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Gurşun görnüşi kiçi alýumin elektrolitiki kondensator LKL

Gurşun görnüşi kiçi alýumin elektrolitiki kondensator LKL Aýratyn surat
  • Gurşun görnüşi kiçi alýumin elektrolitiki kondensator LKL

Gysga düşündiriş:

130okary temperatura garşylyk, uzak ömür, 130 gurşawda 2000 ~ 5000 sagat° C.elektrik üpjünçiligi üçin we AEC-Q200 RoHS görkezmesine laýyk gelýär


Önümiň jikme-jigi

STANDART ÖNÜMLERI OF SANAWY

Haryt bellikleri

Esasy tehniki parametrler

Harytlar Aýratynlyklary
Işleýiş temperatura aralygy ≤120V.DC -40 ℃ ~ + 130 ℃;160 ~ 450V.DC -25 ℃ ~ + 130 ℃
Bahalandyrylan naprýa .eniýe 10 ~ 450V.DC
Potensial çydamlylyk ± 20% (25 ± 2 ℃ 120Hz)
Syzdyryjy tok ((iA) 10— 120WV | ≤ 0.01CV ýa-da 3uA haýsy uly bolsa C: bahalandyrylan sygymlylyk (uF) V: bahalandyrylan naprýa (eniýe (V) 2 minutlyk okamak
1160 ~ 450WV | ≤0.02CV + 10 (uA) C: bahalandyrylan sygymlylyk (uF) V: bahalandyrylan naprýa .eniýe (V) 2 minut okamak
Bölüniş faktory (25 ± 2 ℃ 120Hz) Bahalandyrylan naprýa .eniýe (V) 10 16 25 35 50 63 80 　
tgδ 0.2 0.16 0.14 0.12 0.1 0.09 0.09
Bahalandyrylan naprýa .eniýe (V) 120 100 160 200 250 400 450
tgδ 0.09 0.08 0.08 0.15 0.15 0.2 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 　
Z (-40 ℃) / Z (20 ℃) 3 2 2 2 2 2 2
Bahalandyrylan naprýa .eniýe (V) 120 100 160 200 250 400 450
Z (-40 ℃) / Z (20 ℃) 5 2 3 3 3 6 7
Çydamlylyk Peçde 130 at derejesinde bahalandyrylan naprýa .eniýäni ulanyp, adaty synag wagtyndan soň, 25 ± 2 ° C-den 16 sagatdan soň aşakdaky spesifikasiýa kanagatlandyrylar.
Potensialyň üýtgemegi 10-120WV içerki bahanyň ± 30% içinde
160-450WV içerki bahanyň ± 20% içinde
Bölünmek faktory 10 ~ 120WV Görkezilen bahanyň 300% -den köp bolmaly däl
160-450WV Görkezilen bahanyň 200% -den köp bolmaly däl
Syzdyryjy tok Görkezilen bahadan köp bolmaly däl
Lifeüklemek (sagat) 10 ~ 120WV 160-450WV
Ölçegi Durmuşy ýükläň Ölçegi Durmuşy ýükläň
ΦD = 5、6.3 2000 sag ΦD = 5、6.3 2000 sag
Φ D = 8-10 3000 sag ΦD = 8 3000 sag
≥D≥12.5 5000 sag ≥D≥10 5000 sag
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

lkl1

Häzirki ýygylygy düzetmek koeffisiýenti

Quygylyk (Hz) 50 120 1K 10K-50K 100K
Koeffisient 0.4 0,5 0.8 0.9 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 Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz) Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz)
    Potensial （uF） 　 　 　 　 　 　
    10 5 × 9 15 72 5 × 9 15 72
    22 5 × 9 15 72 5 × 9 15 72
    47 5 × 9 15 114 5 × 9 15 114
    100 5 × 9 15 114 5 × 11 15 200
    150 5 × 11 4.5 162 6.3 × 9 4.5 240
    150 6.3 × 9 4.5 200 　 　 　
    220 6.3 × 9 4.5 324 8 × 9 4.5 324
    330 6.3 × 11 3.6 380 8 × 9 3.6 380
    330 8 × 9 3.5 324 　 　 　
    470 8 × 9 0.15 620 8 × 11.5 0.28 650
    1000 10 × 12.5 0.098 1000 10 × 16 0.17 1000
    2200 12.5 × 16 0.076 1500 12.5 × 20 0.104 1500
    3300 12.5 × 20 0.072 1780 12.5 × 25 0.081 2400
    4700 16 × 20 0.034 2400 16 × 25 0.031 2650

