English

Lead Type Miniature Aluminum Electrolytic Capacitor LKG

Lead Type Miniature Aluminum Electrolytic Capacitor LKG Sary nasongadina
  • Lead Type Miniature Aluminum Electrolytic Capacitor LKG

Famaritana fohy:

Fiainana maharitra, avo matetika sy lehibe ripple fanoherana ankehitriny, avo matetika sy ambany impedance, 8000 ~ 12000 ora ho an'ny herinaratra vokatra amin'ny 105 ° C tontolo iainana, mifanaraka amin'ny AEC-Q200 RoHS torolalana vokatra mifanaraka.


Product Detail

Lisitry ny vokatra manara-penitra

Tags vokatra

Parameter ara-teknika lehibe

IREO SINGA NASIANA toetra
Temperature Range ≤120V.DC -55 ℃ ~ + 105 ℃ ;160 ~ 500V.DC -40 ℃ ~ + 105 ℃
Voltage naoty 10 ~ 500V.DC
Fandeferana fahaiza-manao ± 20% ( 25±2 ℃ 120Hz)
Current leakage((uA) 10~ 120WV I≤ 0.01CV na 3uA izay lehibe kokoa C: capacitance (uF) V: volt (V) 2 minitra famakiana
160- 500WV I≤ 0.02CV+10(uA) C: capacitance voaisa (uF) V: voly(V) 2 minitra famakiana
Antony fanariana (25±2 ℃ 120Hz) Vola voafantina (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
Vola voafantina (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
Ho an'ireo manana capacitance naoty lehibe kokoa noho ny 1000uF, rehefa nitombo 1000uF ny capacitance nomena isa, dia hitombo 0.02 ny tgδ
Toetran'ny maripana (120Hz) Vola voafantina (V) 10 16 25 35 50 63 80 100
Z(-40 ℃) / Z (20 ℃) 6 4 3 3 3 3 3 3
Vola voafantina (V) 120 160 200 250 350 400 450 500
Z(-40 ℃) / Z (20 ℃) 5 5 5 5 7 7 7 8
fiaretana Aorian'ny fotoam-pitsapana mahazatra amin'ny fampiharana ny volavolan-dalàna amin'ny alàlan'ny ripple amin'izao fotoana izao ao amin'ny lafaoro amin'ny 105 ℃, ity fepetra manaraka ity dia tokony ho afa-po aorian'ny 16 ora amin'ny 25 ± 2 ° C.
Fiovana capacitance ao anatin'ny ± 20% amin'ny sanda voalohany
Antony fanalana Tsy mihoatra ny 200% amin'ny sanda voafaritra
Current leakage Tsy mihoatra ny sanda voafaritra
Enta-mavesatra (ora) 10WV-120WV Φ5 8000 ora
Φ6.3 10000ora
≥Φ8 12000ora
160WV-500WV Φ5 〜Φ6.3 10000ora ≥Φ8 12000ora
Ny fiainana talantalana amin'ny hafanana avo Taorian'ny nandaozany ny capacitors tsy misy enta-mavesatra amin'ny 105 ℃ fbr 1000 ora, ity fepetra manaraka ity dia ho afa-po amin'ny 25 ± 2 ℃.
Fiovana capacitance ao anatin'ny ± 20% amin'ny sanda voalohany
Antony fanalana Tsy mihoatra ny 200% amin'ny sanda voafaritra
Current leakage Tsy mihoatra ny 200% amin'ny sanda voafaritra

 

Ny sary dimensional vokatra

lkg

Ripple amin'izao fotoana izao ny fanitsiana matetika coefficient

Frequency (Hz) 50 120 1K 10K-50K 100K
Coefficient 0.4 0.5 0.8 0.9 1

Ny Liquid Small Business Unit dia nirotsaka tamin'ny R&D sy ny famokarana nanomboka tamin'ny 2001. Miaraka amin'ny ekipan'ny R&D sy ny mpanamboatra za-draharaha, dia tsy mitsaha-mitombo sy tsy mitsaha-mitombo isan-karazany ny kapasitora electrolytic aluminium miniaturized avo lenta mba hanomezana fahafaham-po ny filan'ny mpanjifa amin'ny kapasitera aluminium electrolytic.Ny vondrona orinasa kely ranoka dia manana fonosana roa: ranon-javatra SMD aluminium electrolytic capacitors sy ranon-javatra firaka karazana aluminium electrolytic capacitors.Ny vokatra dia manana tombony amin'ny miniaturization, fahamarinan-toerana avo, fahaiza-manao avo, malefaka avo, hafanana hafanana fanoherana, ambany impedance, ripple avo, ary ny fiainana lava.Ampiasaina betsaka amin'nyelektronika fiara vaovao angovo, famatsiana herinaratra avo lenta, jiro marani-tsaina, fiampangana haingana gallium nitride, kojakoja an-trano, voltaika sary ary indostria hafa.

