SW3

Short Description:

High temperature resistance 105°C 3000 hours Suitable for frequency conversion, industrial drive, power supply RoHS directive


  • Series: SW3
  • Life(Hrs): 3000
  • features: High ripple current resistance, standard product
  • Rated voltage range (V.DC): 16~500
  • Rated capacitance (uF): 68~47000
  • Operating temperature range (°C): -40~105
  • Product Detail

    Product Tags

    Technical Parameter

     ♦ 105℃ 3000 Hours

    ♦ High Temperature

    ♦ RoHS Compliant

    Specification

    Items Characteristics
    Temperature Range(℃) (16V-100V)-40℃ 〜+105℃; (160V-500V)-25℃ 〜+85℃
    Voltage Range(V) 16~500V.DC
    Capacitance Range(uF) 68 〜47000uF ( 20℃ 120Hz )
    Capacitance Tolerance ±20%
    Leakage Current(mA) <1.5mA or 0.01 cv, 5 minutes test at20℃
    Maximum DF(20℃, 120HZ) Rated Voltage(V) 16 25 35 50 63~100 160~500
    tgδ 0.6 0.5 0.4 0.3 0.2 0.15
    Temperature Characteristics(120Hz) C(-25℃)/C(+20℃)>0.6
    Insulating Resistance The value measured by applying DC 500V insulation resistance tester between all terminals and snap ring with insulating sleeve = 100mΩ.
    Insulating Voltage Apply AC 2000V between all terminals and snap ring with insulating sleeve for 1 minute and no abnormality appears.
    Endurance Apply rated ripple current on capacitor with voltage not more than rated voltage under 105℃ environment and apply rated voltage for 3000hours, then recover to 20℃ environment and the test results should satisfy the requirements as below.
    Capacitance change rate (ΔC ) <initial value 土20%
    DF (tgδ) <200% of initial specification value
    Leakage current(LC) <initial specification value
    ShelfLife Capacitor kept in 105℃ environment for 1000 hours, then tested in 20℃ environment and the test result should satisfy the requirements as below.
    Capacitance change rate (ΔC ) <initial value 土 15%
    DF (tgδ) <150% of initial specification value
    Leakage current(LC) <initial specification value
    (Voltage pretreatment should be done before test: apply rated voltage on both ends of capacitor through a resister of about 1000Ω for 1 Hrs, then discharge electricity through 1Ω/V resister after pretreatment. Place under normal temperature fbr 24hrs after total discharging, then starts test.)

    Dimension (Unit:mm)

    ΦD Φ22 Φ25 Φ30 Φ35 Φ40
    B 11.6 11.8 11.8 11.8 12.25
    C 8.4 10 10 10 10

    Ripple Current Correction Factor
    Frequency Correction Coefficient Of Rated Ripple Current

    Frequency (Hz) 50Hz 120Hz 500Hz IKHz >10KHz
    Coefficient 0.8 1 1.2 1.25 1.4

    Temperature Correction Coefficient Of Rated Ripple Current

    Environment Temperature(℃) 40℃ 60℃ 85℃ 105℃
    Correction Factor 2.7 2.2 1.7 1

     