     

    Naprýa .eniýe (V) 25 35
    Harytlar Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz) Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz)
    Potensial （uF） 　 　 　 　 　 　
    10 5 × 9 15 72 5 × 9 15 81
    22 5 × 9 15 72 5 × 9 15 81
    47 5 × 9 15 114 5 × 11 15 240
    100 6.3 × 9 4.5 240 8 × 9 4.5 324
    150 8 × 9 4.5 324 8 × 11.5 3.6 380
    150 　 　 　 10 × 9 3.5 324
    220 8 × 11.5 3.6 380 8 × 11.5 2.5 650
    330 8 × 14 0.28 650 10 × 12.5 0.25 850
    330 10 × 12.5 0.28 650 　 　 　
    470 10 × 12.5 0.25 850 10 × 16 0.115 1000
    1000 10 × 20 0.14 1155 12.5 × 20 0.04 1500
    2200 16 × 20 0.072 2400 16 × 25 0.04 2650
    3300 16 × 25 0.041 2650 18 × 35.5 0.028 2950
    4700 　 　 　 　 　 　

     

    Naprýa .eniýe (V) 50 63
    Harytlar Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz) Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz)
    Potensial （uF） 　 　 　 　 　 　
    1 5 × 9 3.7 32 5 × 9 3.7 32
    1.5 5 × 9 3.7 32 5 × 9 3.7 32
    1.8 5 × 9 3.7 32 5 × 9 3.7 32
    2.2 5 × 9 3.7 45 5 × 9 3.7 45
    2.7 5 × 9 3.7 45 5 × 9 3.7 45
    3.3 5 × 9 3.7 63 5 × 9 3.7 63
    3.9 5 × 9 3.7 63 5 × 9 3.7 63
    4.7 5 × 9 3.7 90 5 × 9 3.7 90
    5.6 5 × 9 3.7 90 5 × 9 3.7 90
    6.8 5 × 9 3.7 94 5 × 9 3.7 94
    8.2 5 × 9 3.7 98 5 × 9 3.7 98
    10 5 × 9 3.7 98 5 × 9 3.7 108
    15 5 × 9 3.7 108 5 × 9 3.7 118
    15 　 　 　 　 　 　
    22 5 × 11 2.6 170 6.3 × 9 2.6 180
    22 　 　 　 　 　 　
    33 6.3 × 9 2.6 245 6.3 × 11 2.6 265
    33 　 　 　 8 × 9 2 280

     

    Naprýa .eniýe (V) 50 63
    Harytlar Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz) Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz)
    Potensial （uF） 　 　 　 　 　 　
    47 6.3 × 11 2.6 320 8 × 9 2 420
    47 8 × 9 2.6 330 　 　 　
    56 8 × 9 2.6 330 8 × 9 2 420
    100 8 × 11.5 1.5 500 8 × 16 1.2 590
    100 10 × 9 1.5 550 10 × 12.5 1.2 590
    220 10 × 16 1 940 10 × 20 0,5 860
    330 12.5 × 16 0.8 980 12.5 × 20 0.45 1050
    470 12.5 × 20 0,5 1050 12.5 × 25 0.45 1570
    1000 16 × 25 0.05 2290 16 × 31.5 0.45 1950
    1500 16 × 31.5 0.035 2580 18 × 31.5 0.43 2450
    2200 18 × 35.5 0.029 2950 　 　 　

     

    Naprýa .eniýe (V) 80 100
    Harytlar Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz) Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz)
    Potensial （uF） 　 　 　 　 　 　
    1 5 × 9 3.7 32 5 × 9 3.7 32
    1.5 5 × 9 3.7 32 5 × 9 3.7 32
    1.8 5 × 9 3.7 32 5 × 9 3.7 32
    2.2 5 × 9 3.7 45 5 × 9 3.7 45
    2.7 5 × 9 3.7 45 5 × 9 3.7 45
    3.3 5 × 9 3.7 63 5 × 9 3.7 63
    3.9 5 × 9 3.7 63 5 × 9 3.7 63
    4.7 5 × 9 3.7 90 5 × 9 3.7 90
    5.6 5 × 9 3.7 90 5 × 11 3.7 90
    6.8 5 × 9 3.7 90 5 × 11 3.7 90
    8.2 5 × 9 3.7 90 5 × 11 3.7 90
    10 5 × 11 3.7 108 6.3 × 9 3.7 180
    15 6.3 × 9 3.7 180 6.3 × 11 2.7 210
    15 　 　 　 8 × 9 3.7 180
    22 6.3 × 11 2.7 210 8 × 11.5 2.7 230
    22 8 × 9 3.7 180 10 × 9 3.7 198
    33 6.3 × 11 2.7 230 8 × 11.5 2 280
    33 8 × 9 3.7 198 10 × 9 2 280

