Ripple current (Arms/105℃,120Hz)
6.3V(0J)	100	5×11	0.65	175
	150	6.3×12	0.46	235
	220	6.3×12	0.30	290
	330	8×12	0.20	400
	470	8×12	0.17	488
	680	10×12	0.12	613
	820	10×16	0.095	734
	1000	8×12	0.095	800
	2200	10×20	0.084	1400
	3300	12.5×20	0.043	1900
	4700	12.5×25	0.030	2220
10V(1A)	100	5×11	0.46	235
	150	6.3×12	0.36	340
	180	6.3×12	0.30	340
	220	6.3×12	0.20	400
	330	8×12	0.17	650
	470	8×12	0.13	650
	560	8×12	0.095	734
	680	8×12	0.095	800
	1000	8×16	0.065	850
	1200	10×20	0.055	1400
	1500	10×20	0.045	1440
	1800	10×20	0.042	1440
	2200	10×20	0.038	1460
	2700	12.5×20	0.032	1950
	3300	12.5×20	0.034	2220
16V(1C)	47	5×11	0.25	130
	100	5×11	0.25	220
	150	6.3×12	0.25	340
	180	6.3×12	0.20	400
	220	6.3×12	0.20	450
	270	8×12	0.17	501
	330	8×12	0.13	575
	470	8×12	0.095	760
	1000	10×16	0.08	820
	2200	10×20	0.034	1950
	3300	16×25	0.026	2390
	4700	16×25	0.023	2550
25V(1E)	33	5×11	0.25	120
	47	5×11	0.25	140
	100	6.3×12	0.25	220
	150	6.3×12	0.17	650
	180	8×12	0.17	650
	220	8×12	0.13	575
	330	10×12	0.095	751
	470	10×16	0.065	1010
	680	10×16	0.060	1210
	820	10×20	0.046	1400
	1000	10×20	0.038	1690
	2200	12.5×25	0.026	2390
35V(1V)	22	5×11	0.25	120
	33	5×11	0,.25	130
	47	6.3×12	0.25	220
	100	6.3×12	0.13	315
	180	8×12	0.13	575
	220	8×12	0.095	760
35V(1V)	330	10×16	0.065	1010
	470	10×16	0.050	1260
	1000	12.5×20	0.034	1730
	2200	16×25	0.023	2490
	3300	16×30	0.019	3110
50V(1H)	0.47	5×11	3.9	22
	1.0	5×11	3.5	36
	2.2	5×11	3.0	54
	3.3	5×11	2.6	63
	4.7	5×11	2.2	75
	10	5×11	1.4	100
	22	6.3×12	0.54	125
	33	6.3×12	0.33	195
	47	6.3×12	0.31	245
	100	8×12	0.15	445
	220	10×16	0.080	670
	330	12.5×20	0.070	790
	470	12.5×20	0.058	990
63V(1J)	1	5×11	0.95	47
	2.2	5×11	0.95	55
	3.3	5×11	0.95	62
	4.7	5×11	0.51	74
	10	5×11	0.51	95
	22	5×11	0.51	130
	33	6.3×12	0.51	160
	47	8×12	0.44	305
	100	8×16	0.32	395
	220	10×16	0.080	880
	330	12.5×20	0.065	1180
	470	12.5×20	0.052	1460
	680	16×25	0,042	1740
	1000	16×25	0.035	2340
80V(1G)	4.7	6.3×12	1.0	140
	10	6.3×12	0.63	210
	22	8×12	0.54	360
	33	8×12	0.33	508
	47	8×12	0.31	493
	100	10×17	0.11	760
	220	12.5×20	0.063	1260
	330	16×25	0.057	1580
	470	16×25	0.050	1890
	820	16×25	0.041	2090
	1000	19×30	0.032	2430
100V(2A)	4.7	5×11	0.34	95
	10	6.3×12	0.265	110
	22	8×12	0.245	165
	33	8×12	0.165	210
	47	10×17	0.165	320
	56	10×17	0.155	500
	68	10×17	0.140	634
	100	10×20	0,120	739
	220	12.5×20	0.075	1240
	330	16×25	0.059	1630
	470	16×25	0.045	1920
	680	16×30	0.034	2240
	1000	19×36	0.028	2670

CD11MB

CD11GES