Genus Miniature genus Aluminium Electrolyticum Capacitor LKM

Genus miniaturae genus Aluminium plumbeum Capacitor LKM Featured Image

Description:

Magnitudo parva, magna frequentia et magnae undae resistentia, magna frequentia et humilis impedimentum, potestas copia productorum, 7000 ~ 10000 horarum in 105°Cambitus, parere cum AEC-Q200 RoHS directivo

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Product Detail

ELENCHUS VEXILLUM PRODUCTS

Product Tags

Pelagus technica parametri

Items	Characteres
Operatio Temperature Range	≤120V.DC -55℃~+105℃ 160~500V.DC -40℃~+105℃
Rated Voltage	10~500V.DC
Facultas Tolerantia	±20%(25±2℃ 120Hz)
Lacus Current ((uA)	10- 120WV \| ≤ 0.01CV vel 3uA uter major C: rated capacitance (uF) V: rated voltage(V) 2 minutes reading
	160 〜500WV \|≤ 0.02CV+10(uA) C: aestimavit capaci- tatem (uF) V: rated intentione(V) 2 minutes reading
Dissipatio Factor (25± 2℃ 120Hz)	Rated Voltage(V)	10	16	25	35	50	63	80	100
	tgδ	0.19	0.16	0.14	0.12	0.1	0.09	0.09	0.09
	Rated Voltage(V)	120	160	200	250	350	400	450	500
	tgδ	0.09	0.09	0.08	0.08	0.1	0.1	0.12	0.2
	Cum capacitate aestimata maior quam 1000uF, augetur capacitas aestimata per 1000uF, augebitur tgδ per 0.02.
Temperatus Characteres (120Hz)	Rated Voltage(V)	10	16	25	35	50	63	80	100
	Z(-40℃)/Z(20℃)	6	4	3	3	3	3	3	3
	Rated Voltage(V)	120	160	200	250	350	400	450	500
	Z(-40℃)/Z(20℃)	5	5	5	5	7	7	7	8
patientia	Post vexillum experimentum tempus applicando voltationem aestimatam cum murmure aestimato in clibano ad 105℃, sequenti specificatione satiabitur post 16 horas ad 25±2°C.
	Facultas mutatio		intra ± XX% ad valorem
	Dissipatio Factor		Non plus quam CC% ad certum valorem
	Lacus current		Non plus quam certa valorem
	Onus vitae (horas)		Φ5				7000hrs
			Φ6.3				9000hrs
			≥Φ8				10000hrs
Shelf Life In High Temperature	Relictis facultatibus sub nullo onere 105℃ per 1000 horas, sequenti specificatio satisfiat 25±2℃.
	Facultas mutatio		intra ± XX% ad valorem
	Dissipatio Factor		Non plus quam CC% ad certum valorem
	Lacus current		Non plus quam CC% ad certum valorem

Product Dimensional Drawing

Ripple current frequency correctio coefficientium

Frequentia (Hz)	50	120	1K	10K-50K	100K
Coefficiens	0.4	0.5	0.8	0.9	1

Liquid Small Business Unit occupatum in R&D et fabricando ab 2001. Cum experto R&D et fabricando team, continue et constanter produxit varias capacitas praecipui qualitatis miniaturizatae aluminii electrolytici ad occursum elit porttitor eget pro aluminis electrolyticis capacitoribus.Liquor minoris negotii unitas duas fasciculos habet: liquidum SMD aluminium capacitorem electrolytici et liquidum genus plumbi aluminii capacitores electrolytici.Producta eius utilitates habent miniaturizationis, altae stabilitatis, altae capacitatis, altae intentionis, caliditas resistentiae, humilitatis impedimentum, summae laniatus et longaevae vitae.Late usus est innova electronica industria autocineta, summus potentiae copia, intelligentes lucendi, gallium nitridum celeriter incurrentes, domum adjumenta, voltaica photographica aliaque industrias.