Ny momba ny rehetraAluminum Electrolytic Capacitormila mahafantatra ianao

Aluminum electrolytic capacitors dia karazana capacitor mahazatra ampiasaina amin'ny fitaovana elektronika.Ianaro ny fototry ny fomba fiasan'izy ireo sy ny fampiharana azy ato amin'ity torolàlana ity.Te hahafantatra momba ny capacitor electrolytic aluminium ve ianao?Ity lahatsoratra ity dia mirakitra ny fototry ny capacitor aluminium, ao anatin'izany ny fananganana sy ny fampiasana azy.Raha vaovao amin'ny kapasitera elektrôlôtika aluminium ianao, ity torolàlana ity dia toerana tsara hanombohana.Fantaro ny fototry ny capacitors aluminium sy ny fomba fiasan'izy ireo amin'ny faritra elektronika.Raha liana amin'ny singa elektronika capacitor ianao, dia mety efa naheno momba ny capacitor aluminium ianao.Ireo singa capacitor ireo dia ampiasaina betsaka amin'ny fitaovana elektronika ary manana anjara toerana lehibe amin'ny famolavolana faritra.Fa inona marina izy ireo ary ahoana no fiasan'izy ireo?Amin'ity torolàlana ity dia hijery ny fototry ny kapasitera elektrôlôtika aluminium isika, ao anatin'izany ny fananganana sy ny fampiharana azy.Na vao manomboka ianao na mpankafy elektronika efa za-draharaha, ity lahatsoratra ity dia loharano tsara hahafantarana ireo singa manan-danja ireo.

1. Inona no atao hoe capacitor aluminium electrolytic?Ny capacitor elektrôlôtika aluminium dia karazana capacitor izay mampiasa electrolyte mba hahazoana capacitance ambony kokoa noho ny karazana capacitor hafa.Izy io dia vita amin'ny foil aluminium roa misaraka amin'ny taratasy iray voatsoboka amin'ny electrolyte.

2. Ahoana no fiasan'izy io?Rehefa ampiharina amin'ny capacitor elektronika ny voltase, dia mitondra herinaratra ny electrolyte ary mamela ny capacitor elektronika hitahiry angovo.Ny foil aluminium dia miasa ho toy ny electrodes, ary ny taratasy natsofoka tamin'ny electrolyte dia miasa toy ny dielectric.

3. Inona avy ireo tombony amin'ny fampiasana capacitors aluminium electrolytic?Ny capacitor electrolytic aluminium dia manana capacitance avo, izay midika fa afaka mitahiry angovo be dia be amin'ny toerana kely izy ireo.Tsy dia lafo ihany koa izy ireo ary mahazaka voltase avo lenta.

4. Inona no tsy fahampian'ny fampiasana capacitor electrolytic aluminium?Ny fatiantoka iray amin'ny fampiasana capacitor elektrôlôtika aluminium dia ny faharetan'izy ireo voafetra.Ny electrolyte dia mety ho maina rehefa mandeha ny fotoana, izay mety hahatonga ny singa capacitor tsy mahomby.Saro-pady amin'ny maripana ihany koa izy ireo ary mety ho simba raha tratran'ny hafanana ambony.

5. Inona avy ireo fampiharana mahazatra amin'ny capacitors aluminium electrolytic?Aluminum electrolytic capacitor dia matetika ampiasaina amin'ny famatsiana herinaratra, fitaovana audio, ary fitaovana elektronika hafa izay mitaky capacitance avo.Izy ireo koa dia ampiasaina amin'ny fampiharana fiara, toy ny ao amin'ny rafitra ignition.

6. Ahoana no mifidy ny tsara aluminium electrolytic capacitor ho an'ny fampiharana?Rehefa misafidy capacitor elektrôlôtika aluminium ianao dia mila mandinika ny capacitance, ny taham-pamokarana ary ny mari-pana.Ilainao koa ny mandinika ny habeny sy ny endriky ny capacitor, ary koa ny safidy fametrahana.

