Main Technical parametri
Technica modularis
♦ Latin uber, LXXXV ℃ MMM horas
♦ disposito in potentia copia, inverter, medium frequency fornacem
♦ DC Welder, inverter Welding Machina
♦ Rohs obsequium
Specificatio
PRAECIPUUS | Characteres | |
Temperatus range (℃) | -40 (-25) ℃ + LXXXV ℃ | |
Voltage range (v) | CC ~500v.dc | |
Capacitance range (UF) | M ~22000uf (XX ℃ 120Hz) | |
Capacitance tolerantia | ± XX% | |
Leakage Current (MA) | <0.94MA aut 0.01 CV, V minuta test ad XX ℃ | |
Maximum DF (XX℃) | 0,18 (XX ℃, 120hz) | |
Temperature characteres (120hz) | 200-450 C (-25 ℃) / C (+ XX ℃) ≥0.7; D c (-40 ℃) / C (+ XX ℃) ≥0,6 | |
Insulating resistentia | Valorem metiri applicando DC 500V Nulla resistentia tegra inter omnes terminals et disrumpam anulus cum insulating sleeve = 100mω. | |
Insulating voltage | Applicare n 2000v inter omnes terminals et disrumpam anulus cum insulating sleeve ad I minute et non deprauationem videtur. | |
Patientia | Applicare rated Rapple Current in Capacitor cum voltage non plus quam rated voltage sub LXXXV ℃ environment et applicare rated voltage pro 6000Hours, tunc recuperandam ad XX ℃ environment et test results ut satisfacit ut infra. | |
Capacitance Mutare Rate (△ c) | ≤initial valorem 土 XX% | |
DF (TGδ) | ≤200% of initial specificationem pretii | |
Leakage Current (LC) | ≤initial specie valorem | |
Shelflife | Capacitori tenentur in LXXXV ℃ environment FBR M horas, tunc probata in XX ℃ environment et test exigere debere satisfaciunt ut infra. | |
Capacitance Mutare Rate (△ c) | ≤Initial valorem ± XX% | |
DF (TGδ) | ≤200% of initial specificationem pretii | |
Leakage Current (LC) | ≤initial specie valorem | |
(Voltage Pretreatment debet fieri ante test: Applicare rated voltage in utroque terminos Capacitor per a resister de 1000Ω pro I hrs, deinde emundare electricity per 1Ω / Temperature FBD 24hrs post totalis, tunc incipit test.) |
Product Dimensional Drawing


D (mm) | 51 | 64 | 77 | 90 | CI |
P (mm) | 22 | 28.3 | 32 | 32 | 41 |
Screw | M5 | M5 | M5 | M6 | M8 |
Terminatio diameter (mm) | 13 | 13 | 13 | 17 | 17 |
Torque (NM) | 2.2 | 2.2 | 2.2 | 3.5 | 7.5 |

Y informibus Snap circulum

Color columna et dimensiones
Diameter (mm) | A (mm) | B (mm) | A (mm) | b (mm) | h (mm) |
51 | 31.8 | 36,5 | 7 | 4.5 | 14 |
64 | 38,1 | 42.5 | 7 | 4.5 | 14 |
77 | 44,5 | 49.2 | 7 | 4.5 | 14 |
90 | 50.8 | 55.6 | 7 | 4.5 | 14 |
CI | 56.5 | 63.4 | 7 | 4.5 | 14 |
Ripple Current disciplinam parametri
Frequency corripiat coefficiens rated laclia current
Frequency (HZ) | 50Hz | 120Hz | 300Hz | 1KHz | Eokhz |
Coefficient | 0,7 | 1 | 1.1 | 1.3 | 1.4 |
Temperature corripiat coefficiens rated laclia current
Temperature (℃) | XL ℃ | LX ℃ | LXXXV ℃ |
Coefficient | 1.89 | 1.67 | 1 |
Fulmina-genus aluminium electrolytic capacitorssunt etiam vulgo capacitors. Comparari cornu-type aluminium electrolytic capacitors, eorum structural consilio est magis complicated, sed eorum capacitance valorem est maior et potentia sit altior. Et haec sunt specifica applications of Kessinger type aluminium electrolytic capacitors:
I. Mechanica Equipment: in mechanica apparatu, capacitors non requiritur ad copia electrica industria et filter current. Et princeps capacitance valorem et potestatemBulla Type Aluminium Electrolytic CapacitorsFacies eos idoneam variis mechanica apparatu, et potest esse copia navitas, satus motoribus, filter current, et eliminate electro intercessiones, etc.
