Серия алюминиевых конденсаторов PL

Su’scon

Общие характеристики

 Раздел Алюминиевые конденсаторы
Допуск по ёмкости
Температура рабочая
Срок службы
Способ монтажа

Документация на серию PL

Conductive Polymer Aluminum Solid Capacitors PL series ‧Super low ESR,High ripplie current capability ‧Rated voltage :2.5~50V ‧Endurance:20,000hours at 105℃ ‧Applications: Servers,LCD-TV power,Inverter etc. ‧ROHS compliant ‧Halogen Free compliant Items Conditions Category Temperature Range Rated Voltage Range PL SPECIFICATIONS Characteristics — -55 to +105℃ — 2.5~50V Capacitance Tolerance at 20℃,120HZ ±20%(M) Surge Voltage at 105℃ Rated voltage ×1.15V Leakage Current at 20℃after 2 minutes I≦0.2CV or 300(μA) Whichever is greater measured,after 2minutes application of rated working voltage at +20℃. Dissipation Factor ( tan δ) at 20℃,120Hz Please see the attached characteristics list Characteristics of Impedance at low, high temperature at -55℃,100kHz Z(-55℃)/Z(+20℃) ≦ 1.25 at -25℃,100kHz Z( -25℃)/Z(+20℃) ≦ 1.15 Appearance NO significant damage. The following specifications shall be satisfied when the capacitors are restored to 20℃after the rated voltage is applied for 20,000 hours at 105℃. Endurance Capacitance change ≦±20% of the initial value. DF(tanδ) ≦150% of the initial specified value. ESR ≦150% of the initial specified value. Leakage current ≦The initial specified value. Appearance The following specifications shall be satisfied Capacitance change when the capacitors are restored to 20℃ after subjecting them to subjecting them to store at DF(tanδ) 60℃, 90 to 95% RH for 1,000 hours ,without DC ESR applied. Leakage current Damp Heag (Steady State) Appearance The capacitors shall be subjected to 1,000 cycles each consisting of charge with the surge voltages specified at 105℃ for 30 seconds through aprotective resistor (R=1kΩ) and discharge for 5 minutes 30seconds Surge Voltage NO significant damage. ≦±20% of the initial value. ≦150% of the initial specified value. ≦150% of the initial specified value. ≦The initial specified value. NO significant damage. Capacitance change ≦±20% of the initial value. DF(tanδ) ≦150% of the initial specified value. ESR ≦150% of the initial specified value. Leakage current ≦The initial specified value. ※ Note:If any doubt arises,measure the leakage current after following voltage treatment. Voltage treatment :DC rated voltage are applied to the capacitors for 120 minutes at 105℃. MARKING AND DIMENSIONS ET1212 PL2020 470 470 16 16 Series Code Rated Capacitance Rated Voltage d±0.05 D±0.5 Polarity Marking (Cathode) P±0.5 Coated Case 19min 3.5min (Unit:mm) Size Code ψD 6.3×6 6.3×9 8×8 8×12 10×10 10×12 6.3 6.3 8 8 10 10 L+1.0 max L L+1.0 max L+1.0 max L+1.5 max L+1.0 max L+1.0 max ψd 0.5 0.5 0.6 0.6 0.6 0.6 P 2.5 2.5 3.5 3.5 5.0 5.0 49 PDF
Документация на серию PL 

Дата модификации: 11.01.2022

Размер: 885.5 Кб

2 стр.

    Товары серии PL

    Наименование i Упаковка Ёмкость Напряжение Диаметр Высота Ток пульсаций НЧ Размер
    PL006M101E06PKKKS00R (SUSCON)
     
    		6.3×6.3×6 мм
    PL006M102F12PKKKS00R (SUSCON)
     
    		8×8×12 мм
    PL006M122G10PKKKS00R (SUSCON)
     
    		10×10×10 мм
    PL006M181E06PKKKS00R (SUSCON)
     
    		6.3×6.3×6 мм
    PL006M182G12PKKKS00R (SUSCON)
     
    		10×10×12 мм
    PL006M471E09PKKKS00R (SUSCON)
     
    		6.3×6.3×9 мм
    PL006M561E09PKKKS00R (SUSCON)
     
    		6.3×6.3×9 мм
    PL006M561F08PKKKS00R (SUSCON)
     