7. Ahoana ny fikarakaranao ny capacitor elektrôtika aluminium?Mba hikarakarana capacitor elektrôlôtika aluminium, dia tsy maintsy misoroka izany amin'ny hafanana ambony sy ny voltase avo lenta ianao.Tsy maintsy misoroka ny fanerena mekanika na vibration azy koa ianao.Raha tsy ampiasaina matetika ny capacitor, dia tokony hampiharina tsindraindray ny voltase mba tsy ho maina ny electrolyte.

Ny tombony sy ny tsy fahampian'nyAluminum Electrolytic Capacitors

Aluminum electrolytic capacitor samy manana ny tombony sy ny fatiantoka.Amin'ny lafiny tsara, manana tahan'ny capacitance-to-volume izy ireo, ka mahatonga azy ireo ho ilaina amin'ny fampiharana izay voafetra ny habaka.Ny aluminium Electrolytic Capacitor koa dia manana vidiny somary ambany raha oharina amin'ny karazana capacitors hafa.Na izany aza, manana androm-piainany voafetra izy ireo ary mety ho saro-pady amin'ny fiovaovan'ny hafanana sy ny bolts.Ho fanampin'izany, ny kapasitera Electrolytika Aluminum dia mety hivoaka na tsy fahombiazana raha tsy ampiasaina araka ny tokony ho izy.Amin'ny lafiny tsara, ny Aluminum Electrolytic Capacitors dia manana tahan'ny capacitance-to-volume, ka mahatonga azy ireo ho ilaina amin'ny fampiharana izay voafetra ny habaka.Na izany aza, manana androm-piainany voafetra izy ireo ary mety ho saro-pady amin'ny fiovaovan'ny hafanana sy ny bolts.Ho fanampin'izany, Aluminum Electrolytic Capacitor dia mety ho mora leakage ary manana fanoherana andiany mitovy kokoa raha oharina amin'ny karazana capacitors elektronika hafa.

  • teo aloha:
  • Manaraka:
    • Volonta (V) 10 16
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    10 5×9 1.05 57 5×9 1.05 72
    15 5×9 1.05 77 5×9 1.05 92
    22 5×9 0.4 92 5×9 0.4 112
    33 5×9 0.4 107 5×9 0.4 122
    39 5×9 0.4 137 5×9 0.4 152
    47 5×9 0.25 144 5×9 0.25 162
    56 5×9 0.25 152 5×9 0.25 172
    68 5×9 0.25 162 5×9 0.25 182
    68
    82 5×9 0.25 172 5×9 0.25 212
    82
    100 5×9 0.25 182 5×11 0.23 350
    100
    120 5×9 0.25 320 5×11 0.23 550
    120
    150 5×11 0.23 350 6.3×9 0.2 550
    150
    180 5×11 0.23 350 6.3×9 0.16 550
    180
    220 6.3×9 0.2 550 6.3×11 0.098 550
    220 8×9 0.098 580
    270 6.3×9 0.16 550 8×9 0.098 580
    270
    330 6.3×11 0.098 550 8×9 0.098 864
    330 8×9 0.098 580
    390 8×9 0.098 580 8×11.5 0.0608 960
    390 10×9 0.0608 980
    470 8×9 0.098 864 8×11.5 0.0608 960
    470 10×9 0.0608 980
    560 8×11.5 0.0608 960 8×16 0.0485 1270
    560 10×9 0.0608 980 10×9 0.0485 1330
    680 8×11.5 0.0608 960 8×16 0.0485 1270
    680 10×9 0.0608 980 10×12.5 0.0429 1330
    820 8×14 0.0585 1170 8×20 0.0313 1530
    820 10×12.5 0.0608 1270 10×14 0.0313 1850
    1000 8×16 0.0485 1270 8×20 0.0313 1530
    1000 10×12.5 0.0429 1330 10×16 0.0308 1850
    1200 8×20 0.0313 1530 10×16 0.0308 1960
    1200 10×14 0.0308 1760

     

    Volonta (V) 10 16
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    1500 8×20 0.0313 1530 10×20 0.028 1960
    1500 10×16 0.0308 1850 12.5×16 0.035 2330
    1800 10×20 0.028 1960 10×20 0.028 2250
    1800 12.5×16 0.0201 2330 12.5×16 0.028 2480
    2200 10×20 0.028 1960 12.5×20 0.028 2480
    2200 12.5×16 0.0201 2330
    2700 10×23 0.0198 2250 12.5×20 0.0218 2900
    2700 12.5×20 0.028 2480
    3300 12.5×20 0.028 2480 12.5×25 0.0165 3450
    3300
    3900 12.5×25 0.0165 2900 12.5×30 0.0143 3450
    3900 16×20 0.0165 3250
    4700 12.5×30 0.0143 3450 12.5×30 0.0143 3570
    4700 16×20 0.0165 3450 16×25 0.0143 3630
    5600 12.5×30 0.0143 3570 16×31.5 0.0121 3890
    5600 16×20 0.0165 3250 18×25 0.0132 3650
    6800 12.5×35 0.0132 3570 16×31.5 0.0121 3890
    6800 16×25 0.0143 3630 18×25 0.0132 3650
    8200 16×31.5 0.0121 3890 16×35.5 0.011 4010
    8200 18×25 0.0132 3650 18×31.5 0.011 4010
    10000 16×31.5 0.0121 3890 18×35.5 0.01 4080
    10000 18×25 0.0132 3650