II. Automotive Electronics, in Books electronics, capacitors non requiritur ad industria repono et filtering. In princeps virtutis, altum voltage et altum temperatus perficienturBulla-genus aluminium electrolytic capacitorsFacies eos idoneam ad eget electronics, ubi non possunt ad copia industria, filter, satus in engine, imperium motors et luminaria, etc.
III. Frequency Converters: in frequency converters, capacitors non requiritur ad smooth ad DC potentia copia et imperium voltage et vena.Bulla-genus aluminium electrolytic capacitorsapta humilis frequentiam, altus-potentia et longa-vita inverter consilio et potest esse lenis intentione, potestate current et amplio potentia elementum, etc.
IV. Communication Equipment: in communicationis apparatu, capacitors non requiritur ad modulatum significationibus, generate oscillationes et processum annuit. Et summus capacitance valorem et stabilitatemBulla-genus aluminium electrolytic capacitorsFacies eos idoneam ad communicationem apparatu, ubi possunt esse ad modulatum annuit, generate oscillationes et processum annuit, etc.
V. Power Management: In Power Management, Capacitors sunt ad filter, copia industria et imperium voltage.Bulla-genus aluminium electrolytic capacitorsPotest adhiberi ad filtering, thesaurizantes industria et moderantum intentione et ludere an maximus munus in consilio summus intentione et altus-potestate potentia commeatus.
VI. Electronic summo apparatu: in altus-finem electronic apparatu, summus qualitas capacitors non requiritur ut eorum perficientur.Bulla-genus aluminium electrolytic capacitorsSunt altus-qualitas capacitorors in consilio summus finem audio, video, medicinae et avionics apparatu.
Ut sum sursum,Bulla Type Aluminium Electrolytic CapacitorsSunt apta variis electronic cogitationes et circuitus, et excelsum capacitance valorem, princeps virtutis, altum temperatus perficientur et stabilitatem facere eos in necessitate parte in electronics industria.
Products Number | Operating temperatus (℃) | Voltage (V.DC) | Capacitance (UF) | Diameter (mm) | Longitudo (mm) | Leakage Current (UA) | Rated Ripple Current [MA / RMS] | ESR / Impedance [ωmage] | Vita (HRS) | Certification |
Es32w562anneg14m5 | -25 ~ LXXXV | CDL | (V) DC | 77 | CXXX | (IV) DCCLXII | (XV) D | 0.017 | MMM MMM | - |
Es32w682anneg19m5 | -25 ~ LXXXV | CDL | (VI) DCCC | 77 | CLV | (V) CCXLVIII | (XVIII) CDLX | 0.014 | MMM MMM | - |
Es32w822aneg24m5 | -25 ~ LXXXV | CDL | (VIII) CC | 77 | CLXXV | (V) DCCLXIII | (XIX) DLXXX | 0.012 | MMM MMM | - |
Es32w103annfg21m6 | -25 ~ LXXXV | CDL | (X) | 90 | CLX | (VI) CCCLXIV | (XXII) L | 0.012 | MMM MMM | - |
Es32w103annfg27m6 | -25 ~ LXXXV | CDL | (X) | 90 | CXCV | (VI) CCCLXIV | (XXIV) | 0.01 0.01 | MMM MMM | - |
Es32w123annfg33m6 | -25 ~ LXXXV | CDL | (XII) | 90 | CCXXXV | (VI) CMLXXI | (XXVIII) CCCXX | 0.009 | MMM MMM | - |