     

    Naprýa .eniýe (V) 80 100
    Harytlar Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz) Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz)
    Potensial （uF） 　 　 　 　 　 　
    47 8 × 11.5 2 280 10 × 12.5 1 350
    47 10 × 9 2 280 　 　 　
    56 10 × 9 2 280 10 × 12.5 1 350
    100 10 × 16 1 550 12.5 × 16 0,5 700
    100 　 　 　 　 　 　
    220 12.5 × 20 0.45 890 12.5 × 25 0.4 1155
    330 12.5 × 25 0.45 1050 16 × 25 0.1 1400
    470 16 × 25 0.31 1400 16 × 31.5 0.092 1680
    1000 18 × 31.5 0.18 1680 18 × 45 0.066 1780
    1500 　 　 　 　 　 　
    2200 　 　 　 　 　 　

     

    Naprýa .eniýe (V) 120 160
    Harytlar Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz) Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz)
    Potensial （uF） 　 　 　 　 　 　
    0.47 　 　 　 5 × 11 28 48
    1 5 × 9 3.7 32 5 × 11 28 48
    1.2 5 × 9 3.7 32 　 　 　
    1.5 5 × 9 3.7 32 5 × 11 28 48
    1.8 5 × 9 3.7 32 5 × 11 28 68
    2.2 5 × 9 3.7 45 5 × 11 28 68
    2.7 5 × 9 3.7 45 5 × 11 28 68
    3.3 5 × 9 3.7 63 5 × 11 28 72
    3.9 5 × 11 3.7 63 5 × 11 28 72
    4.7 5 × 11 3.7 90 6.3 × 9 23 81
    4.7 　 　 　 　 　 　
    5.6 6.3 × 9 3.7 90 6.3 × 9 23 85
    6.8 6.3 × 9 3.7 90 6.3 × 11 15 90
    8.2 6.3 × 9 3.7 90 8 × 9 15 107
    8.2 　 　 　 　 　 　
    10 6.3 × 11 2.9 180 8 × 9 15 107
    10 　 　 　 　 　 　
    12 8 × 9 2.9 210 　 　 　
    15 8 × 11.5 2.7 240 8 × 11.5 12.5 117
    15 10 × 9 2.7 240 　 　 　
    18 8 × 11.5 2.7 240 　 　 　

     

    Naprýa .eniýe (V) 120 160
    Harytlar Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz) Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz)
    Potensial （uF） 　 　 　 　 　 　
    18 10 × 9 2.7 240 　 　 　
    22 8 × 14 2.1 310 8 × 14 7.9 160
    22 10 × 9 2.1 310 10 × 12.5 7.9 178
    27 8 × 16 1.6 370 　 　 　
    27 10 × 12.5 1.6 370 　 　 　
    33 8 × 16 1.6 398 10 × 14 5.9 255
    33 10 × 12.5 1.6 398 　 　 　
    39 8 × 20 1.25 420 　 　 　
    39 10 × 14 1.25 420 　 　 　
    47 10 × 14 1.25 420 10 × 20 5.55 400
    56 10 × 16 1 500 12.5 × 16 5.55 608
    56 12.5 × 14 1 500 　 　 　
    68 10 × 20 0.8 600 　 　 　
    68 12.5 × 14 0.8 600 　 　 　
    82 12.5 × 16 0.65 700 　 　 　
    100 12.5 × 20 0,5 827 12.5 × 20 4.36 825
    220 16 × 25 0.4 1155 　 　 　
    220 18 × 20 0.4 1155 　 　 　
    330 16 × 31.5 0.24 1400 　 　 　
    330 18 × 25 0.24 1400 　 　 　
    470 18 × 35.5 0.092 1680 　 　 　
    560 18 × 40 0.071 1900 　 　 　

     

