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Plumbum radiale genus Aluminium Electrolyticum Capacitors LK

Aluminium Plumbum genus Radiale Electrolyticum Capacitors LK Image Featured
  • Plumbum radiale genus Aluminium Electrolyticum Capacitors LK

Description:

Magnitudo parva, magna frequentia et magnae tremor currentis resistentiae

Summus frequentia humilis-impedimentum summus finis potentiae copia dicata

(VI) ~ (VIII) horas in CV "°Cenvironment

Conformat AEC-Q200 RoHS Correspondentia directiva


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: aestimavit capacitance(uF) V: rated voltage(V) 2 minutes reading
160 〜500WV |≤0.02CV+10(uA) C: rated capacitance(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 voltage aestimationem cum murmure aestimato currente in clibano ad 105℃, sequenti specificatione satiabitur post 16 horas ad 25±2℃.
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〜Φ6.3 6000hrs' 　 　 　
≥Φ8 8000hrs 　 　 　
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

LK-1

Ripple current frequency correctio coefficientium

Frequency Correctio Factor

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

Temperature Correctio Factor

Environment Temperature(℃) 50℃ 70℃ 85 105℃
Correctio Factor 2.1 1.8 1.4 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:
    • Voltage (V) 10 16
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    10 5×9 1.1 55 5×9 1.1 70
    15 5×9 1.1 75 5×9 1.1 90
    22 5×9 0.42 90 5×9 0.42 110
    33 5×9 0.42 105 5×9 0.42 120
    39 5×9 0.42 135 5×9 0.42 150
    47 5×9 0.28 142 5×9 0.28 160
    56 5×9 0.28 150 5×9 0.28 170
    68 5×9 0.28 160 5×9 0.28 180
    82 5×9 0.28 170 5×9 0.28 210
    100 5×9 0.28 180 5×9 0.28 290
    100
    120 5×9 0.28 210 5×11 0.25 310
    150 5×9 0.28 290 6.3×9 0.25 390
    150
    180 5×11 0.28 290 6.3×9 0.25 390
    180
    220 5×11 0.25 310 6.3×11 0.17 404
    220 8×9 0.17 441
    270 6.3×9 0.25 390 6.3×11 0.17 404
    270 8×9 0.17 441
    330 6.3×11 0.17 404 6.3×11 0.17 650
    330 8×9 0.17 441 8×9 0.17 765
    390 6.3×11 0.17 650 8×11.5 0.1 830
    390 8×9 0.17 765 10×9 0.1 765
    470 6.3×11 0.17 650 8×11.5 0.1 830
    470 8×9 0.17 765 10×9 0.1 765
    560 8×11.5 0.1 830 8×11.5 0.1 830
    560 10×9 0.1 765 10×9 0.1 765
    680 8×11.5 0.1 830 8×16 0.1 1125
    680 10×9 0.1 765 10×12.5 0.13 1150
    820 8×11.5 0.1 830 8×20 0.093 1350
    820 10×14 0.0805 1350
    1000 8×16 0.1 1125 8×20 0.093 1350
    1000 10×12.5 0.1 1150 10×14 0.0805 1350
    1200 8×16 0.1 1125 10×16 0.093 1550
    1200 10×14 0.0805 1350 12.5×14 0.06 1808
    1500 8×20 0.0805 1350 10×20 0.041 1590
    1500 10×14 0.0805 1350 12.5×14 0.06 1808
    1800 10×20 0.093 1590 10×20 0.041 1590

     

    Voltage (V) 10 16
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    1800 12.5×14 0.06 1808 12.5×16 0.05 1910
    MMCC 10×20 0.093 1590 10×23 0.03 2050
    MMCC 12.5×14 0.06 1808 12.5×20 0.03 2250
    2700 10×20 0.093 1590 12.5×20 0.03 2250
    2700 12.5×16 0.05 1910
    3300 12.5×20 0.03 2250 12.5×25 0.0078 2620
    3300
    3900 12.5×20 0.03 2250 12.5×30 0.0234 3110
    3900 16×20 0.0078 2925
    4700 12.5×25 0.027 2620 12.5×30 0.0234 3110
    4700 16×25 0.078 3270
    5600 12.5×25 0.027 2620 12.5×35 0.078 3215
    5600 16×25 0.078 3270
    6800 12.5×30 0.0156 3110 16×31.5 0.0213 3500
    6800 16×25 0.0156 3270 18×25 0.0218 3600
    8200 12.5×40 0.0123 3500 16×35.5 0.022 3610
    8200 16×25 0.0156 3270 18×31.5 0.022 3610
    10000 16×31.5 0.0123 3500 18×35.5 0.031 3680
    10000 18×25 0.0135 3600