Omnia circaAluminium Electrolytic Capacitorvos postulo scio

Aluminium capaci- tores electrolytici sunt commune genus capacitoris in electronicis artibus adhibitum.Disce fundamenta quomodo in hoc duce operantur earumque applicationes.Esne curiosus circa aluminium capacitorem electrolytici?Hic articulus fundamenta harum aluminii capacitoris comprehendit, cum eorum constructione et usu.Si novi capacitores electronici ad aluminium es, hic dux magnus locus committitur.Fundamenta horum aluminii capaci- tores detege et quomodo in circuitionibus electronicis fungantur.Si capacitorem componentium electronicarum interesse cupis, aluminium capacitorem audisti.Hae partes capacitatis late in machinis electronicis adhibitae sunt et munus magni ponderis in ambitu designant.Sed quidnam sunt et quomodo operantur?In hoc ductore fundamenta aluminii capacitatis electrolyticae explorabimus, eorum constructiones et applicationes incluso.Utrum inceptor es an electronicarum peritus es fidissimus, hic articulus magnae facultatis est ad has magni momenti partes intelligendas.

1. Quid est capacitor aluminii electrolytici?Aluminium capacitor electrolytici est species capacitatis quae electrolytico utitur ad facultatem altiorem quam alia genera capacitatum consequendam.Constat ex duobus aluminis bracteis separatis per chartam in electrolytico maceratam.

2.How operatur?Cum intentione applicata ad capacitorem electronicum applicatur, electrolyticus electricitatem agit et capacitorem electronicum ad industriam reponendam concedit.Aluminium ungulae agunt ut electrodes, et charta intrita in electrolytico dielectrica agit.

3. Quaenam sunt commoda capaces electronici utendi aluminii?Aluminium capacitatem electrolytici magnam habent capacitatem, quae modo multum energiae in parvo spatio condere possunt.Etiam insumptuosus respective sunt et altas voltages tractare possunt.

4.Quae sunt incommoda utendi capacitoris electronici aluminii?Unum incommodum utendi capacitors electrolytici aluminii est quod limitatam vitam habent.Electrolytus super tempus desiccare potest, quod capacitor componentium deficere potest.Sunt etiam sensitiva ad temperiem et laedi possunt, si calidis expositae sunt.

5. Quid sunt aliquae applicationes communes aluminii capacitati electrolytici?Aluminium capacitor electrolyticus communiter adhibitus est in commeatu, instrumento audio et aliis electronicis artibus altam capacitatem requirentibus.adhibentur etiam in applicationibus autocinetis, ut in systemate ignitionis.

6. Quomodo eliges capacitorem rectum aluminii electrolytici pro applicatione tua?Cum capacitatem electrolytici aluminii eligendo, debes considerare capacitatem, intentionem aestimationem, et aestimationem temperamenti.Etiam magnitudinem et figuram capacitoris considerare debes, necnon optiones ascendentes.

7. Quomodo curas aluminium capacitorem electrolytici?Curare capacitores aluminii electrolytici, cavere debes eam aperire ad altas temperaturas et altas voltages.Cavere etiam debes eam subiicere vis mechanicis seu vibrationibus.Si capacitor infrequenter adhibetur, interdum in intentionem ei adhibeas ut electrolytici ne exarescat.

Commoda et IncommodaAluminium Electrolytic Capacitors

aluminium capacitor electrolytici tam commoda et incommoda habet.Ex parte positivo, altam facultatem habent ut-volum rationis, utilia in applicationibus ubi spatium limitatur.Aluminium Capacitor Electrolyticum etiam relative humilis habet sumptus ad alia genera capacitatum comparata.Sed limitatam vitam habent et sentire possunt ad ambigua temperantia et intentione.Accedit, Aluminium Capacitores Electrolytici lacus vel defectum experiri possunt, nisi proprie usus sit.In parte positiva, Aluminium Electrolytici Capacitores altam facultatem habent ut-volumen rationis, utilia in applicationibus ubi spatium limitatum est.Sed limitatam vitam habent et sentire possunt ad ambigua temperantia et intentione.Accedit, Aluminium Capacitor Electrolyticus prona esse potest ad lacus et altiorem aequivalentem seriem resistentiam comparatam aliis capacitatibus electronicarum generibus.

