Customized Radial Capacitors & Aluminum Electrolytic Capacitor

01.

LGC Series

● National Pioneer High reliability high temperature range, for +130℃ use
● Suited for automobile electronics where heavy duty services are indispensable
● Life time: +130℃ 5000 hours,105℃ 20000 hours.

● RoHs Compliant.

Specification

LGC Series

Item

Performance Characteristics

Category Temperature Range

-40℃ to +130℃(160 to 400Vdc) -25℃ to +130℃(450Vdc)

Rated voltage range

160 to 450Vdc

Capacitance tolerance

±20%(M)

Leakage Current Dissipation Factor (tan δ)

160 to 400Vdc : I≤0.02CV+10μA

450Vdc : I≤0.03CV +10μA

Where, I: Max. leakage current (μA), C: Nominal capacitance (μF), V: Rated voltage(V) ( at 20℃ after 2 minutes)

Dissipation Factor (tan δ)

Rated Voltage (Vdc)	160	200	250	350	400	450
tanδ(Max.)	0.15	0.15	0.15	0.20	0.20	0.20

(at 20℃，120Hz)

Low Temperature Characteristics (Max. Impedance Ratio)

Rated Voltage (Vdc)	160	200	250	350	400	450
Z(-25℃)/Z(+20℃)	3	3	3	5	5	6
Z(-40℃)/Z(+20℃)	6	6	6	6	6	6

( at 120Hz)

Endurance

The following specifications shall be satisfied when the capacitors are restored to 20℃ after subjected to DC voltage with the rated ripple current is applied for the specified period of time at 130℃ or at 105℃.

Capacitance change	≤±30% of the initial value.
D.F. (tan δ)	≤300% of the initial specified value.
Leakage current	≤ The initial specified value.

Height (mm)	130℃ Lifetime (hours)	105℃ Lifetime (hours)
L≤10	4000	15000
L＞10	5000	20000

Shelf Life

The following specifications shall be satisfied when the capacitors performing voltage treatment based on JIS C 5101-4 clause 4.1 at 20℃ after exposing them for 1000hours at 105℃ without voltage applied.

Capacitance change	≤±20% of the initial value.
D.F. (tan δ)	≤200% of the initial specified value.
Leakage current	≤The initial specified value.

DIMENSIONS [mm]

LGC Series

这里可以自定义设置

ΦD	5	6.3	8	10	12.5	16	18
φd	0.5	0.5	0.6	0.6	0.6	0.8	0.8
F	2.0	2.5	3.5	5.0	5.0	7.5	7.5
φD’				φD+0.5max.
L’				L+2.0max.

