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Radial gurşun görnüşi Alýumin elektrolitiki kondensatorlar LK

Radial gurşun görnüşi Alýumin elektrolitiki kondensatorlar LK Aýratyn surat
  • Radial gurşun görnüşi Alýumin elektrolitiki kondensatorlar LK

Gysga düşündiriş:

Ownuk ululyk, ýokary ýygylyk we uly süýümli tok garşylygy

Frequokary ýygylykly pes impedansly ýokary derejeli elektrik üpjünçiligi

105 ýaşa çenli 6000 ~ 8000 sagat° C.daşky gurşaw

AEC-Q200 RoHS Direktiw Hat alyşmalaryna laýyk gelýär


Önümiň jikme-jigi

STANDART ÖNÜMLERI OF SANAWY

Haryt bellikleri

Esasy tehniki parametrler

Harytlar Aýratynlyklary
Işleýiş temperatura aralygy ≤120V.DC -55 ℃ ~ + 105 ℃ ； 160 ~ 500V.DC -40 ℃ ~ + 105 ℃
Bahalandyrylan naprýa .eniýe 10 ~ 500V.DC
Potensial çydamlylyk ± 20% (25 ± 2 ℃ 120Hz)
Syzdyryjy tok ((uA) 10 ~ 120WV | ≤0.01CV ýa-da 3uA haýsy uly bolsa C: bahalandyrylan kuwwatlyk (uF) V: bahalandyrylan naprýa .eniýe (V) 2 minutlyk okamak
160 〜500WV | ≤0.02CV + 10 (uA) C: bahalandyrylan sygymlylyk (uF) V: bahalandyrylan naprýa .eniýe (V) 2 minutlyk okamak
Bölüniş faktory (25 ± 2 ℃ 120Hz) Bahalandyrylan naprýa .eniýe (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
Bahalandyrylan naprýa .eniýe (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
Bahasy 1000uF-dan uly bolanlar üçin, bahalandyrylan kuwwatlylygy 1000uF ýokarlandyrylanda, tgδ 0.02 ýokarlanar
Temperaturanyň aýratynlyklary (120Hz) Bahalandyrylan naprýa .eniýe (V) 10 16 25 35 50 63 80 100
Z (-40 ℃) / Z (20 ℃) 6 4 3 3 3 3 3 3
Bahalandyrylan naprýa .eniýe (V) 120 160 200 250 350 400 450 500
Z (-40 ℃) / Z (20 ℃) 5 5 5 5 7 7 7 8
Çydamlylyk Peçde 105 at derejesinde bahalandyrylan naprýa .eniýäni ulanyp, adaty synag wagtyndan soň, 25 ± 2 at 16 sagatdan soň aşakdaky spesifikasiýa kanagatlandyrylar.
Potensialyň üýtgemegi içerki bahanyň ± 20% içinde
Bölünmek faktory Görkezilen bahanyň 200% -den köp bolmaly däl
Syzdyryjy tok Görkezilen bahadan köp bolmaly däl
Lifeüklemek (sagat) ≤Φ5〜Φ6.3 6000 sagat 　 　 　
≥Φ8 8000 sagat 　 　 　
Highokary temperaturada ýaramlylyk möhleti Kondensatorlary 105 at 1000 sagatda hiç hili ýük astynda galdyranyňyzdan soň, 25 ± 2 at aşakdaky spesifikasiýa kanagatlandyrylýar.
Potensialyň üýtgemegi içerki bahanyň ± 20% içinde
Bölünmek faktory Görkezilen bahanyň 200% -den köp bolmaly däl
Syzdyryjy tok Görkezilen bahanyň 200% -den köp bolmaly däl

 

Önümiň ölçegli çyzgysy

LK-1

Häzirki ýygylygy düzetmek koeffisiýenti

Quygylygy düzetmek faktory

Quygylyk (Hz) 50 120 1K 10K-50K 100K
Koeffisient 0.4 0,5 0.8 0.9 1

Temperaturany düzediji faktor

Daşky gurşawyň temperaturasy (℃) 50 ℃ 70 ℃ 85 ℃ 105 ℃
Düzediş faktory 2.1 1.8 1.4 1