     

    Volonta (V) 25 35
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    10 5×9 1.05 92 5×9 1.5 102
    15 5×9 1.05 112 5×9 1.5 122
    22 5×9 0.4 122 5×9 1.5 170
    33 5×9 0.4 152 5×9 0.4 220
    39 5×9 0.4 182 5×11 0.36 240
    47 5×9 0.25 212 5×11 0.32 350
    56 5×9 0.25 320 6.3×9 0.32 495
    68 5×11 0.23 350 6.3×11 0.26 550
    68 8×9 0.26 580
    82 6.3×9 0.2 550 6.3×11 0.25 550
    82 8×9 0.25 580
    100 6.3×9 0.2 550 6.3×11 0.25 550
    100 8×9 0.25 580
    120 6.3×11 0.098 550 8×9 0.25 864
    120 8×9 0.098 580
    150 6.3×11 0.098 550 8×11.5 0.098 960
    150 8×9 0.098 580 10×9 0.098 980
    180 8×9 0.098 864 8×11.5 0.098 960
    180 10×9 0.098 980
    220 8×11.5 0.0608 960 8×11.5 0.098 1270
    220 10×9 0.0608 980
    270 8×11.5 0.0608 960 8×16 0.07 1270
    270 10×9 0.0608 980 10×12.5 0.0629 1330
    330 8×14 0.0532 960 10×12.5 0.0629 1330
    330
    390 8×16 0.0485 1270 8×20 0.055 1720
    390 10×12.5 0.0485 1270 10×16 0.055 1850
    470 10×12.5 0.0429 1330 10×16 0.055 1850
    470 12.5×14 0.055 1890
    560 8×20 0.0313 1530 10×20 0.048 2250
    560 10×14 0.0313 1850 12.5×16 0.048 2330
    680 10×16 0.0308 1850 10×23 0.0398 2330
    680 12.5×20 0.035 2330
    820 10×20 0.028 2250 12.5×20 0.028 2480
    820 12.5×16 0.035 2330
    1000 10×20 0.028 2330 12.5×20 0.028 2480
    1000 12.5×16 0.035 2330
    1200 12.5×20 0.028 2480 12.5×25 0.0265 2900
    1200

     

    Volonta (V) 25 35
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    1500 12.5×20 0.028 2480 12.5×30 0.0243 3450
    1500 16×20 0.0265 3250
    1800 12.5×25 0.023 2900 12.5×35 0.022 3570
    1800 16×25 0.0243 3630
    2200 12.5×25 0.0143 3450 16×25 0.0243 3630
    2200 16×20 0.0165 3250
    2700 12.5×35 0.0132 3570 16×35.5 0.021 4010
    2700 16×25 0.0143 3630 18×31.5 0.021 4180
    3300 12.5×40 0.0121 3890 16×40 0.021 4220
    3300 16×25 0.0143 3630 18×35.5 0.016 4220
    3900 16×31.5 0.0121 3890 18×35.5 0.016 4500
    3900 18×25 0.0132 3650
    4700 16×31.5 0.011 4010
    4700 18×25 0.011 4180
    5600 18×35.5 0.01 4220
    5600
    6800 18×40 0.01 4500
    6800
    8200
    8200
    10000
    10000

     

    Volonta (V) 50 63
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    0.47 5×9 4 22 5×9 3 24
    1 5×9 4 32 5×9 3 35
    1.2 5×9 4 32 5×9 3 35
    1.5 5×9 4 38 5×9 3 42
    1.8 5×9 4 38 5×9 3 42
    2.2 5×9 1.5 40 5×9 3 46
    2.7 5×9 1.5 40 5×9 3 56
    3.3 5×9 1.5 55 5×9 3 60
    3.9 5×9 1.5 55 5×9 3 79
    4.7 5×9 1.5 90 5×9 3 99

     