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Deinde: Miniature Aluminium Electrolytic Capacitor LKG

Voltage (V)	10			16
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
10	5×9	1.1	56	5×9	1.1	71
15	5×9	1.1	76	5×9	1.1	91
22	5×9	0.4	91	5×9	0.4	111
33	5×9	0.4	106	5×9	0.4	121
39	5×9	0.26	136	5×9	0.4	151
47	5×9	0.26	143	5×9	0.26	161
56	5×9	0.26	151	5×9	0.26	171
68	5×9	0.26	161	5×9	0.26	181
68
82	5×9	0.26	171	5×9	0.26	211
82
100	5×9	0.26	181	5×9	0.24	345
120	5×9	0.26	211	5×9	0.24	345
120
150	5×9	0.26	345	5×9	0.34	414
150
180	5×9	0.26	345	5×11	0.34	443
180				6.3×9	0.34	486
220	5×9	0.34	414	6.3×9	0.28	540
220
270	5×11	0.34	443	6.3×9	0.28	540
270	6.3×9	0.34	486
330	6.3×9	0.15	540	6.3×11	0.21	550
330				8×9	0.21	550
390	6.3×9	0.15	540	8×9	0.15	660
390
470	6.3×11	0.15	545	8×9	0.15	900
470	8×9	0.15	550
560	6.3×11	0.12	880	8×9	0.15	900
560	8×9	0.12	900
680	8×9	0.12	900	8×11.5	0.093	1250
680				10×9	0.093	1330
820	8×9	0.12	1180	8×14	0.093	1420
820				10×12.5	0.093	1760
1000	8×11.5	0.093	1250	8×16	0.093	1500
1000	10×9	0.093	1330	10×12.5	0.093	1850
1200	8×14	0.093	1420	10×14	0.041	1850
1200	10×12.5	0.093	1760
1500	8×16	0.093	1500	10×16	0.041	1960

Voltage (V)	10			16
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
1500	10×12.5	0.093	1760	12.5×14	0.041	2120
1800	10×14	0.041	1850	10×20	0.038	1960
1800				12.5×14	0.041	2120
MMCC	10×16	0.041	1960	10×20	0.038	2480
MMCC	12.5×14	0.041	2120	12.5×16	0.038	2480
2700	10×20	0.093	2250	12.5×16	0.038	2480
2700	12.5×14	0.093	2250
3300	10×23	0.028	2480	12.5×20	0.028	2900
3300	12.5×16	0.028	2480
3900	12.5×16	0.028	2900	12.5×25	0.023	3250
3900				16×16	0.023	3450
4700	12.5×20	0.023	3250	12.5×25	0.031	3450
4700	16×16	0.023	3450	16×20	0.031	3630