Suwuk kiçi telekeçilik bölümi 2001-nji ýyldan bäri gözleg we önümçilik bilen meşgullanýar. Tejribeli gözleg we önümçilik topary bilen müşderileriň elektrolitik alýumin kondensatorlaryna innowasiýa zerurlyklaryny kanagatlandyrmak üçin dürli ýokary hilli miniatýurlaşdyrylan alýumin elektrolitik kondensatoryny yzygiderli we yzygiderli öndürdi.Suwuk kiçi telekeçilik bölüminde iki paket bar: suwuk SMD alýumin elektrolitiki kondensatorlar we suwuk gurşun görnüşli alýumin elektrolitiki kondensatorlar.Önümlerinde miniatýurizasiýa, ýokary durnuklylyk, ýokary kuwwatlylyk, ýokary naprýa .eniýe, ýokary temperatura garşylyk, pes impedans, ýokary süýüm we uzak ömür ýaly artykmaçlyklar bar.Giň ulanylýartäze energiýa awtoulag elektronikasy, ýokary kuwwatly elektrik üpjünçiligi, akylly yşyklandyryş, galiý nitrid çalt zarýad bermek, öý enjamlary, foto woltika we beýleki pudaklar.

Hemme zat hakdaAlýumin elektrolitik kondensatorbilmeli

Alýumin elektrolitiki kondensatorlar, elektron enjamlarynda ulanylýan kondensatoryň umumy görnüşidir.Bu gollanmada işleýşiniň esaslaryny we ulanylyşyny öwreniň.Alýumin elektrolitiki kondensator bilen gyzyklanýarsyňyzmy?Bu makala, bu alýumin kondensatorynyň esaslaryny, şol sanda olaryň gurluşygyny we ulanylyşyny öz içine alýar.Alýumin elektrolitiki kondensatorlar üçin täze bolsaňyz, bu gollanma başlamak üçin ajaýyp ýerdir.Bu alýumin kondensatorlarynyň esaslaryny we olaryň elektron zynjyrlarda işleýşini öwreniň.Elektroniki kondensator komponenti bilen gyzyklanýan bolsaňyz, alýumin kondensator hakda eşiden bolsaňyz gerek.Bu kondensator komponentleri elektron enjamlarynda giňden ulanylýar we zynjyr dizaýnynda möhüm rol oýnaýar.Exactlyöne olar nämedir we nähili işleýärler?Bu gollanmada, alýumin elektrolitiki kondensatorlaryň esaslaryny, şol sanda olaryň gurluşygyny we ulanylyşyny öwreneris.Başlangyç ýa-da tejribeli elektronika höwesjeň bolsaňyzam, bu makala bu möhüm komponentlere düşünmek üçin ajaýyp çeşme.

1. Alýumin elektrolitiki kondensator näme?Alýumin elektrolitiki kondensator, beýleki kondensatorlara garanyňda has ýokary sygymlylygy gazanmak üçin elektrolit ulanýan kondensatoryň bir görnüşidir.Elektrolitlere batyrylan kagyz bilen bölünen iki sany alýumin folga.

2. Nädip işleýär?Elektron kondensatorda naprýa .eniýe ulanylanda, elektrolit elektrik geçirýär we kondensatoryň elektroniki energiýa saklamagyna mümkinçilik berýär.Alýumin folga elektrodlar, elektrolitlere batyrylan kagyz dielektrik ýaly hereket edýär.

3. Alýumin elektrolitiki kondensatorlary ulanmagyň artykmaçlyklary näme?Alýumin elektrolitiki kondensatorlaryň ýokary kuwwatlylygy bar, bu bolsa az mukdarda köp energiýa saklap bilýär.Şeýle hem olar gaty arzan we ýokary woltlary dolandyryp bilýärler.