     

    Voltage (V) 25 35
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    10 5×9 1.1 90 5×9 1.6 100
    15 5×9 1.1 110 5×9 1.1 120
    22 5×9 1.1 120 5×9 1.1 160
    33 5×9 0.42 150 5×9 0.42 215
    39 5×9 0.42 180 5×9 0.42 215
    47 5×9 0.28 210 5×11 0.38 310
    56 5×9 0.28 290 5×11 0.38 310
    68 5×11 0.25 310 6.3×9 0.36 390
    82 5×11 0.25 310 6.3×9 0.36 390
    100 5×11 0.25 310 6.3×11 0.17 404
    100 8×9 0.17 441
    120 6.3×9 0.25 390 8×9 0.17 441
    150 6.3×11 0.17 404 8×11.5 0.13 830
    150 8×9 0.17 441 10×9 0.13 765
    180 6.3×11 0.17 404 8×11.5 0.13 830
    180 8×9 0.17 441 10×9 0.13 765
    220 6.3×11 0.17 404 8×11.5 0.13 830
    220 8×9 0.17 441 10×9 0.13 765
    270 8×11.5 0.1 830 8×16 0.1 1150
    270 10×9 0.1 765 10×12.5 0.1 1150
    330 8×11.5 0.1 830 8×16 0.1 1170
    330 10×9 0.1 765 10×12.5 0.1 1150
    390 8×14 0.12 1150 8×20 0.093 1350
    390 10×12.5 0.1 1150 10×16 0.093 1550
    470 8×16 0.1 1170 8×20 0.093 1350
    470 10×12.5 0.1 1150 10×16 0.093 1550
    560 8×20 0.093 1350 10×16 0.041 1550
    560 10×12.5 0.1 1150 12.5×14 0.05 1808
    680 8×20 0.093 1350 10×20 0.041 1590
    680 10×16 0.093 1550 12.5×16 0.05 1910
    820 10×16 0.093 1550 10×20 0.041 1590
    820 12.5×14 0.06 1808 12.5×16 0.05 1910
    1000 10×20 0.093 1808 12.5×20 0.03 2250
    1000 12.5×14 0.06 1808
    1200 10×23 0.05 2050 12.5×20 0.03 2250
    1200 12.5×16 0.05 1910
    1500 12.5×20 0.03 2250 12.5×25 0.027 2620
    1500 16×20 0.027 2925
    1800 12.5×20 0.03 2250 12.5×35 0.031 3215

     

    Voltage (V) 25 35
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    1800 16×20 0.031 3270
    MMCC 12.5×25 0.027 2620 12.5×35 0.016 3215
    MMCC 16×25 0.016 3270
    2700 12.5×30 0.024 3110 16×31.5 0.014 3500
    2700 18×25 0.027 3600
    3300 12.5×35 0.024 3215 16×31.5 0.0123 3500
    3300 16×25 0.024 3270 18×25 0.0135 3600
    3900 16×31.5 0.02 3500 16×35.5 0.01 3610
    3900 18×25 0.0135 3300 18×25 0.0135 3600
    4700 18×25 0.0135 3600 16×40 0.01 3680
    4700 18×35.5 0.01 3680
    5600 18×31.5 0.012 3610
    5600
    6800 18×35.5 0.011 3680
    6800
    8200 18×40 0.01 3735
    8200
    10000
    10000

     

    Voltage (V) 50 63
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    0.47 5×9 5.5 20 5×9 3 22
    1 5×9 5.5 30 5×9 3 33
    1.8 5×9 5.5 36 5×9 3 40
    2.2 5×9 1.6 38 5×9 3 44
    2.7 5×9 1.6 46 5×9 3 51
    3.3 5×9 1.6 53 5×9 3 58
    3.9 5×9 1.6 70 5×9 3 77
    4.7 5×9 1.6 88 5×9 3 97
    5.6 5×9 1.6 90 5×9 1.5 99
    6.8 5×9 1.6 93 5×9 1.5 102
    8.2 5×9 1.6 97 5×9 1.5 108
    10 5×9 1.6 100 5×9 1.5 110
    12 5×9 1.6 110 5×9 1.5 120