Voltage (V)	25			35
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
10	5×9	1.1	91	5×9	1.4	101
15	5×9	1.1	111	5×9	1.1	121
22	5×9	1.1	121	5×9	1.1	160
33	5×9	0.4	151	5×9	0.4	215
39	5×9	0.4	181	5×9	0.4	345
47	5×9	0.26	211	5×9	0.37	345
56	5×9	0.26	310	5×9	0.37	414
68	5×9	0.24	345	5×11	0.34	443
68				6.3×9	0.34	486
82	5×9	0.34	414	5×11	0.28	486
82				6.3×9	0.28	540
100	5×9	0.34	443	6.3×9	0.28	550
120	5×11	0.34	486	6.3×9	0.28	550
120	6.3×9	0.28	486
150	6.3×9	0.28	540	6.3×11	0.21	660
150				8×9	0.21	660
180	6.3×9	0.28	550	8×9	0.21	900
180
220	6.3×11	0.21	660	8×9	0.15	945
220	8×9	0.21	660
270	8×9	0.15	900	8×11.5	0.12	1250
270				10×9	0.12	1250
330	8×9	0.15	945	8×14	0.09	1330
330				10×12.5	0.09	1330
390	8×11.5	0.093	1250	8×16	0.093	1420
390	10×9	0.093	1250	10×12.5	0.093	1760
470	8×11.5	0.093	1330	10×14	0.093	1850
470	10×9	0.093	1330
560	8×14	0.093	1420	10×14	0.093	1960
560	10×12.5	0.093	1760
680	8×16	0.093	1500	10×16	0.093	2120
680	10×12.5	0.093	1760	12.5×14	0.093	2120
820	10×14	0.041	1850	12.5×14	0.093	2360
820
1000	10×16	0.041	1960	12.5×16	0.041	2480
1000	12.5×14	0.041	2120
1200	10×20	0.093	2120	12.5×20	0.038	2900
1200	12.5×14	0.093	2120
1500	10×20	0.028	2480	12.5×20	0.038	2900

Voltage (V)	25			35
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
1500	12.5×16	0.028	2480	16×16	0.038	3250
1800	12.5×16	0.028	2480	12.5×25	0.035	3450
1800				16×20	0.035	3630
MMCC	12.5×20	0.027	2900	12.5×30	0.093	3630
MMCC	16×16	0.027	3250	16×20	0.093	3630
2700	12.5×25	0.093	3450	16×25	0.023	3890
2700	16×20	0.093	3630	18×20	0.023	4010
3300	12.5×30	0.024	3630	16×31.5	0.01	4080
3300	16×20	0.024	3630	18×25	0.01	4080
3900	16×25	0.0178	3890	18×25	0.01	4080
3900	18×20	0.0178	3650
4700	16×25	0.0121	3890
4700	18×20	0.011	4010

Voltage (V)	50			63
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
0.47	5×9	5.5	21	5×9	5	23
1	5×9	5.5	31	5×9	5	35
1.2				5×9	5	35
1.5				5×9	5	41
1.8	5×9	5.5	32	5×9	5	41
2.2	5×9	1.5	39	5×9	1.5	45
2.7				5×9	1.5	52
3.3	5×9	1.5	54	5×9	1.5	59
3.9	5×9	1.5	54	5×9	1.5	78
4.7	5×9	1.5	89	5×9	1.5	98
5.6	5×9	1.5	91	5×9	1.5	100
6.8	5×9	1.5	94	5×9	1.5	103
8.2	5×9	1.5	98	5×9	1.5	109
10	5×9	1.5	101	5×9	1.5	111
12				5×9	1.5	121
12
15	5×9	1.5	121	5×9	1.5	150
15
18				5×9	1.1	173