4. Alýumin elektrolitiki kondensatory ulanmagyň kemçilikleri näme?Alýumin elektrolitiki kondensatorlary ulanmagyň bir kemçiligi, ömrüniň çäkli bolmagydyr.Elektrolit wagtyň geçmegi bilen gurap biler, bu bolsa kondensatoryň bölekleriniň işlemezligine sebäp bolup biler.Şeýle hem olar temperatura duýgur we ýokary temperatura sezewar edilse zaýalanmagy mümkin.

5. Alýumin elektrolitiki kondensatorlaryň haýsy umumy ulanylyşy bar?Alýumin elektrolitiki kondensator köplenç elektrik üpjünçiliginde, ses enjamlarynda we ýokary sygymlylygy talap edýän beýleki elektron enjamlarynda ulanylýar.Şeýle hem, ot ýakmak ulgamy ýaly awtoulag programmalarynda ulanylýar.

6. Arzaňyz üçin dogry alýumin elektrolitiki kondensatory nädip saýlaýarsyňyz?Alýumin elektrolitiki kondensatorlary saýlanyňyzda, sygymlylygy, naprýa .eniýe derejesini we temperatura derejesini göz öňünde tutmaly.Kondensatoryň ululygyny we görnüşini, gurnama opsiýalaryny hem göz öňünde tutmaly.

7. Alýumin elektrolitiki kondensator barada nädip alada edýärsiňiz?Alýumin elektrolitiki kondensatorlara ideg etmek üçin, ýokary temperatura we ýokary naprýa .eniýe täsirinden gaça durmaly.Şeýle hem, mehaniki stresden ýa-da titremeden gaça durmaly.Kondensator ýygy-ýygydan ulanylsa, elektrolitleriň guramazlygy üçin wagtal-wagtal naprýa .eniýe ulanmaly.

Üstünlikleri we kemçilikleriAlýumin elektrolitik kondensatorlar

Alýumin elektrolitiki kondensatoryň hem artykmaçlyklary, hem kemçilikleri bar.Oňyn tarapy, ýokary kuwwatlylyk-göwrüm gatnaşygy bolup, giňişlik çäkli programmalarda peýdaly edýär.Alýumin elektrolitik kondensator, beýleki kondensatorlar bilen deňeşdirilende has arzan.Şeýle-de bolsa, olaryň ömri çäkli we temperatura we naprýa .eniýe üýtgemelerine duýgur bolup biler.Mundan başga-da, alýumin elektrolitiki kondensatorlar dogry ulanylmasa syzmak ýa-da näsazlyk bolup biler.Oňyn tarapy, alýumin elektrolitik kondensatorlary ýokary kuwwatlylyk-göwrüm derejesine eýe bolup, giňişlik çäkli programmalarda peýdaly edýär.Şeýle-de bolsa, olaryň ömri çäkli we temperatura we naprýa .eniýe üýtgemelerine duýgur bolup biler.Mundan başga-da, alýumin elektrolitiki kondensator syzmaga ýykgyn edip biler we beýleki elektron kondensatorlary bilen deňeşdirilende has ýokary ekwiwalent seriýa garşylygy bolup biler.

  • Öňki:
  • Indiki:
    • Naprýa .eniýe (V) 10 16
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （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 0.0505 1350
    820 10 × 14 0.0805 1350
    1000 8 × 16 0.1 1125 8 × 20 0.0505 1350
    1000 10 × 12.5 0.1 1150 10 × 14 0.0805 1350
    1200 8 × 16 0.1 1125 10 × 16 0.0505 1550
    1200 10 × 14 0.0805 1350 12.5 × 14 0.06 1808
    1500 8 × 20 0.0805 1350 10 × 20 0.042 1590
    1500 10 × 14 0.0805 1350 12.5 × 14 0.06 1808
    1800 10 × 20 0.062 1590 10 × 20 0.042 1590

     