    Volonta (V) 50 63
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    5.6 5×9 1.5 92 5×9 3 101
    6.8 5×9 1.5 95 5×9 3 105
    8.2 5×9 1.5 97 5×9 3 110
    10 5×9 1.5 102 5×9 3 112
    12 5×9 1.5 122 5×9 3 122
    12
    15 5×9 1.5 122 5×9 1.35 170
    15
    18 5×9 1.05 170 5×11 0.78 278
    18
    22 5×11 0.95 180 6.3×9 0.74 356
    22
    27 5×11 0.95 180 6.3×9 0.61 356
    27
    33 6.3×9 0.74 356 6.3×11 0.38 400
    33 8×9 0.38 482
    39 6.3×9 0.62 356 6.3×11 0.38 400
    39 8×9 0.38 482
    47 6.3×11 0.32 356 6.3×11 0.32 520
    47 8×9 0.26 395 8×9 0.24 520
    56 6.3×11 0.21 666 8×9 0.24 520
    56 8×9 0.21 666
    68 8×9 0.21 666 8×11.5 0.23 520
    68 10×9 0.24 535
    82 8×11.5 0.15 740 8×11.5 0.17 722
    82 10×9 0.15 666 10×9 0.17 650
    100 8×11.5 0.15 740 8×16 0.17 722
    100 10×9 0.15 666 10×12.5 0.17 722
    120 8×14 0.13 970 8×16 0.17 722
    120 10×12.5 0.13 985 10×12.5 0.17 722
    150 8×16 0.11 970 8×20 0.12 890
    150 10×12.5 0.11 985 10×16 0.12 998
    180 8×20 0.1 1220 10×16 0.12 998
    180 10×14 0.1 1370
    220 8×20 0.05 1220 10×20 0.086 1200
    220 10×16 0.046 1370 12.5×16 0.0804 1250
    270 10×20 0.042 1580 10×20 0.086 1200
    270 12.5×14 0.05 1752 12.5×16 0.0804 1250
    330 10×20 0.042 1580 10×23 0.076 1410

     

    Volonta (V) 50 63
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    330 12.5×16 0.05 1752 12.5×20 0.066 1570
    390 10×20 0.042 1870 12.5×20 0.066 1570
    390
    470 12.5×20 0.056 2050 12.5×25 0.047 1990
    470
    560 12.5×20 0.056 2410 12.5×30 0.039 2410
    560 16×20 0.039 2410
    680 12.5×25 0.056 2410 12.5×30 0.036 2620
    680 16×25 0.035 2730
    820 12.5×25 0.045 2960 12.5×35 0.03 2940
    820 16×20 0.042 2730 16×25 0.035 2730
    1000 12.5×30 0.035 2960 16×31.5 0.026 2990
    1000 16×25 0.035 3010 18×25 0.034 2800
    1200 16×31.5 0.0247 3280 16×31.5 0.026 2990
    1200 18×25 0.0323 3060 18×25 0.034 2800
    1500 16×31.5 0.0247 3280 16×35.5 0.023 3040
    1500 18×25 0.0323 3300 18×31.5 0.028 3300
    1800 16×35.5 0.0218 3040 16×40 0.021 3570
    1800 18×31.5 0.0266 3300 18×35.5 0.022 3570
    2200 18×35.5 0.021 3570 18×40 0.0285 3900
    2700 18×40 0.02 3900

     

    Volonta (V) 80 100
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    0.47 5×9 3 25 5×9 3 25
    1 5×9 3 36 5×9 3 36
    1.2 5×9 3 36 5×9 3 36
    1.5 5×9 3 44 5×9 3 44
    1.8 5×9 3 44 5×9 3 44
    2.2 5×9 3 48 5×9 3 48
    2.7 5×9 3 56 5×9 3 56
    3.3 5×9 3 63 5×9 3 63
    3.9 5×9 3 82 5×9 1.35 82
    4.7 5×9 3 102 5×9 1.35 102

     