Voltage (V)	50			63
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
22	5×9	1.1	238	5×9	0.86	228
22
27	5×9	0.86	286	5×9	0.58	250
27
33	5×9	0.58	314	5×11	0.39	300
33				6.3×9	0.39	344
39	5×11	0.36	344	6.3×9	0.39	344
39	6.3×9	0.36	344
47	5×11	0.36	344	6.3×9	0.39	385
47	6.3×9	0.34	385
56	6.3×9	0.34	385	6.3×11	0.24	492
56				8×9	0.24	525
68	6.3×9	0.34	390	6.3×11	0.24	724
68				8×9	0.24	724
82	6.3×11	0.24	487	8×9	0.24	724
82	8×9	0.24	724
100	6.3×11	0.18	687	8×9	0.24	902
100	8×9	0.18	724
120	8×9	0.18	800	8×11.5	0.19	902
120				10×9	0.19	979
150	8×11.5	0.14	950	8×14	0.19	950
150	10×9	0.14	975	10×12.5	0.19	1130
180	8×14	0.11	1190	8×16	0.19	1190
180	10×12.5	0.11	1230	10×14	0.19	1190
220	8×14	0.093	1190	10×14	0.14	1200
220	10×12.5	0.093	1230
270	8×16	0.093	1420	10×16	0.093	1300
270	10×14	0.093	1420	12.5×14	0.0902	1500
330	10×14	0.093	1450	10×16	0.093	1580
330				12.5×14	0.0902	1650
390	10×16	0.093	1580	10×20	0.093	1870
390	12.5×14	0.093	1650	12.5×16	0.093	1870
470	12.5×14	0.093	2050	12.5×16	0.05	2100
470
560	12.5×16	0.05	2050	12.5×20	0.093	2410
560				16×16	0.093	2500
680	12.5×16	0.05	2250	12.5×25	0.093	2410
680				16×16	0.093	2730
820	12.5×20	0.093	2410	12.5×30	0.093	2620

Voltage (V)	50			63
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
820	16×16	0.093	2730	16×20	0.035	2730
1000	12.5×25	0.093	2860	16×20	0.035	2860
1000	16×16	0.093	3010
1200	12.5×25	0.093	3280	16×25	0.093	2990
1200	16×20	0.093	3300	18×20	0.093	3300
1500	12.5×30	0.024	3280	16×25	0.028	3280
1500	16×25	0.093	3300
1800	16×25	0.028	3300	16×31.5	0.028	3570
1800	18×20	0.028	3300	18×25	0.028	3570
MMCC	18×25	0.028	3570	18×31.5	0.024	3670
2700	18×31.5	0.024	3670

Voltage (V)	80			100
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
0.47	5×9	6.05	24	5×9	6.05	24
1	5×9	6.05	37	5×9	6.05	37
1.2	5×9	6.05	37	5×9	6.05	37
1.5	5×9	6.05	43	5×9	6.05	43
1.8	5×9	6.05	43	5×9	6.05	43
2.2	5×9	1.5	47	5×9	1.6	47
2.7	5×9	1.5	55	5×9	1.6	55
3.3	5×9	1.5	62	5×9	1.6	62
3.9	5×9	1.5	81	5×9	1.6	81
4.7	5×9	1.5	101	5×9	1.6	101
5.6	5×9	1.5	106	5×9	1.4	106
6.8	5×9	1.5	111	5×9	1.4	111
8.2	5×9	1.5	121	5×9	1.4	121
10	5×9	1.4	150	5×9	0.8	220
12	5×9	1.4	163	5×11	0.8	267
12				6.3×9	0.8	267
15	5×9	1.1	200	5×11	0.8	267
15				6.3×9	0.8	267
18	5×9	0.86	240	6.3×9	0.63	267

Voltage (V)	80			100
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
22	5×11	0.73	250	6.3×9	0.63	290
22	6.3×9	0.63	267
27	6.3×9	0.63	267	6.3×11	0.63	420
27				8×9	0.63	450
33	6.3×9	0.63	267	8×9	0.4	450
33
39	6.3×11	0.63	400	8×9	0.28	565
39	8×9	0.63	420
47	6.3×11	0.63	420	8×11.5	0.28	585
47	8×9	0.63	470	10×9	0.28	624
56	8×9	0.63	470	8×14	0.25	624
56				10×9	0.25	624
68	8×9	0.49	520	8×16	0.21	735
68				10×12.5	0.21	750
82	8×11.5	0.38	624	8×16	0.19	780
82	10×9	0.25	668	10×14	0.19	900
100	8×14	0.21	735	10×14	0.14	1040
100	10×9	0.19	744
120	8×16	0.19	744	10×16	0.12	1170
120	10×12.5	0.19	892	12.5×14	0.12	1240
150	10×14	0.15	980	12.5×14	0.093	1368
150
180	10×14	0.15	980	12.5×16	0.093	1530
180
220	10×16	0.13	1040	12.5×20	0.093	1620
220	12.5×14	0.13	1040
270	10×20	0.093	1240	12.5×20	0.093	1750
270	12.5×16	0.093	1240	16×16	0.093	1750
330	12.5×16	0.093	1368	12.5×25	0.047	2140
330				16×20	0.041	2210
390	12.5×20	0.093	1640	12.5×30	0.04	2210
390	16×16	0.093	1750	16×20	0.041	2210
470	12.5×20	0.093	1750	16×25	0.041	2400
470	16×16	0.041	1750	18×20	0.041	2270
560	12.5×25	0.041	2110	16×25	0.093	2600
560	16×20	0.041	2110
680	12.5×30	0.041	2270	16×31.5	0.03	2860
680	16×20	0.041	2270	18×25	0.03	2860
820	16×25	0.093	2600	18×31.5	0.029	3510