    List of Standard Products

    Rated Voltage (Surge voltage) (V) 16(20) 25(32)
    Items Size DXL(mm) Ripple Current (40℃, 120Hz) Arms Ripple Current (105℃, 120Hz) Arms ESR (Max,mΩ/ 120Hz, 20℃) Size DXL(mm) Ripple Current (40℃, 120Hz) Arms Ripple Current (105℃, 120Hz) Arms ESR (Max,mΩ/ 120Hz, 20℃)
    Capacitance(uF)                
    4700         22x25 4.1 1.52 112.45
    6800 22x25 4.13 1.53 96.3 22x30 5.02 1.86 76.35
    6800         25x25 5.13 1.9 76.39
    8200         22x35 5.78 2.14 64.32
    8200         25x30 5.89 2.18 64.36
    8200         30x25 5.99 2.22 64.38
    10000 22x30 5.18 1.92 65.3 22x40 6.43 2.38 52.31
    10000 25x25 5.35 1.98 65.8 25x35 6.53 2.42 52.36
    12000 22x35 6.26 2.32 54.23 22x45 7.18 2.66 42.23
    12000 25x30 6.37 2.36 54.32 25x40 7.29 2.7 42.26
    12000 30x25 6.48 2.4 54.36 30x30 7.4 2.74 42.31
    12000         35x25   2.9 42.36
    15000 22x40 6.97 2.58 42.3 25x45 8.48 3.14 34.53
    15000 25x35 7.07 2.62 42.6 30x35 8.59 3.18 34.57
    15000         35x30 8.69 3.22 34.63
    18000 22x45 8.05 2.98 36.45 25x50 9.4 3.48 29.23
    18000 25x40 8.21 3.04 36.51 30x40 9.5 3.52 29.27
    18000 30x30 8.37 3.1 36.59        
    18000 35x25 8.48 3.14 36.65        
    22000 25x45 8.96 3.32 29.23 30x45 10.75 3.98 22.56
    22000 30x35 9.13 3.38 29.35 35x35 10.91 4.04 22.62
    27000 25x50 10.1 3.74 24.45 35x45 12.8 4.74 19.56
    27000 30x40 10.21 3.78 24.51        
    27000 35x30 9.23 3.42 24.62        
    33000 30x45 11.39 4.22 19.23 35x50 14.47 5.36 15.62
    33000 35x35 11.5 4.26 19.32        
    39000 30x50 12.64 4.68 16.52        
    39000 35x40 12.74 4.72 16.56        
    47000 35x45 14.15 5.24 13.45        
                     
    Rated Voltage (Surge voltage) (V) 35(44) 50(63)
    Items Size DXL(mm) Ripple Current (40℃, 120Hz) Arms Ripple Current (105℃, 120Hz) Arms ESR (Max,mΩ/ 120Hz, 20℃) Size DXL(mm) Ripple Current (40℃, 120Hz) Arms Ripple Current (105℃, 120Hz) Arms ESR (Max,mΩ/ 120Hz, 20℃)
    Capacitance(uF)                
    1800         22x25 3.46 1.28 218.65
    2200         22x30 3.83 1.42 176.52
    2700         22x30 4.48 1.66 142.56
    2700         25x25 4.59 1.7 142.59
    3300 22x25 3.7 1.37 138.62 22x35 5.29 1.96 119.85
    3300         25x30 5.4 2 119.92
    3900 22x30 4.37 1.62 117.3 22x40 5.94 2.2 97.63
    3900         25x35 6.05 2.24 97.76
    3900         30x25 6.16 2.28 97.82
    4700 25x25 4.64 1.72 96.52 22x45 6.91 2.56 82.41
    4700         30x30 7.02 2.6 82.52
    4700         35x25 7.13 2.64 82.59
    5600 22x35 5.35 1.98 81.36 22x50 7.61 2.82 68.65
    5600 25x30 5.56 2.06 81.39 25x40 7.72 2.86 68.71
    5600 30x25 5.72 2.12 81.43 30x35 7.83 2.9 68.78.
    6800 22x40 6.1 2.26 65.42 25x50 8.86 3.28 56.54
    6800 25x35 6.21 2.3 65.48 30x40 8.96 3.32 56.62
    6800         35x30 9.07 3.36 56.69
    8200 22x50 6.91 2.56 55.63 30x45 9.94 3.68 46.51
    8200 25x40 7.02 2.6 55.69 35x35 10.04 3.72 46.58
    8200 30x30 7.16 2.65 55.73        
    8200 35x25 7.32 2.71 55.82        
    10000 25x45 7.72 2.86 42.51 30x50 10.85 4.02 38.45
    10000 30x35 7.83 2.9 42.58 35x40 11.02 4.08 38.52
    12000 25x50 8.69 3.22 37.62 35x45 12.04 4.46 31.25
    12000 30x40 6.16 2.28 37.69        
    12000 35x30 6.26 2.32 37.76        
    15000 30x45 9.88 3.66 28.52        
    15000 35x35 10.04 3.72 28.58        
    18000 35x40 11.12 4.12 24.56        
    22000 35x50 13.18 4.88 19.58        
                     