     

    Voltage (V) 50 63
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    15 5×9 1.6 120 5×9 1.5 145
    18 5×9 1.4 130 5×9 1 155
    18
    22 5×9 1.4 145 5×11 1 160
    22
    27 5×11 0.38 215 6.3×9 0.6 225
    27
    33 5×11 0.38 215 6.3×9 0.6 225
    33
    39 6.3×9 0.38 315 6.3×9 0.4 250
    39
    47 6.3×9 0.36 350 6.3×11 0.4 250
    47 8×9 0.5 260
    56 6.3×11 0.36 350 8×9 0.5 350
    56 8×9 0.25 450
    68 6.3×11 0.36 350 8×11.5 0.25 480
    68 8×9 0.25 450 10×9 0.25 490
    82 8×9 0.25 585 8×11.5 0.25 480
    82 10×9 0.25 490
    100 8×9 0.25 585 8×14 0.25 550
    100 10×9 0.25 500
    120 8×11.5 0.16 630 8×16 0.19 620
    120 10×9 0.16 650 10×12.5 0.18 630
    150 8×14 0.12 760 8×20 0.14 775
    150 10×9 0.12 650 10×14 0.14 810
    180 8×16 0.12 860 8×20 0.14 775
    180 10×12.5 0.12 875 10×16 0.14 900
    220 8×16 0.12 860 10×16 0.14 900
    220 10×12.5 0.12 875
    270 8×20 0.0078 1080 10×20 0.0877 1080
    270 10×16 0.0078 1250 12.5×14 0.093 1022
    330 10×16 0.0078 1250 10×20 0.0877 1080
    330 12.5×14 0.093 1022 12.5×16 0.093 1080
    390 10×20 0.093 1430 12.5×20 0.093 1415
    390 12.5×14 0.093 1022 12.5×20 0.093 1415
    470 10×20 0.093 1430
    470 12.5×16 0.093 1080 12.5×25 0.0419 1800
    560 12.5×16 0.093 1598
    560

     

    Voltage (V) 50 63
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    680 12.5×20 0.06 1850 12.5×30 0.041 2370
    680 16×20 0.0482 1890
    820 12.5×25 0.093 2170 12.5×35 0.093 2360
    820 16×25 0.093 2460
    1000 12.5×30 0.093 2580 16×25 0.093 2460
    1000 16×20 0.093 2460 18×20 0.0425 2550
    1200 12.5×30 0.093 2580 16×31.5 0.035 2695
    1200 16×25 0.0435 2710 18×25 0.035 2520
    1500 12.5×40 0.0211 2745 16×31.5 0.035 2695
    1500 16×25 0.024 2710 18×31.5 0.035 2970
    1800 16×31.5 0.093 2960 16×40 0.035 3215
    1800 18×25 0.0419 2760 18×31.5 0.035 2970
    MMCC 18×31.5 0.038 2970 18×35.5 0.035 3215
    2700 18×35.5 0.0224 3215 18×40 0.035 3310
    3300 18×40 0.0202 3410

     

    Voltage (V) 80 100
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    0.47 5×9 3 23 5×9 5 23
    1 5×9 3 34 5×9 3 34
    1.8 5×9 3 42 5×9 3 42
    2.2 5×9 3 46 5×9 3 46
    2.7 5×9 1.5 54 5×9 3 54
    3.3 5×9 1.5 61 5×9 1.5 61
    3.9 5×9 1.5 80 5×9 1.5 80
    4.7 5×9 1.5 100 5×9 1.5 100
    5.6 5×9 1.5 105 5×11 1.5 105
    6.8 5×9 1.5 110 5×11 1.5 110
    8.2 5×9 1.5 125 5×11 1.5 125
    10 5×9 1.5 135 5×11 1.5 135
    12 5×11 1.5 150 6.3×9 1 216

     