Voltage (V)	80			100
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
820	18×20	0.041	2270
1000	16×31.5	0.03	2860
1000	18×25	0.093	2470
1200	18×25	0.03	2860
1200
1500	18×31.5	0.029	3510
1500
1800
1800
MMCC
2700

Voltage (V)	120			160
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
0.47	5×9	6.05	24
1	5×9	6.05	37	5×9	28	68
1.2	5×9	6.05	37	5×9	28	68
1.5	5×9	6.05	43	5×9	28	95
1.8	5×9	6.05	43	5×9	28	95
2.2	5×9	1.6	47	5×9	28	95
2.7	5×9	1.6	55	5×9	28	95
3.3	5×9	1.6	62	5×9	28	95
3.9	5×9	1.6	81	5×9	28	95
3.9
4.7	5×9	1.6	101	5×9	23	95
4.7
5.6	5×9	1.6	106	5×11	23	104
5.6				6.3×9	23	110
6.8	5×11	1.4	111	6.3×9	18	125
6.8
8.2	5×11	1.4	127	6.3×9	18	125
8.2
10	6.3×9	1.1	220	6.3×11	15	132
10				8×9	15	140
12	6.3×9	1.1	220	6.3×12	12.5	140

Voltage (V)	120			160
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
12				8×9	12.5	150
15	6.3×11	0.8	267	6.3×12	12.5	140
15	8×9	0.8	267	8×9	12.5	150
18	8×9	0.8	267	8×11.5	9.7	160
18				10×9	12.5	160
22	8×9	0.8	290	8×11.5	7.9	160
22				10×9	7.9	250
27	8×11.5	0.63	420	8×14	7.9	250
27				10×12.5	7.9	250
33	8×11.5	0.49	450	8×16	5.9	350
33	10×9	0.49	450	10×12.5	5.9	360
39	8×14	0.38	565	8×20	5.55	580
39	10×12.5	0.38	565	10×14	5.55	635
47	8×16	0.28	585	8×23	5.55	635
47	10×12.5	0.28	624	10×16	5.55	680
56	8×20	0.25	624	10×16	5.55	850
56	10×14	0.25	624	12.5×14	5.55	850
68	8×23	0.21	735	10×20	5.55	850
68	10×16	0.21	750	12.5×14	5.55	850
82	10×16	0.19	780	10×20	4.36	1020
82	12.5×14	0.19	900	12.5×16	4.36	1155
100	10×20	0.14	1040	12.5×16	4.36	1155
100	12.5×16	0.14	1040
120	10×23	0.12	1170	12.5×20	3.41	1390
120	12.5×16	0.12	1240	16×16	3.01	1420
150	12.5×20	0.093	1368	12.5×25	3.01	1520
150				16×20	2.31	1850
180	12.5×25	0.093	1530	12.5×30	2.31	1850
180				16×20	2.31	1850
220	16×20	0.093	1620	16×25	1.88	2400
220				18×20	1.88	2320
270	12.5×30	0.093	1750	16×31.5	1.8	2715
270	16×20	0.093	1750	18×25	0.98	2660
330	16×25	0.047	2140	18×25	0.98	2660
330	18×20	0.041	2140
390	16×31.5	0.04	2210	18×31.5	0.91	2715
390	18×25	0.04	2210
470	16×31.5	0.04	2270
470	18×25	0.04	2270