RATED RIPPLE CURRENT MULTIPLIERS

Frequency correction factor for ripple current

Freq.(Hz)	120	1k	10k	100k
WV
160 to 450Vdc	0.50	0.80	0.90	1.00

STANDARD RATINGS

LGC Series

WV(Vdc)	Cap(μF)	Case size φD×L(mm)	tan δ	Ripple current mArms/130℃,100kHz
160(2C)	3.3	8×12	0.15	70
	4.7	8×12	0.15	77
	5.6	8×16	0.15	82
	5.6	10×9	0.15	80
	6.8	8×16	0.15	88
	8.2	10×9	0.15	145
	8.2	10×16	0.15	183
	10	10×9	0.15	190
	10	10×16	0.15	223
	15	10×16	0.15	300
	22	10×20	0.15	400
	33	12.5×20	0.15	480
	47	12.5×25	0.15	590
	68	16×25	0.15	750
	82	16×25	0.15	825
	100	16×25	0.15	960
	100	18×20	0.15	960
	150	18×30	0.15	1050
	220	18×35	0.15	1500
200(2D)	2.8	8×12	0.15	64
	3.3	8×12	0.15	73
	4.7	8×16	0.15	126
	4.7	10×9	0.15	100
	4.7	10×12.5	0.15	126
	5.6	8×16	0.15	148
	5.6	10×9	0.15	120
	6.8	8×16	0.15	160
	6.8	10×9	0.15	145
	6.8	10×16	0.15	200
	8.2	10×9	0.15	165
	8.2	10×16	0.15	203
	10	10×9	0.15	215
	10	10×16	0.15	230
	10	10×20	0.15	245
	15	10×20	0.15	327
	22	12.5×20	0.15	430
	33	12.5×20	0.15	500
	47	12.5×20	0.15	650
	47	16×20	0.15	650
	68	16×25	0.15	750
	82	16×30	0.15	900
	82	18×25	0.15	900
	100	16×30	0.15	1100
	100	18×25	0.15	1100
	150	18×35	0.15	1350
250(2E)	2.2	8×12	0.15	64
	2.8	8×12	0.15	72
	3.3	8×12	0.15	80
	4.7	8×16	0.15	133
	5.6	10×9	0.15	120
	5.6	10×16	0.15	150
	6.8	10×16	0.15	169
	8.2	10×9	0.15	165
	8.2	10×16	0.15	203
	10	10×16	0.15	238
	10	10×20	0.15	250
	15	10×20	0.15	327
	22	12.5×20	0.15	430
	33	12.5×25	0.15	530
	33	16×20	0.15	530
	47	16×25	0.15	690
	47	18×20	0.15	690
	68	16×30	0.15	780
	68	18×25	0.15	780
	82	18×25	0.15	900
	100	18×30	0.15	970
350(2V)	1	8×12	0.20	49
	1.5	8×16	0.20	73
	1.8	8×16	0.20	75
	1.8	10×9	0.20	65
	2.2	10×9	0.20	75
	2.2	10×16	0.20	90
	2.8	10×16	0.20	95
	3.3	10×16	0.20	100
	4.7	10×20	0.20	142
	5.6	10×20	0.20	152
	5.6	12.5×20	0.20	165
	6.8	10×20	0.20	190
	6.8	12.5×20	0.20	200
	8.2	12.5×20	0.20	205
	10	12.5×20	0.20	250
	10	12.5×25	0.20	270
	15	12.5×25	0.20	335
	15	16×20	0.20	335
	22	16×25	0.20	450
	33	16×30	0.20	535
	33	16×35	0.20	555
	47	18×30	0.20	700
	47	18×35	0.20	750
	68	18×40	0.20	900
400(2V)	1	8×12	0.20	54
	1	8×16	0.20	60
	1.5	8×16	0.20	73
	1.8	8×16	0.20	75
	1.8	10×9	0.20	65
	2.2	10×9	0.20	76
	2.2	10×16	0.20	92
	2.8	10×16	0.20	100
	3.3	10×16	0.20	105
	3.3	10×20	0.20	120
	4.7	10×20	0.20	142
	4.7	12.5×20	0.20	150
	5.6	12.5×20	0.20	165
	6.8	12.5×20	0.20	225
	8.2	12.5×20	0.20	230
	10	12.5×25	0.20	280
	15	12.5×25	0.20	335
	15	16×20	0.20	335
	22	16×25	0.20	480
	22	16×30	0.20	500
	33	18×30	0.20	635
	47	18×35	0.20	750
	68	18×40	0.20	900
	100	18×50	0.20	1030
450(2W)	1.5	8×16	0.20	70
	1.8	8×16	0.20	74
	2.2	10×16	0.20	77
	2.8	10×16	0.20	80
	3.3	10×16	0.20	88
	3.3	10×20	0.20	92
	4.7	10×20	0.20	104
	5.6	12.5×20	0.20	144
	6.8	12.5×20	0.20	175
	8.2	12.5×20	0.20	183
	10	12.5×20	0.20	225
	15	12.5×25	0.20	294
	22	16×25	0.20	395
	22	16×30	0.20	420
	33	18×30	0.20	500
	47	18×35	0.20	615
	68	18×40	0.20	710
	100	18×50	0.20	840

High ripple current electrolytic capacitor polarity LGC Series