    Volonta (V) 80 100
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    5.6 5×9 3 107 5×11 1.12 107
    6.8 5×9 3 112 5×11 1.12 112
    8.2 5×9 1.35 127 5×11 0.88 127
    10 5×11 1.35 170 6.3×9 0.88 275
    12 5×11 0.78 248 6.3×11 0.78 300
    12 8×9 0.78 300
    15 6.3×9 0.61 275 6.3*11 0.78 400
    15 8×9 0.78 416
    18 6.3×9 0.61 275 6.3×11 0.61 400
    18 8×9 0.61 416
    22 6.3×11 0.78 400 8×11.5 0.39 462
    22 8×9 0.78 416 10×9 0.39 500
    27 6.3×11 0.78 400 8×11.5 0.27 585
    27 8×9 0.78 416 10×9 0.27 624
    33 6.3×11 0.61 400 8×11.5 0.27 585
    33 8×9 0.61 416 10×9 0.27 624
    39 8×11.5 0.39 462 8×16 0.27 585
    39 10×9 0.61 500 10×12.5 0.27 624
    47 8×11.5 0.39 462 8×16 0.27 585
    47 10×9 0.61 500 10×12.5 0.27 624
    56 8×11.5 0.27 585 10×12.5 0.25 750
    56 10×9 0.28 585
    68 8×16 0.27 585 8×20 0.2 770
    68 10×12.5 0.25 624 10×14 0.19 780
    82 8×20 0.25 624 10×16 0.19 780
    82 10×12.5 0.25 624 12.5×14 0.18 858
    100 8×20 0.2 800 10×20 0.13 1040
    100 10×16 0.19 780 12.5×16 0.14 975
    120 10×16 0.19 780 10×23 0.12 1170
    120 12.5×14 0.18 858 12.5×20 0.093 1430
    150 10×20 0.13 1040 12.5×20 0.093 1430
    150 12.5×16 0.14 975
    180 10×20 0.13 1040 12.5×25 0.066 1620
    180 12.5×16 0.14 975
    220 12.5×25 0.066 1620
    220 12.5×20 0.094 1430
    270 12.5×20 0.094 1430 12.5×30 0.056 1950
    270 16×20 0.064 1750
    330 12.5×20 0.066 1620 12.5×35 0.047 2140

     

    Volonta (V) 80 100
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    330 16×25 0.048 2210
    390 12.5×30 0.056 1950 12.5×40 0.04 2340
    390 16×20 0.064 1750 16×25 0.048 2210
    470 12.5×35 0.047 2140 16×31.5 0.036 2400
    470 16×25 0.048 2210 18×25 0.042 2270
    560 12.5×40 0.04 2340 16×35.5 0.032 2600
    560 16×25 0.048 2210 18×31.5 0.034 2470
    680 16×31.5 0.036 2400 16×40 0.03 2860
    680 18×25 0.042 2270 18×35.5 0.03 2860
    820 16×35.5 0.032 2600 18×40 0.0285 3510
    820 18×25 0.042 2270
    1000 16×40 0.03 2860
    1000 18×31.5 0.034 2470
    1200 18×35.5 0.03 2860
    1200
    1500 18×40 0.0285 3510
    1500
    1800
    1800
    2200
    2700

     

    Volonta (V) 120 160
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    0.47 5×9 3 25
    1 5×9 3 38 5×11 27 52
    1.2 5×9 3 38 5×11 27 57
    1.5 5×9 3 44 5×11 27 64
    1.8 5×9 3 44 5×11 27 70
    2.2 5×9 3 48 5×11 27 77
    2.7 5×9 3 56 5×11 27 85
    3.3 5×9 3 63 5×11 27 95
    3.9 5×11 1.35 82 5×11 21 108
    3.9
    4.7 5×11 1.35 102 6.3×9 21 108

     

    Volonta (V) 120 160
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    4.7
    5.6 6.3×9 1.12 107 6.3×9 12.78 130
    5.6
    6.8 6.3×9 1.12 112 6.3×11 12.78 130
    6.8 8×9 12.78 117
    8.2 6.3×9 1.12 127 8×9 12.78 140
    8.2
    10 6.3×11 0.88 275 8×9 12.78 140
    10
    12 8×9 0.8 300 8×11.5 10.15 168
    12 10×9 10.15 168
    15 8×11.5 0.78 358 8×11.5 10 261
    15 10×9 0.78 358 10×9 10 261
    18 8×11.5 0.61 358 8×14 7.5 290
    18 10×9 0.61 358 10×9 7.5 261
    22 8×14 0.48 450 8×14 7.5 350
    22 10×9 0.48 450 10×12.5 7.5 380
    27 8×16 0.37 550 8×16 2.65 350
    27 10×12.5 0.37 550 10×12.5 2.65 380
    33 8×16 0.37 585 8×20 2.65 650
    33 10×12.5 0.37 585 10×14 2.65 760
    39 8×20 0.28 624 10×16 2.65 650
    39 10×14 0.28 624 12.5×14 2.65 760
    47 10×14 0.28 624 10×20 2.65 750
    47 12.5×14 2.65 760
    56 10×16 0.25 750 10×20 2.65 920
    56 12.5×14 0.25 750 12.5×16 2.27 1180
    68 10×20 0.21 770 12.5×16 2.27 1280
    68 12.5×14 0.21 780
    82 12.5×16 0.19 900 12.5×20 2.27 1280
    82
    100 12.5×20 0.13 1040 12.5×20 2.27 1280
    100
    120 12.5×20 0.12 1240 12.5×25 1.43 1550
    120 16×20 1.25 1420
    150 12.5×25 0.093 1430 12.5×30 1.43 1960
    150 16×20 0.093 1430 16×25 1.43 1890
    180 16×20 0.093 1530 16×25 1.43 1890
    180