Voltage (V)	120			160
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
560	16×35.5	0.093	2600
560	18×31.5	0.093	2600
680	18×35.5	0.03	2860

Voltage (V)	200			250
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
0.47
1	5×9	28	50	5×9	28	56
1.2	5×9	28	55	5×9	28	56
1.5	5×9	28	60	5×9	28	56
1.8	5×9	28	65	5×9	28	65
2.2	5×9	28	75	5×9	28	98
2.7	5×9	28	80	5×9	28	98
3.3	5×9	28	95	5×9	28	98
3.9	5×9	28	95	5×11	23	114
3.9				6.3×9	15.6	135
4.7	5×11	23	104	6.3×9	15.6	135
4.7	6.3×9	15.6	125
5.6	6.3×9	15.6	125	6.3×9	15.6	140
5.6
6.8	6.3×9	15.6	140	6.3×11	14.9	140
6.8				8×9	14.9	140
8.2	6.3×11	14.9	140	6.3×12	12.5	150
8.2	8×9	14.9	140	8×9	12.5	170
10	6.3×12	12.5	160	8×9	10	210
10	8×9	12.5	170
12	8×11.5	7	210	8×11.5	7	270

Voltage (V)	200			250
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
12
15	8×11.5	4.9	256	8×11.5	4.9	270
15	10×9	4.9	280	10×9	4.9	280
18	8×14	3.58	280	8×14	3.58	280
18	10×12.5	3.58	320	10×12.5	3.58	320
22	8×16	3.58	320	8×16	3.58	320
22	10×12.5	3.58	320	10×12.5	3.58	320
27
27
33	8×23	1.78	603	8×23	1.78	603
33	10×16	1.78	708	10×16	1.78	708
39
39
47	10×20	1.46	745	10×20	1.46	850
47	12.5×16	1.46	960	12.5×16	1.46	960
56	10×23	1.46	960	10×23	1.46	960
56	12.5×16	1.46	960	12.5×16	1.46	960
68	12.5×20	1.35	1270	12.5×20	1.35	1270
68	16×16	1.35	1270	16×16	1.35	1270
82	12.5×20	1.35	1270	12.5×20	1.35	1270
82	16×16	1.35	1270	16×16	1.35	1270
100	12.5×20	1.35	1360	12.5×25	1.32	1360
100	16×16	1.35	1270	16×20	1.32	1410
120	12.5×25	1.25	1360	16×20	1.25	1500
120	16×20	1.32	1660
150	16×20	1.2	1850	16×25	1.25	1800
150				18×20	1.25	1920
180	16×25	0.95	2020	16×31.5	0.95	2250
180	18×20	0.95	2020	18×25	0.95	2250
220	18×25	0.91	2380	18×31.5	0.91	2625
220
270
270
330
330
390
390
470
470

Voltage (V)	200			250
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
560
560
680