    Naprýa .eniýe (V) 10 16
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （uF） 　 　 　 　 　 　
    1800 12.5 × 14 0.06 1808 12.5 × 16 0.05 1910-njy ýyl
    2200 10 × 20 0.062 1590 10 × 23 0.03 2050-nji ýyl
    2200 12.5 × 14 0.06 1808 12.5 × 20 0.03 2250
    2700 10 × 20 0.062 1590 12.5 × 20 0.03 2250
    2700 12.5 × 16 0.05 1910-njy ýyl
    3300 12.5 × 20 0.03 2250 12.5 × 25 0.0268 2620
    3300
    3900 12.5 × 20 0.03 2250 12.5 × 30 0.0255 3110
    3900 16 × 20 0.0268 2925
    4700 12.5 × 25 0.027 2620 12.5 × 30 0.0255 3110
    4700 16 × 25 0.0246 3270
    5600 12.5 × 25 0.027 2620 12.5 × 35 0.0246 3215
    5600 16 × 25 0.0246 3270
    6800 12.5 × 30 0.0155 3110 16 × 31.5 0.0213 3500
    6800 16 × 25 0.0146 3270 18 × 25 0.0235 3600
    8200 12.5 × 40 0.0123 3500 16 × 35.5 0.022 3610
    8200 16 × 25 0.0146 3270 18 × 31.5 0.022 3610
    10000 16 × 31.5 0.0123 3500 18 × 35.5 0.021 3680
    10000 18 × 25 0.0135 3600

     

    Naprýa .eniýe (V) 25 35
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （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 0.0505 1350
    390 10 × 12.5 0.1 1150 10 × 16 0.0505 1550
    470 8 × 16 0.1 1170 8 × 20 0.0505 1350
    470 10 × 12.5 0.1 1150 10 × 16 0.0505 1550
    560 8 × 20 0.0505 1350 10 × 16 0.042 1550
    560 10 × 12.5 0.1 1150 12.5 × 14 0.05 1808
    680 8 × 20 0.0505 1350 10 × 20 0.042 1590
    680 10 × 16 0.0505 1550 12.5 × 16 0.05 1910-njy ýyl
    820 10 × 16 0.0505 1550 10 × 20 0.042 1590
    820 12.5 × 14 0.06 1808 12.5 × 16 0.05 1910-njy ýyl
    1000 10 × 20 0.0505 1808 12.5 × 20 0.03 2250
    1000 12.5 × 14 0.06 1808
    1200 10 × 23 0.05 2050-nji ýyl 12.5 × 20 0.03 2250
    1200 12.5 × 16 0.05 1910-njy ýyl
    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 0.021 3215

     

    Naprýa .eniýe (V) 25 35
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （uF） 　 　 　 　 　 　
    1800 16 × 20 0.021 3270
    2200 12.5 × 25 0.027 2620 12.5 × 35 0.016 3215
    2200 16 × 25 0.016 3270
    2700 12.5 × 30 0.025 3110 16 × 31.5 0.014 3500
    2700 18 × 25 0.027 3600
    3300 12.5 × 35 0.025 3215 16 × 31.5 0.0123 3500
    3300 16 × 25 0.025 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

     

    Naprýa .eniýe (V) 50 63
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （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

     

    Naprýa .eniýe (V) 50 63
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （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 0.0768 1080 10 × 20 0.0877 1080
    270 10 × 16 0.0768 1250 12.5 × 14 0.092 1022
    330 10 × 16 0.0768 1250 10 × 20 0.0877 1080
    330 12.5 × 14 0.081 1022 12.5 × 16 0.092 1080
    390 10 × 20 0.0695 1430 12.5 × 20 0.0673 1415
    390 12.5 × 14 0.081 1022 12.5 × 20 0.0673 1415
    470 10 × 20 0.0695 1430
    470 12.5 × 16 0.0675 1080 12.5 × 25 0.0479 1800
    560 12.5 × 16 0.0675 1598
    560

     

    Naprýa .eniýe (V) 50 63
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （uF） 　 　 　 　 　 　
    680 12.5 × 20 0.06 1850-nji ýyl 12.5 × 30 0.041 2370
    680 16 × 20 0.0482 1890
    820 12.5 × 25 0.0625 2170 12.5 × 35 0.0367 2360
    820 16 × 25 0.0385 2460
    1000 12.5 × 30 0.058 2580 16 × 25 0.0385 2460
    1000 16 × 20 0.058 2460 18 × 20 0.0426 2550
    1200 12.5 × 30 0.058 2580 16 × 31.5 0.035 2695
    1200 16 × 25 0.0455 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 0.0265 2960 16 × 40 0.035 3215
    1800 18 × 25 0.0347 2760 18 × 31.5 0.035 2970
    2200 18 × 31.5 0.0286 2970 18 × 35.5 0.035 3215
    2700 18 × 35.5 0.0224 3215 18 × 40 0.035 3310
    3300 18 × 40 0.0204 3410