    		8×8×8 мм
    PL006M681F08PKKKS00R (SUSCON)
     
    		8×8×8 мм
    PL010M102G10PKKKS00R (SUSCON)
     
    		10×10×10 мм
    PL010M121E06PKKKS00R (SUSCON)
     
    		6.3×6.3×6 мм
    PL010M122G12PKKKS00R (SUSCON)
     
    		10×10×12 мм
    PL010M331E09PKKKS00R (SUSCON)
     
    		6.3×6.3×9 мм
    PL010M561F08PKKKS00R (SUSCON)
     
    		8×8×8 мм
    PL010M681F12PKKKS00R (SUSCON)
     
    		8×8×12 мм
    PL016M101E09PKKKS00R (SUSCON)
     
    		6.3×6.3×9 мм
    PL016M102G12PKKKS00R (SUSCON)
     
    		10×10×12 мм
    PL016M221E09PKKKS00R (SUSCON)
     
    		6.3×6.3×9 мм
    PL016M331F08PKKKS00R (SUSCON)
     
    		8×8×8 мм
    PL016M471F12PKKKS00R (SUSCON)
     
    		4500 шт 8×8×12 мм
    PL016M471G12PKKKS00R (SUSCON)
     
    		10×10×12 мм
    PL016M681G10PKKKS00R (SUSCON)
     
    		10×10×10 мм
    PL016M820E06PKKKS00R (SUSCON)
     
    		6.3×6.3×6 мм
    PL016M821G12PKKKS00R (SUSCON)
     
    		10×10×12 мм
    PL025M101E09PKKKS00R (SUSCON)
     
    		6.3×6.3×9 мм
    PL025M181F08PKKKS00R (SUSCON)
     
    		5 шт 8×8×8 мм
    PL025M221F12PKKKS00R (SUSCON)
     
    		8×8×12 мм
    PL025M331G10PKKKS00R (SUSCON)
     
    		5 шт 10×10×10 мм
    PL025M470E06PKKKS00R (SUSCON)
     
    		6.3×6.3×6 мм
    PL025M471G12PKKKS00R (SUSCON)
     
    		10×10×12 мм
    PL035M121F08PKKKS00R (SUSCON)
     
    		8×8×8 мм
    PL035M151F12PKKKS00R (SUSCON)
     
    		8×8×12 мм
    PL035M220E06PKKKS00R (SUSCON)
     
    		6.3×6.3×6 мм
    PL035M221G10PKKKS00R (SUSCON)
     
    		10×10×10 мм
    PL035M271G12PKKKS00R (SUSCON)
     
    		10×10×12 мм
    PL035M680E09PKKKS00R (SUSCON)
     
    		6.3×6.3×9 мм
    PL050M100E06PKKKS00R (SUSCON)
     
    		6.3×6.3×6 мм
    PL050M101G10PKKKS00R (SUSCON)
     
    		10 шт 10×10×10 мм
    PL050M101G12PKKKS00R (SUSCON)
     
    		10×10×12 мм
    PL050M330E09PKKKS00R (SUSCON)
     
    		6.3×6.3×9 мм
    PL050M470F08PKKKS00R (SUSCON)
     
    		8×8×8 мм
    PL050M680F12PKKKS00R (SUSCON)
     
    		8×8×12 мм
    PL2R5M102F08PKKKS00R (SUSCON)
     
    		8×8×8 мм
    PL2R5M122F12PKKKS00R (SUSCON)
     
    		8×8×12 мм
    PL2R5M182G12PKKKS00R (SUSCON)
     
    		10×10×12 мм
    PL2R5M221E06PKKKS00R (SUSCON)
     
    		6.3×6.3×6 мм
    PL2R5M222G12PKKKS00R (SUSCON)
     
    		10×10×12 мм
    PL2R5M561E09PKKKS00R (SUSCON)
     
    		6.3×6.3×9 мм

    PL публикации

    23 сентября 2020
    статья

    Решения MEAN WELL для освещения в системе «умный дом»

    Софья Букреева (г. Протвино) Протокол KNX предлагает потребителям комплексную систему управления освещением и функциями безопасности – как центральную, так и распределенную. Компания MEAN WELL выпускает ряд изделий с поддержкой протокола KNX –... ...читать