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Lead type

LED

CD11GES

Features:High temperature resistance, high ripple, long life Endurance (+R=With ripple):105℃8000hours Voltage Range (vdc):160~450 Operating Temperature Range(℃):-40 to +105℃ Capacitance Range:0.47-100

Product Series

LED

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Description

Endurance with ripple current:105℃ 8000 hours

Small volume, long life, high stability

Designed for the LED lamp, the design of driving source LED

RoHS Complian

SPECIFICATIONS

Items	Characteristics
Category Temperature Range	-40 to +105℃（160—400vdc）-25 to +105℃(450vdc)
Rated Voltage Range	160 to 450Vdc
Nominal capacitance range	1-100ｕＦ
Capacitance Tolerance	±20%(M) (at 20℃, 120Hz)
Leakage Current	160 to 400Vdc	450Vdc				Where, I : Max. leakage current (μA), C : Nominal capacitance (μF), V : Rated voltage (V) (at 20℃ after 2 minutes)
	I≦0.02CV+10μA	I≦0.03CV+10μA
Dissipation Factor (tanδ)	UR (Vdc)		160V	200V	250V		350V	400V	450V	(at 20℃, 120Hz)
	tanδ (Max.)		0.08					0.10	0.10
Temperature Characteristics	UR (Vdc)		160V	200V	250V		350V	400V	450V	(at 120Hz)
	Z(-25℃)/Z(+20℃)		3	3	3		5	5	6
	Z(-40℃)/Z(+20℃)		6	6	6		6	6	--
Endurance	After application of the rated DC Ripple current voltage at 105 ℃8,000hours , then resumed for 24 hours at 20℃ .thecapacitors shall meet the requirements as below.

	Capacitance change		±20% of the initial value
	D.F. (tanδ)		200% of the initial specified value
	Leakage current		The initial specified value
Shelf Life	The following specification shall be satisfied when the capacitors are restored to 20°C after exposing them for 1,000 hours at 105°C, without voltage applied.
	Capacitance change		20%of the initial value
	D.F. (tanδ)		200%of the initial specified value
	Leakage current		200%The initial specified value

Dimension [mm]

ØD	6.3	8	10	12.5	16	18
Ød	0.5	0.6	0.6	0.6	0.8	0.8
F	2.5	3.5	5.0	5.0	7.5	7.5
ØD'	ØD+0.5max.
L'	L+2max.

　　Part unmbering system

　　Frequency Coefficient

Freq.(Hz)	120	1K	10K	100K
WV(Vdc)
160~450	0.5	0.8	0.9	1.0

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)	Ripple current (Arms/105℃,120Hz)
160V(2C)	1	6.3×12	50
	2.2	6.3×12	75
	3.3	6.3×12	80
	4.7	6.3×12	90
	6.8	8×12	110
	10	8×12	230
	15	8×16	380
	22	10×16	460
	33	10×16	580
	47	10×20	660
	68	12.5×20	800
	100	16×20	1150
200V(2D)	1	6.3×12	60
	2.2	6.3×12	75
	3.3	6.3×12	95
	4.7	6.3×12	130
	6.8	8×12	160
	8.2	8×12	190
	10	8×16	230
	15	8×20	380
	22	10×16	540
	33	10×20	600
	47	12.5×20	680
	68	16×22	860
	68	12.5×30	880
	100	16×25	1050
250V(2E)	1	6.3×12	55
	2.2	6.3×12	80
	3.3	6.3×12	90
	4.7	6.3×12	110
	4.7	8×12	135
	5.6	8×12	145
	6.8	8×16	160
	8.2	8×16	170
	10	8×16	235
	15	8×16	370
	15	10×16	400
	22	10×16	470
	33	12.5×20	580
	47	12.5×20	650
	68	16×20	900
	82	16×30	1050
	100	16×25	1150
350V(2V)	1	6.3×12	60
	2.2	6.3×12	70
	3.3	8×12	85
	4.7	8×12	95
	5.6	8×12	160
	6.8	8×16	180
	6.8	8×16	190
350V(2V)	8.2	8×20	240
	10	10×20	280
	15	10×20	350
	22	12.5×20	470
	33	12.5×25	585
	47	16×22	740
	68	16×30	900
	100	19×30	1150
400(2G)	1	6.3×12	65
	1.5	6.3×12	80
	1.8	6.3×12	80
	1.8	8×12	85
	2.2	6.3×12	90
	2.2	8×12	95
	2.8	8×12	95
	3.3	8×12	105
	4.7	8×12	110
	4.7	8×16	140
	5.6	8×12	165
	5.6	10×16	180
	6.8	10×12	140
	6.8	10×16	140
	8.2	8×20	185
	8.2	10×16	185
	10	8×20	210
	10	10×16	210
	15	10×20	315
	15	12.5×18	315
	22	12.5×20	450
	33	12.5×25	550
	47	16×25	640
	68	16×30	800
	100	19×30	980
450V(2W)	1	8×12	60
	1.5	8×12	78
	2.2	8×12	70
	2.8	8×12	75
	3.3	8×12	80
	4.7	8×16	95
	5.6	8×16	112
	6.8	8×20	155
	6.8	10×16	155
	8.2	10×20	205
	10	10×20	220
	15	12.5×20	328
	22	12.5×25	420
	22	16×20	420
	33	16×25	520
	47	16×30	685
	68	19×25	760
	100	19×30	950

CD11GWS

CD11HS