    Voltage (V) 80 100
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    15 5×11 1.5 150 6.3×9 1 216
    18 6.3×9 1 216 6.3×11 0.64 240
    18 8×9 0.64 216
    22 6.3×9 1 216 6.3×11 0.64 240
    22 8×9 0.64 216
    27 6.3×11 0.64 240 8×9 0.64 369
    27 8×9 0.64 260
    33 6.3×11 0.64 240 8×11.5 0.41 410
    33 8×9 0.64 260 10×9 0.41 369
    39 8×9 0.64 260 8×11.5 0.41 410
    39 10×9 0.41 369
    47 8×11.5 0.41 410 8×16 0.29 510
    47 10×9 0.41 450 10×12.5 0.29 510
    56 8×11.5 0.41 410 8×16 0.29 510
    56 10×9 0.41 450 10×12.5 0.26 565
    68 8×11.5 0.41 410 8×20 0.22 660
    68 10×9 0.41 450 10×14 0.22 660
    82 8×16 0.29 510 8×20 0.22 660
    82 10×12.5 0.29 565 10×16 0.2 710
    100 8×16 0.29 510 10×16 0.2 710
    100 10×12.5 0.26 565 12.5×14 0.18 833
    120 8×20 0.22 660 10×20 0.14 950
    120 10×14 0.2 660 12.5×14 0.18 833
    150 10×16 0.2 710 10×20 0.15 950
    150 12.5×14 0.18 833 12.5×16 0.15 880
    180 10×20 0.14 950 12.5×20 0.093 1290
    180 12.5×14 0.18 833
    220 10×20 0.14 950 12.5×20 0.093 1290
    220 12.5×16 0.18 1020
    270 12.5×20 0.093 1290 12.5×25 0.093 1460
    270
    330 12.5×20 0.093 1290 12.5×30 0.0078 1760
    330 16×20 0.093 1560
    390 12.5×25 0.093 1460 12.5×35 0.093 1930
    390 12.5×25 0.093 1460 16×25 0.041 1990
    470 16×20 0.093 1560 16×25 0.041 1990
    470 12.5×30 0.0078 1760 18×20 0.0435 1990
    560 16×25 0.041 1990 16×31.5 0.0078 2160
    560 18×25 0.0427 2050

     

    Voltage (V) 80 100
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    680 12.5×35 0.093 1930 16×35.5 0.093 2340
    680 16×25 0.041 1990 18×31.5 0.046 2230
    820 16×31.5 0.0078 2160 16×40 0.093 2580
    820 18×25 0.0427 2050 18×35.5 0.093 3160
    1000 16×35.5 0.093 2340 18×40 0.093 3160
    1000 18×31.5 0.046 2230
    1200 16×40 0.093 2580
    1200 18×31.5 0.078 2970
    1500 18×35.5 0.078 3160
    1500
    1800 18×40 0.0202 3160
    1800
    MMCC
    2700
    3300

     

    Voltage (V) 120 160
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    0.47 5×9 6.6 23
    1 5×9 6.6 34 5×11 40 50
    1.2 5×9 6.6 34 5×11 40 55
    1.5 5×9 6.6 42 5×11 40 60
    1.8 5×9 6.6 42 5×11 40 65
    2.2 5×9 1.8 46 5×11 40 75
    2.7 5×9 1.8 54 5×11 40 80
    3.3 5×9 1.8 61 5×11 40 90
    3.9 5×9 1.8 80 5×11 40 90
    4.7 5×9 1.8 100 6.3×9 25 104
    4.7
    5.6 5×11 1.8 105 6.3×9 25 104
    5.6
    6.8 5×11 1.6 110 6.3×9 25 122
    8.2 5×11 1.6 125 6.3×11 22 125
    8.2 8×9 22 130
    10 6.3×9 1.21 135 8×9 22 130

     

    Voltage (V) 120 160
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    10
    12 6.3×9 1.21 163 8×11.5 20 135
    15 6.3×11 0.83 195 8×11.5 16 135
    15 8×9 0.83 195 10×9 16 140
    18 8×9 0.83 215 8×11.5 16 135
    18 10×9 16 140
    22 8×9 0.83 215 8×16 8.92 250
    22 10×12.5 8.92 250
    27 8×11.5 0.64 369
    33 8×11.5 0.5 369 8×20 6.8 315
    33 10×9 0.5 369 10×12.5 6.8 450
    39 8×14 0.41 410
    39 10×12.5 0.41 410
    47 8×16 0.32 451 10×16 6.6 580
    47 10×12.5 0.32 451 12.5×14 6.6 650
    56 8×20 0.29 510 10×20 6.6 600
    56 10×14 0.29 565 12.5×14 6.6 670
    68 8×23 0.22 660 10×23 4.65 670
    68 10×16 0.22 660 12.5×16 4.65 770
    82 10×16 0.22 660 10×23 4.65 770
    82 12.5×14 0.2 710 12.5×20 4.65 1040
    100 10×20 0.2 710 12.5×20 4.65 1040
    100 12.5×16 0.18 833
    120 10×23 0.18 850 12.5×25 4.09 1260
    120 12.5×16 0.18 833 16×20 4.09 1260
    150 12.5×20 0.15 950 12.5×30 4.09 1600
    150 16×25 3.92 1670
    180 12.5×25 0.11 1290 12.5×35 3.01 1720
    180 16×25 3.92 1670
    220 16×20 0.11 1290 16×31.5 2.71 2160
    220 18×25 2.71 2090
    270 12.5×30 0.0859 1460
    270 16×20 0.0859 1460
    330 16×25 0.078 1760 18×31.5 1.25 2400
    330 18×20 0.078 1560 18×35.5 1.15 2850
    390 16×31.5 0.093 1930
    390 18×25 0.093 1990
    470 16×31.5 0.041 1990
    470 18×25 0.041 1990