     

    Volonta (V) 120 160
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    220 16×25 0.066 1750 16×31.5 1.14 2450
    220 18×20 0.066 1750 18×25 1.14 2370
    270 16×31.5 0.056 1950 16×31.5 1.14 2450
    270 18×25 0.064 1950
    330 16×31.5 0.047 2210 18×31.5 1.1 3200
    330 18×25 0.048 2210
    390 16×35.5 0.04 2430 18×35.5 0.95 3450
    390 18×31.5 0.04 2430
    470 18×35.5 0.032 2600
    560 18×40 0.032 2860

     

    Volonta (V) 200 250
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    0.47
    1 5×11 27 52 6.3×9 26 72
    1.2 5×11 27 57 6.3×9 26 72
    1.5 5×11 27 64 6.3×9 26 72
    1.8 5×11 27 70 6.3×9 26 108
    2.2 5×11 27 77 6.3×9 26 117
    2.7 5×11 27 85 6.3×9 26 117
    3.3 6.3×9 26 108 6.3×9 10.15 140
    3.9 6.3×9 16 108 6.3×11 10.15 140
    3.9 8×9 10.15 144
    4.7 6.3×11 10.15 130 6.3×11 10.15 144

     

    Volonta (V) 200 250
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    4.7 8×9 10.15 153 8×9 10.15 144
    5.6 6.3×11 10.15 130 8×9 10.15 144
    5.6 8×9 10.15 153
    6.8 8×9 10.15 153 8×9 10.15 160
    6.8
    8.2 8×9 10.15 160 8×11.5 10.15 160
    8.2 10×9 10.15 144
    10 8×11.5 10.15 170 8×11.5 9.5 290
    10 10×9 10.15 180 10×9 9.5 365
    12 8×14 8.5 270 8×14 8.5 270
    12
    15 8×16 3.65 290 8×16 3.65 290
    15 10×12.5 4.5 365 10×12.5 3.24 380
    18 8×20 3.24 370 8×20 3.24 370
    18 10×14 3.24 380 10×14 3.24 400
    22 8×20 3.24 370 8×20 3.24 370
    22 10×14 3.24 400 10×14 3.24 400
    27
    27
    33 10×20 1.65 650 10×20 1.65 650
    33 12.5×14 1.65 760 12.5×14 1.65 760
    39
    39
    47 12.5×20 1.38 980 12.5×20 1.38 980
    47
    56 12.5×20 1.38 980 12.5×20 1.38 980
    56
    68 12.5×25 1.25 1300 12.5×25 1.25 1300
    68 16×20 1.25 1420 16×20 1.25 1420
    82 12.5×25 1.25 1390 12.5×30 1.15 1390
    82 16×20 1.18 1420 16×20 1.18 1420
    100 12.5×30 1.15 1390 16×25 1.18 1950
    100 16×20 1.18 1420 18×20 1.02 1950
    120 12.5×30 1.15 1420 18×20 1.02 1950
    120 16×25 1.18 1950 16×31.5 0.98 1990
    150 16×25 1.18 1950 16×31.5 0.98 2030
    150 18×25 0.98 2030
    180 16×35.5 0.8 2300 16×35.5 0.8 2300
    180 18×31.5 0.8 2300 18×31.5 0.8 2300

     

    Volonta (V) 200 250
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    220 18×31.5 0.8 2300 18×35.5 0.74 2680
    220
    270
    270
    330
    330
    390
    390
    470
    560

     