Es32h122ancg11m5 | -25 ~ LXXXV | D | MCC | 51 | CXV | MMCCCXXIV | (IV) CCC | 0.101 | MMM MMM | - |
Es32h122ancg14m5 | -25 ~ LXXXV | D | MCC | 51 | CXXX | MMCCCXXIV | (IV) L | 0.107 | MMM MMM | - |
Es32h152ancg14m5 | -25 ~ LXXXV | D | MD | 51 | CXXX | MMDXCVIII | (V) CCC | 0,09 | MMM MMM | - |
Es32h152anndg11m5 | -25 ~ LXXXV | D | MD | 64 | CXV | MMDXCVIII | (V) CCXL | 0.093 | MMM MMM | - |
Es32h182annd1m5 | -25 ~ LXXXV | D | MDCCC | 64 | CXV | MMDCCCXLVI | (VI) CCXXX | 0.076 | MMM MMM | - |
Es32h182anndg14m5 | -25 ~ LXXXV | D | MDCCC | 64 | CXXX | MMDCCCXLVI | (VI) CDXX | 0.074 | MMM MMM | - |
Es32h222ndg14m5 | -25 ~ LXXXV | D | MMCC | 64 | CXXX | MMMCXLVI | (VII) CCXL | 0.059 | MMM MMM | - |
Es32h272ang11m5 | -25 ~ LXXXV | D | MMDCC | 77 | CXV | MMMCDLXXXVI | (VIII) DCXC | 0.041 | MMM MMM | - |
Es32h272ang12m5 | -25 ~ LXXXV | D | MMDCC | 77 | CXX | MMMCDLXXXVI | (VIII) CDLXXX | 0.044 | MMM MMM | - |
Es32h332anneg11m5 | -25 ~ LXXXV | D | MMMCCC | 77 | CXV | MMMDCCCLIV | (X) CCCL (X) CCCL | 0.036 | MMM MMM | - |
Es32h332anneg14m5 | -25 ~ LXXXV | D | MMMCCC | 77 | CXXX | MMMDCCCLIV | (IX) DCCCXL | 0.038 | MMM MMM | - |
Es32h392anneg14m5 | -25 ~ LXXXV | D | MMMCM | 77 | CXXX | (IV) CLXXXIX | (XI) CCCXX | 0.033 | MMM MMM | - |
Es32h392anneg19m5 | -25 ~ LXXXV | D | MMMCM | 77 | CLV | (IV) CLXXXIX | (XI) CDXL | 0.032 | MMM MMM | - |
Es32h472annfg14m6 | -25 ~ LXXXV | D | (IV) DCC | 90 | CXXX | (IV) DXCIX | (XIII) CCCLX | 0.029 | MMM MMM | - |
Es32h562annfg19m6 | -25 ~ LXXXV | D | (V) DC | 90 | CLV | (V) XX | (XVI) CCXX | 0.024 | MMM MMM | - |
Es32h682annfg23m6 | -25 ~ LXXXV | D | (VI) DCCC | 90 | CLXX | (V) DXXXII | (XVII) CC | 0.023 | MMM MMM | - |
Es32h682annfg26m6 | -25 ~ LXXXV | D | (VI) DCCC | 90 | CXC | (V) DXXXII | (XVII) DXX | 0.023 | MMM MMM | - |
Es32h822annfg31m6 | -25 ~ LXXXV | D | (VIII) CC | 90 | CCXX | (VI) LXXV | (XIX) CD | 0.021 | MMM MMM | - |
Es32g102ancg02m5 | -25 ~ LXXXV | CD | M | 51 | 75 | MDCCCXCVII | MMMDCXL | 0.083 | MMM MMM | - |
Es32g122ancg02m5 | -25 ~ LXXXV | CD | MCC | 51 | 75 | MMLXXVIII | MMMCMLX | 0.079 | MMM MMM | - |
Es32g152ancg07m5 | -25 ~ LXXXV | CD | MD | 51 | 96 | MMCCCXXIV | (IV) CCCXX | 0.057 | MMM MMM | - |
Es32g182ancg07m5 | -25 ~ LXXXV | CD | MDCCC | 51 | 96 | MMDXLVI | (V) CCCXL | 0.046 | MMM MMM | - |
Es32g222ancg11m5 | -25 ~ LXXXV | CD | MMCC | 51 | CXV | MMDCCCXIV | (VII) CDL | 0.038 | MMM MMM | - |
Es32g22ancg09m5 | -25 ~ LXXXV | CD | MMCC | 51 | CV | MMDCCCXIV | (VI) DCCXL | 0.04 | MMM MMM | - |
Es32g272ancg14m5 | -25 ~ LXXXV | CD | MMDCC | 51 | CXXX | MMMCXVIII | (VIII) DLX | 0.034 | MMM MMM | - |
Es32g272ndg07m5 | -25 ~ LXXXV | CD | MMDCC | 64 | 96 | MMMCXVIII | (VIII) CMXL | 0.033 | MMM MMM | - |
Es32g332anndg11m5 | -25 ~ LXXXV | CD | MMMCCC | 64 | CXV | MMMCDXLVII | (X) CD | 0.032 | MMM MMM | - |