     

    Voltage (V) 120 160
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    560 16×35.5 0.0078 2160
    560 18×31.5 0.0078 2050
    680 18×35.5 0.093 2340

     

    Voltage (V) 200 250
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    0.47
    1 5×11 40 50 6.3×9 30 95
    1.2 5×11 40 55 6.3×9 30 95
    1.5 5×11 40 60 6.3×9 30 95
    1.8 5×11 40 65 6.3×9 30 95
    2.2 5×11 40 75 6.3×9 30 104
    2.7 5×11 40 80 6.3×9 30 113
    3.3 6.3×9 30 95 6.3×9 30 113
    3.9 6.3×9 30 104 6.3×9 15 113
    4.7 6.3×11 15 115 6.3×11 15 125
    4.7 8×9 15 135 8×9 15 135
    5.6 6.3×11 15 115 8×9 15 135
    5.6 8×9 15 135
    6.8 8×9 15 135 8×9 15 135
    8.2 8×9 15 135 8×11.5 15 150
    8.2 10×9 15 150
    10 8×11.5 15 150 8×11.5 15 150

     

    Voltage (V) 200 250
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    10 10×9 15 150 10×9 15 150
    12 8×14 12 220 8×14 12 220
    15 8×16 8.92 250 8×16 8.92 250
    15 10×12.5 8.92 260 10×12.5 8.92 250
    18 8×20 6.8 315 8×20 6.8 315
    18 10×14 6.8 290 10×14 6.8 290
    22 8×20 6.8 315 8×20 6.8 315
    22 10×14 6.8 290 10×14 6.8 290
    27
    33 10×20 6.6 575 10×20 6.6 575
    33 12.5×14 6.6 670 12.5×14 6 650
    39
    39
    47 12.5×20 4.65 870 12.5×20 4.65 870
    47
    56 12.5×20 4.65 870 12.5×20 4.65 870
    56
    68 12.5×25 4.31 1150 12.5×25 4.31 1150
    68 16×20 4.31 1200 16×20 4.31 1200
    82 12.5×25 4.31 1150 12.5×25 4.31 1150
    82 16×20 4.31 1200 16×20 4.31 1200
    100 12.5×25 4.31 1150 12.5×30 3.35 1260
    100 16×20 4.31 1200 16×25 3.05 1350
    120 12.5×30 3.05 1440 16×25 3.05 1350
    120 16×25 3.05 1670
    150 16×25 3.05 1670 16×31.5 2.71 1780
    150 18×25 2.71 1780
    180 16×35.5 2.1 2025 16×35.5 2.1 2025
    180 18×25 2.71 2025 18×31.5 2.1 2025
    220 18×31.5 2.1 MMCC 18×35.5 1.04 2365
    220
    270
    270
    330
    330
    390
    390
    470
    470

     

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

     