    Volonta (V) 350 400
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    1 6.3×9 55 81 6.3×9 55 77
    1.2 6.3×9 34 99 6.3×9 34 81
    1.5 6.3×9 34 99 6.3×9 34 81
    1.8 6.3×9 34 99 6.3×9 34 81
    1.8
    2.2 6.3×9 34 130 6.3×9 28 100
    2.7 6.3×11 23 144 8×9 23 144
    2.7 8×9 23 144
    3.3 8×9 16 144 8×9 16 160
    3.3
    3.9 8×9 16 155 8×11.5 16 160
    3.9 10×9 16 220
    4.7 8×11.5 16 155 8×11.5 16 160
    4.7 10×9 16 180 10×9 16 220
    5.6 8×11.5 12.5 200 8×14 12.5 240
    5.6 10×9 16 170 10×12.5 12.5 250
    6.8 8×14 10.5 220 8×16 10.5 270
    6.8 10×9 12.5 240 10×12.5 10.5 280
    8.2 8×16 7.5 290 8×20 7.5 290
    8.2 10×12.5 12.5 315 10×14 7.5 315
    10 8×20 12.5 290 8×20 7.5 315
    10 10×14 7.5 350 10×14 7.5 350

     

    Volonta (V) 350 400
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    12 10×16 6.2 370 10×20 6.2 490
    15 10×16 6.2 370 10×20 6.2 490
    15 12.5×14 6.2 490 12.5×16 6.2 550
    18 10×20 6.2 490
    18 12.5×14 6.2 510 12.5×16 6.2 550
    22 10×20 6.2 550 12.5×20 6.2 1000
    22 12.5×16 6.2 1060
    33 12.5×20 2.25 1060 12.5×25 4 1060
    33 16×20 3 1150
    47 12.5×25 2.25 1150 12.5×30 2 1180
    47 16×20 2.25 1150 16×25 2 1180
    56 12.5×30 2.02 1220 16×25 1.82 1580
    56 16×25 2.02 1320 18×20 1.82 1530
    68 16×25 1.38 1580 16×31.5 1.38 1580
    68 18×20 1.38 1530 18×25 1.38 1530
    82 16×31.5 1.38 1580 16×35.5 1.25 2280
    82 18×25 1.38 1530 18×31.5 1.25 2280
    100 16×35.5 1.25 1945 18×31.5 1.07 2580
    100 18×31.5 1.25 2280
    120 18×31.5 1.25 2780 18×35.5 0.95 2850
    150 18×35.5 0.97 2850 18×40 0.95 2980

     

    Volonta (V) 450 500
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    1 6.3×9 55 81 6.3×12 55 48
    1.2 6.3×9 50 81 6.3×12 50 48
    1.5 6.3×9 50 81 6.3×12 50 48
    1.8 6.3×11 45 86 8×11.5 45 84
    1.8 8×9 38 86
    2.2 8×9 38 95 8×11.5 16.5 90
    2.7 8×9 38 126 8×14 12 110
    2.7
    3.3 8×11.5 28 140 8×14 12 110
    3.3 10×9 28 150
    3.9 8×11.5 28 140 8×16 12 130
    3.9 10×9 28 150
    4.7 8×14 21.8 175 8×20 12 130
    4.7 10×9 18.5 180
    5.6 8×16 12.5 190 10×16 12 140
    5.6 10×12.5 12.5 200
    6.8 8×20 9.8 230 10×16 11 250
    6.8 10×14 9.8 210
    8.2 8×20 6.2 230 10×20 11 250
    8.2 10×14 6.2 280
    10 10×16 6.2 280 10×20 10 280
    10 12.5×14 6.2 360 12.5×14 7 320

     

    Volonta (V) 450 500
    IREO SINGA NASIANA Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz) Habe DXL (mm) Impedance (Ωmax/100KHz 25±2 ℃) Ripple Current (mA/rms/105 ℃ 100KHz)
    Capacitance (uF) 　 　 　 　 　 　
    12 10×20 6.2 410 12.5×16 6.5 420
    15 10×20 6.2 410 12.5×20 6 480
    15 12.5×16 6.2 460
    18 12.5×20 4.5 500 12.5×25 6 480
    18
    22 12.5×20 4.25 500 12.5×25 4.5 520
    22
    33 12.5×30 2.82 770 12.5×35 2.2 740
    33 16×20 3 730 16×25 2.2 740
    47 16×25 2.82 1240 16×31.5 2 850
    47 18×20 2.82 1200
    56 16×31.5 1.5 1240 16×35.5 2 850
    56 18×25 1.5 1200 18×31.5 2 850
    68 16×35.5 1.25 1400 18×31.5 1.8 1200
    68 18×31.5 1.25 1460
    82 16×40 1.25 1460 18×35.5 1.5 1200
    82 18×31.5 1.25 1460
    100 18×35.5 0.9 1970 18×40 1.25 1200
    100
    120 18×40 0.9 1970 18×45 0.98 1268
    150 18×45 0.85 2080

    VOKATRA Mifandray