     

    Naprýa .eniýe (V) 80 100
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （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

     

    Naprýa .eniýe (V) 80 100
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （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 0.0959 1290
    180 12.5 × 14 0.18 833
    220 10 × 20 0.14 950 12.5 × 20 0.0959 1290
    220 12.5 × 16 0.18 1020
    270 12.5 × 20 0.0959 1290 12.5 × 25 0.0673 1460
    270
    330 12.5 × 20 0.0959 1290 12.5 × 30 0.0571 1760
    330 16 × 20 0.0653 1560
    390 12.5 × 25 0.0673 1460 12.5 × 35 0.052 1930
    390 12.5 × 25 0.0673 1460 16 × 25 0.048 1990
    470 16 × 20 0.0653 1560 16 × 25 0.048 1990
    470 12.5 × 30 0.0571 1760 18 × 20 0.0465 1990
    560 16 × 25 0.048 1990 16 × 31.5 0.0368 2160
    560 18 × 25 0.0427 2050-nji ýyl

     

    Naprýa .eniýe (V) 80 100
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （uF） 　 　 　 　 　 　
    680 12.5 × 35 0.052 1930 16 × 35.5 0.0326 2340
    680 16 × 25 0.048 1990 18 × 31.5 0.0346 2230
    820 16 × 31.5 0.0368 2160 16 × 40 0.0305 2580
    820 18 × 25 0.0427 2050-nji ýyl 18 × 35.5 0.0305 3160
    1000 16 × 35.5 0.0326 2340 18 × 40 0.0305 3160
    1000 18 × 31.5 0.0346 2230
    1200 16 × 40 0.0305 2580
    1200 18 × 31.5 0.0246 2970
    1500 18 × 35.5 0.0246 3160
    1500
    1800 18 × 40 0.0204 3160
    1800
    2200
    2700
    3300

     

    Naprýa .eniýe (V) 120 160
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （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

     

    Naprýa .eniýe (V) 120 160
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （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 0.0671 1760 18 × 31.5 1.25 2400
    330 18 × 20 0.0671 1560 18 × 35.5 1.15 2850
    390 16 × 31.5 0.052 1930
    390 18 × 25 0.052 1990
    470 16 × 31.5 0.048 1990
    470 18 × 25 0.048 1990

     

    Naprýa .eniýe (V) 120 160
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （uF） 　 　 　 　 　 　
    560 16 × 35.5 0.0368 2160
    560 18 × 31.5 0.0368 2050-nji ýyl
    680 18 × 35.5 0.0326 2340

     

    Naprýa .eniýe (V) 200 250
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （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

     

    Naprýa .eniýe (V) 200 250
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （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 2200 18 × 35.5 1.04 2365
    220
    270
    270
    330
    330
    390
    390
    470
    470

     

    Naprýa .eniýe (V) 200 250
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （uF） 　 　 　 　 　 　
    560
    560
    680

     

    Naprýa .eniýe (V) 350 400
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （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

     

    Naprýa .eniýe (V) 350 400
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （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-njy ýyl 18 × 31.5 3.05 2010-njy ýyl
    100 18 × 25 3.5 2010-njy ýyl
    120 16 × 35.5 3.05 2080 18 × 35.5 2.05 2250
    120 18 × 31.5 3.05 2010-njy ýyl
    150 18 × 35.5 2.05 2450 18 × 40 2 2500

     

    Naprýa .eniýe (V) 450 500
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （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

     

    Naprýa .eniýe (V) 450 500
    Harytlar Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz) Ölçeg D.XL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 105 ℃ 100KHz)
    Potensial （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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