    Naprýa .eniýe (V) 200 250
    Harytlar Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz) Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz)
    Potensial （uF） 　 　 　 　 　 　
    0.47 6.3 × 9 27 68 6.3 × 9 38 68
    1 6.3 × 9 27 68 6.3 × 9 38 68
    1.2 　 　 　 　 　 　
    1.5 6.3 × 9 27 68 6.3 × 9 38 68
    1.8 6.3 × 9 27 72 6.3 × 9 38 81
    2.2 6.3 × 9 27 81 6.3 × 9 38 81
    2.7 6.3 × 9 27 81 6.3 × 9 38 81
    3.3 6.3 × 9 27 85 6.3 × 9 38 90
    3.9 6.3 × 9 27 90 6.3 × 11 10.15 110
    4.7 6.3 × 11 20.15 110 6.3 × 11 10.15 110
    4.7 　 　 　 8 × 9 15.5 90
    5.6 8 × 9 15.5 117 8 × 9 15.5 117
    6.8 8 × 9 15.5 117 8 × 9 15.5 162
    8.2 8 × 11.5 6.5 165 8 × 11.5 6.5 165
    8.2 10 × 9 3.65 160 10 × 9 6.5 160
    10 8 × 14 3.65 210 8 × 14 3.65 210
    10 10 × 9 3.24 160 　 　 　
    12 　 　 　 　 　 　
    15 8 × 16 3.24 210 8 × 16 3.65 210
    15 　 　 　 　 　 　
    18 　 　 　 　 　 　

     

    Naprýa .eniýe (V) 200 250
    Harytlar Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz) Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz)
    Potensial （uF） 　 　 　 　 　 　
    18 　 　 　 　 　 　
    22 8 × 20 3.24 250 8 × 20 3.24 250
    22 10 × 14 3.24 250 10 × 14 3.24 250
    27 　 　 　 　 　 　
    27 　 　 　 　 　 　
    33 10 × 20 1.65 340 10 × 20 1.65 340
    33 　 　 　 　 　 　
    39 　 　 　 　 　 　
    39 　 　 　 　 　 　
    47 12.5 × 20 1.5 400 12.5 × 20 1.5 400
    56 12.5 × 20 1.4 500 12.5 × 20 1.4 500
    56 　 　 　 　 　 　
    68 　 　 　 　 　 　
    68 　 　 　 　 　 　
    82 　 　 　 　 　 　
    100 16 × 20 1.3 800 16 × 25 1.3 800
    220 　 　 　 　 　 　
    220 　 　 　 　 　 　
    330 　 　 　 　 　 　
    330 　 　 　 　 　 　
    470 　 　 　 　 　 　
    560 　 　 　 　 　 　

     

    Naprýa .eniýe (V) 400 450
    Harytlar Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz) Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz)
    Potensial （uF） 　 　 　 　 　 　
    0.47 6.3 × 9 35 54 6.3 × 9 55 60
    1 6.3 × 9 35 54 6.3 × 9 55 60
    1.5 6.3 × 9 34 68 6.3 × 9 50 60
    1.8 6.3 × 9 34 68 8 × 9 45 84
    2.2 6.3 × 9 28 80 8 × 9 16.5 90
    2.7 8 × 9 15.5 100 8 × 9 16.5 120
    3.3 8 × 9 15.5 110 8 × 11.5 12.8 120
    3.9 8 × 11.5 12.8 125 8 × 11.5 12.8 130
    4.7 8 × 11.5 10.5 125 8 × 14 12 130
    4.7 10 × 9 10.5 125 　 　 　

     

    Naprýa .eniýe (V) 400 450
    Harytlar Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz) Ölçegi DXL (mm) Impedans (Ωmax / 100KHz 25 ± 2 ℃) Ripple tok (mA / rms / 130 ℃ 100KHz)
    Potensial （uF） 　 　 　 　 　 　
    5.6 8 × 14 9.69 130 10 × 12.5 12 140
    6.8 10 × 12.5 9.69 208 10 × 14 11 260
    8.2 8 × 20 7.56 250 8 × 20 11 260
    8.2 10 × 14 7.56 260 10 × 14 11 260
    10 10 × 16 5.8 330 10 × 16 7 320
    10 12.5 × 14 4.5 360 12.5 × 14 7 360
    15 12.5 × 16 4.5 410 12.5 × 16 6 410
    22 12.5 × 20 4.25 500 12.5 × 20 4.5 500
    33 16 × 20 3 730 16 × 20 3 820
    47 16 × 25 2.82 850 16 × 25 2.82 980
    56 16 × 31.5 1.5 920 16 × 31.5 2 1100
    100 18 × 31.5 0.9 1170 　 　 　

     

    GARŞY ÖNÜMLER