Es32g332anndg07m5 | -25 ~ LXXXV | CD | MMMCCC | 64 | 96 | MMMCDXLVII | (XI) XL | 0.03 | MMM MMM | - |
Es32g392anndg14m5 | -25 ~ LXXXV | CD | MMMCM | 64 | CXXX | MMMDCCXLVII | (XII) CCXL | 0.027 | MMM MMM | - |
Es32g392anndg11m5 | -25 ~ LXXXV | CD | MMMCM | 64 | CXV | MMMDCCXLVII | (XII) CMLX | 0.026 | MMM MMM | - |
Es32g472ang11m5 | -25 ~ LXXXV | CD | (IV) DCC | 77 | CXV | (IV) CXIII | (XIV) CDXL | 0.003 | MMM MMM | - |
Es32g472anndg14m5 | -25 ~ LXXXV | CD | (IV) DCC | 64 | CXXX | (IV) CXIII | (XIV) CLXXX | 0.024 | MMM MMM | - |
Es32g562anneg14m5 | -25 ~ LXXXV | CD | (V) DC | 77 | CXXX | (IV) CDXC | (XVI) CCCXXX | 0.021 | MMM MMM | - |
Es32g562anneg11m5 | -25 ~ LXXXV | CD | (V) DC | 77 | CXV | (IV) CDXC | (XVI) DCCCXXX | 0,02 | MMM MMM | - |
Es32g682anneg14m5 | -25 ~ LXXXV | CD | (VI) DCCC | 77 | CXXX | (IV) CMXLVIII | (XVII) CCCXL | 0,016 | MMM MMM | - |
Es32g682anneg19m5 | -25 ~ LXXXV | CD | (VI) DCCC | 77 | CLV | (IV) CMXLVIII | (XVII) DCCCXL | 0,016 | MMM MMM | - |
Es32g822aneg19m5 | -25 ~ LXXXV | CD | (VIII) CC | 77 | CLV | (V) CDXXXIII | (XXI) DCXX | 0.014 | MMM MMM | - |
Es32g103anneg26m5 | -25 ~ LXXXV | CD | (X) | 77 | CXC | (VI) | (XXII) CDXL | 0.012 | MMM MMM | - |
Es32g123annfg19m6 | -25 ~ LXXXV | CD | (XII) | 90 | CLV | (VI) DLXXIII | (XXVI) DXX | 0.011 | MMM MMM | - |
Es32w102ancg02m5 | -25 ~ LXXXV | CDL | M | 51 | 75 | MMXII | MMMCML | 0.082 | MMM MMM | - |
Es32w122ancg07m5 | -25 ~ LXXXV | CDL | MCC | 51 | 96 | MMCCV | (IV) CXX | 0.079 | MMM MMM | - |
Es32w152ancg11m5 | -25 ~ LXXXV | CDL | MD | 51 | CXV | MMCDLXV | DISCREMENTUM | 0.057 | MMM MMM | - |
Es32w182ancg14m5 | -25 ~ LXXXV | CDL | MDCCC | 51 | CXXX | MMDCC | (V) CDLX | 0.049 | MMM MMM | - |
Es32w222ancg14m5 | -25 ~ LXXXV | CDL | MMCC | 51 | CXXX | MMCMLXXXV | (VII) CCCLX | 0.037 | MMM MMM | - |
Es32w222ndg07m5 | -25 ~ LXXXV | CDL | MMCC | 64 | 96 | MMCMLXXXV | (VII) DCXC | 0.035 | MMM MMM | - |
Es32w272anndg11m5 | -25 ~ LXXXV | CDL | MMDCC | 64 | CXV | MMMCCCVII | (VIII) CDLXXX | 0.032 | MMM MMM | - |
Es32w272anndg07m5 | -25 ~ LXXXV | CDL | MMDCC | 64 | 96 | MMMCCCVII | (VIII) DX | 0.031 | MMM MMM | - |
Es32w332anndg14m5 | -25 ~ LXXXV | CDL | MMMCCC | 64 | CXXX | MMMDCLVI | (X) CLXX | 0.03 | MMM MMM | - |
Es32w332anndg11m5 | -25 ~ LXXXV | CDL | MMMCCC | 64 | CXV | MMMDCLVI | (X) DCCLXX | 0.029 | MMM MMM | - |
Es32w392anneg11m5 | -25 ~ LXXXV | CDL | MMMCM | 77 | CXV | MMMCMLXXIV | (XI) DCCCXL | 0.027 | MMM MMM | - |
Es32w392anndg14m5 | -25 ~ LXXXV | CDL | MMMCM | 64 | CXXX | MMMCMLXXIV | (XI) DCXXX | 0.028 | MMM MMM | - |
Es32w472aneg11m5 | -25 ~ LXXXV | CDL | (IV) DCC | 77 | CXV | (IV) CCCLXIII | (XIV) CCX | 0.023 | MMM MMM | - |
Es32w472ANNEG14M5 | -25 ~ LXXXV | CDL | (IV) DCC | 77 | CXXX | (IV) CCCLXIII | (XIII) DCCCLXX | 0.024 | MMM MMM | - |
Es32w562anneg19m5 | -25 ~ LXXXV | CDL | (V) DC | 77 | CLV | (IV) DCCLXII | (XV) DCLXXX | 0.017 | MMM MMM | - |