Voltage (V)	350			400
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
1	5×9	55	73	5×9	55	73
1.2	5×9	36	90	5×9	36	76
1.5	5×9	36	90	5×9	36	76
1.5
1.8	5×9	36	95	5×9	36	87
2.2	5×11	36	104	6.3×9	29	105
2.2	6.3×9	36	125
2.7	6.3×9	26	125	6.3×9	26	125
3.3	6.3×9	23	131	6.3×9	25	131
3.3
3.9	6.3×11	17	131	6.3×11	25	140
3.9	8×9	17	131	8×9	23.5	140
4.7	6.3×11	17	140	6.3×12	23.5	140
4.7	8×9	17	140	8×9	23.5	140
5.6	8×9	17	140	8×11.5	15	200
5.6				10×9	15	220
6.8	8×11.5	15	200	8×11.5	15	210
6.8	10×9	17	210	10×9	15	250
8.2	8×14	11.25	220	8×14	11	250
8.2	10×9	15	250	10×9	11	270
10	8×14	8.05	250	8×16	8.05	270
10	10×12.5	11	270	10×12.5	11	270
12	8×20	9	360	10×14	9	340
15	8×20	6.5	360	10×14	8.5	340
15	10×14	6.5	460
18	10×16	6.5	480	10×16	6.5	360
18	12.5×14	6.5	585	12.5×14	6.5	360
22	10×20	6.5	585	10×20	6.5	570
22	12.5×14	6.5	585	12.5×16	6.5	570

Voltage (V)	350			400
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
33	12.5×16	6.5	960	12.5×20	3.25	850
33				16×16	3.25	900
47	12.5×20	2.25	1115	12.5×25	2.25	1100
47	16×16	2.25	1060	16×20	2.25	1155
56	12.5×25	2.25	1115	12.5×25	2.25	1155
56	16×20	2.25	1155	16×20	2.25	1400
68	12.5×30	2.25	1115	16×25	1.6	1460
68	16×20	2.25	1400	18×20	1.6	1530
82	16×25	1.6	1550	16×31.5	1.6	1740
82	18×20	1.6	1530	18×25	1.6	1740
100	16×25	1.6	2230	18×25	1.6	1740
120	18×25	1.6	2305	18×31.5	1.5	2305
150	18×31.5	1.5	2720	18×35.5	1.5	3330

Voltage (V)	450			500
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
1	5×9	55	73	6.3×9	52	45
1.2	5×9	52	78	6.3×9	52	45
1.5	5×11	52	81	6.3×9	52	45
1.5	6.3×9	52	90
1.8	6.3×9	52	95	8×9	45	80
2.2	6.3×9	42	100	8×9	45	80
2.2
2.7	6.3×9	42	100	8×11.5	18.5	85
3.3	6.3×12	25	120	8×11.5	18.5	85
3.3	8×9	25	120
3.9	8×9	25	135	8×14	13	85
3.9
4.7	8×11.5	18.5	135	8×16	13	130
4.7	10×9	18.5	135
5.6	8×14	15	140	10×14	13	130
5.6	10×9	13.5	140
6.8	8×16	8.05	220	10×14	13	130
6.8	10×12.5	12	200
8.2	8×16	8.05	220	10×14	11	240
8.2	10×12.5	12	200
10	8×20	8.05	260	8×23	11	240
10	10×14	8.05	350	10×16	10	260
12	10×16	7.9	370	12.5×14	9.5	265
15	10×16	7.7	370	12.5×16	8	270
15	12.5×14	7.7	370
18	12.5×16	6.7	410	12.5×16	7	470
18
22	12.5×16	6.7	450	12.5×20	7	470
22

Voltage (V)	450			500
Items	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)	Magnitudo DXL(mm)	Impedimentum (Ω max/100KHz 25±2℃)	Ripple Current (mA/rms 105℃100KHz)
Capacitance（uF）
33	12.5×20	3.05	710	12.5×25	5.5	700
33	16×16	3.05	740	16×20	3.5	700
47	12.5×30	1.6	1215	16×25	2.5	720
47	16×20	1.6	1215
56	16×25	1.6	1215	16×31.5	2.3	840
56	18×20	1.6	1300	18×25	2.3	840
68	16×31.5	1.6	1215	18×25	2.3	840
68	18×25	1.6	1215
82	16×35.5	1.35	1675	18×31.5	1.8	1100
82	18×25	1.45	1700
100	18×31.5	1.35	1800	18×35.5	1.5	1150
120	18×35.5	1.25	1930	18×40	1.4	1200
150	18×40	1.15	2350