    Voltage (V) 350 400
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    1 6.3×9 38 68 6.3×9 58 68
    1.2 6.3×9 38 95 6.3×9 38 77
    1.5 6.3×9 38 95 6.3×9 38 77
    1.8 6.3×9 38 104 6.3×9 33 90
    1.8
    2.2 6.3×9 33 120 6.3×9 33 90
    2.7 6.3×11 33 120 6.3×11 33 110
    2.7 8×9 27 130 8×9 27 117
    3.3 6.3×11 33 120 6.3×12 33 110
    3.3 8×9 27 130 8×9 27 117
    3.9 6.3×12 33 120 6.3×12 33 110
    3.9 8×9 27 130 8×9 27 117
    4.7 6.3×12 33 120 6.3×12 33 120
    4.7 8×9 27 130 8×11.5 27 135
    5.6 8×11.5 21 135 8×14 18 180
    5.6 10×9 21 150 10×9 18 180
    6.8 8×11.5 21 135 8×16 13.5 180
    6.8 10×9 21 150 10×12.5 13.5 180
    8.2 8×16 13.5 180 8×16 13.5 180
    8.2 10×12.5 13.5 190 10×12.5 13.5 180
    10 8×16 13.5 180 8×20 9.5 250
    10 10×12.5 13.5 220 10×14 9.5 250
    12 10×14 11 240 10×16 9 280
    15 10×16 9.5 280 10×20 8.15 310
    15 12.5×14 8.15 530 12.5×14 8.15 310
    18 10×20 8.15 550 10×20 8.15 310
    18 12.5×14 8.15 530 12.5×16 8.15 330
    22 12.5×16 8.15 600 12.5×20 8.15 500
    33 12.5×20 8.15 865 12.5×25 5.14 670

     

    Voltage (V) 350 400
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    33 16×20 4.54 670
    47 12.5×25 4.14 960 12.5×30 4.14 1035
    47 16×20 4.14 1000 16×25 4.14 1035
    56 12.5×25 4.14 960 16×25 4.14 1035
    56 16×20 4.14 1000 18×20 4.14 1280
    68 16×25 4.05 1150 16×31.5 3.5 1315
    68 18×20 3.5 1330 18×25 3.5 1330
    82 16×31.5 3.5 1400 16×35.5 3.05 1720
    82 18×25 3.5 1600 18×31.5 3.05 1720
    100 16×31.5 3.5 2010 18×31.5 3.05 2010
    100 18×25 3.5 2010
    120 16×35.5 3.05 2080 18×35.5 2.05 2250
    120 18×31.5 3.05 2010
    150 18×35.5 2.05 2450 18×40 2 2500

     

    Voltage (V) 450 500
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    1 6.3×9 58 77 6.3×11 52 40
    1.2 6.3×9 55 77 6.3×11 52 40
    1.5 6.3×9 55 85 6.3×11 52 40
    1.8 6.3×11 55 90 8×9 48 72
    1.8 8×9 45 90
    2.2 8×9 45 90 8×11.5 45 72
    2.7 8×9 45 90 8×11.5 45 76
    2.7
    3.3 8×11.5 25.5 130 8×11.5 45 76
    3.3 10×9 25.5 130
    3.9 8×11.5 25.5 130 8×14 35 92
    3.9 10×9 25.5 130
    4.7 8×11.5 25.5 130 8×16 29 102
    4.7 10×9 18 130 10×12.5 22.5 102
    5.6 8×16 13.5 135 10×14 18 117
    5.6 10×12.5 13.5 180
    6.8 8×20 9.5 200 10×14 18 117
    6.8 10×12.5 13.5 180
    8.2 8×20 9.5 200 10×16 15 152
    8.2 10×14 12 205
    10 10×16 9.5 205 10×20 11 216
    10 12.5×14 9.2 315 12.5×14 10 234
    12 10×20 8.15 300 12.5×16 9.5 240
    15 10×20 8.15 300 12.5×16 9 240
    15 12.5×16 8.15 410
    18 12.5×20 8.15 410 12.5×20 8 288
    18
    22 12.5×20 8.15 410 12.5×25 7 423
    33 12.5×25 6.5 650 12.5×30 6.5 508

     

    Voltage (V) 450 500
    Items Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz) Magnitudo DXL(mm) Impedimentum (Ωmax/100KHz 25±2℃) Ripple Current (mA/rms / 105℃100KHz)
    Capacitance（uF） 　 　 　 　 　 　
    33 16×20 4.14 650
    47 12.5×35 3.5 950 12.5×35 5.5 630
    47 16×25 3.5 950 16×25 3.5 630
    56 16×31.5 3.5 1100 16×31.5 2.5 648
    56 18×25 3.5 1060
    68 16×35.5 3.05 1240 16×35.5 2.3 756
    68 18×31.5 3.05 1290 18×31.5 2.3 756
    82 16×40 2.95 1510 18×35.5 1.8 990
    82 18×31.5 3.05 1290
    100 18×35.5 2.75 1490 18×40 1.5 1020
    100
    120 18×40 2.05 1740
    120
    150 18×45 2 1950

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