    Rated Voltage (Surge voltage) (V) 63(79) 80(100)
    Items Size DXL(mm) Ripple Current (40℃, 120Hz) Arms Ripple Current (105℃, 120Hz) Arms ESR (Max,mΩ/ 120Hz, 20℃) Size DXL(mm) Ripple Current (40℃, 120Hz) Arms Ripple Current (105℃, 120Hz) Arms ESR (Max,mΩ/ 120Hz, 20℃)
    Capacitance(uF)                
    820         22x25 2.97 1.1 322.65
    1000         22x25 3.29 1.22 265.54
    1200 22x25 3.29 1.22 218.52 22x30 3.56 1.32 219.85
    1200         25x25 3.73 1.38 219.92
    1500         22x35 4.27 1.58 175.46
    1500         25x30 4.37 1.62 175.49
    1800 22x30 4 1.48 143.56 22x40 4.75 1.76 142.65
    1800 25x25 4.1 1.52 143.59 30x25 4.91 1.82 142.72
    2200 22x35 4.64 1.72 119.65 22x45 5.51 2.04 119.58
    2200 25x30 4.75 1.76 119.68 25x35 5.62 2.08 119.61
    2200         30x30 5.72 2.12 119.69
    2200         30x25 5.83 2.16 119.74
    2700 22x40 5.18 1.92 96.52 25x45 6.37 2.36 95.68
    2700 25x35 5.29 1.96 96.58 30x35 6.48 2.4 95.75
    2700 30x25 5.4 2 96.62        
    3300 22x50 5.99 2.22 76.54 25x50 7.29 2.7 75.68
    3300 25x40 6.1 2.26 76.58 30x40 7.4 2.74 75.74
    3300 30x30 6.21 2.3 76.62 35x30 7.51 2.78 75.81
    3300 35x25 6.37 2.36 76.66        
    3900 25x45 6.8 2.52 64.51 30x45 8.26 3.06 66.52
    3900 30x35 6.91 2.56 64.56 35x35 8.42 3.12 66.59
    4700 25x50 7.61 2.82 52.46 30x50 9.4 3.48 56.41
    4700 30x40 7.72 2.86 52.52 35x45 55.9 3.54 55.94
    4700 35x30 7.83 2.9 52.59        
    5600 30x45 8.69 3.22 45.63 35x45 10.31 3.82 45.68
    5600 35x35 8.8 3.26 45.71        
    6800 30x50 9.88 3.66 35.68 35x50 11.23 4.16 38.47
    6800 35x40 9.99 3.7 35.75        
    8200 35x45 11.12 4.12 30.23        
    10000 35x50 12.58 4.66 25.45        
                     
    Rated Voltage (Surge voltage) (V) 100(125) 160(200)
    Items Size DXL(mm) Ripple Current (40℃, 120Hz) Arms Ripple Current (105℃, 120Hz) Arms ESR (Max,mΩ/ 120Hz, 20℃) Size DXL(mm) Ripple Current (40℃, 120Hz) Arms Ripple Current (105℃, 120Hz) Arms ESR (Max,mΩ/ 120Hz, 20℃)
    Capacitance(uF)                
    330         22x25 3.08 1.14 601.23
    390         22x30 3.83 1.42 508.46
    470         22x35 4.08 1.51 421.54
    470         25x25 4.21 1.56 421.59
    560 22x25 2.81 1.04 472.65 22x40 4.37 1.62 352.12
    560         25x30 4.54 1.68 352.18
    680         22x45 4.64 1.72 291.35
    680         25x35 4.75 1.76 291.39
    680         30x25 4.86 1.8 291.46
    820 22x30 3.46 1.28 321.32 22x50 4.91 1.82 241.31
    820 25x25 3.56 1.32 321.36 25x40 5.02 1.86 241.36
    820         30x30 5.13 1.9 241.39
    820         30x25 5.24 1.94 242.42
    1000 22x35 4 1.48 253.65 25x45 5.56 2.06 196.54
    1000 25x30 4.16 1.54 253.71 30x35 5.67 2.1 196.62
    1200 22x40 4.54 1.68 219.54 25x50 5.89 2.18 164.36
    1200 25x35 4.64 1.72 219.59 30x40 6.05 2.24 164.39
    1200 30x25 4.75 1.76 219.65 35x30 6.21 2.3 164.43
    1500 22x45 5.24 1.94 172.56 30x45 6.64 2.46 131.23
    1500 25x40 5.4 2 172.62 35x35 6.75 2.5 131.28
    1500 30x30 5.56 2.06 172.68        
    1500 35x25 5.72 2.12 172.73        
    1800 25x45 6.1 2.26 145.75 35x45 8.05 2.98 108.56
    1800 30x35 6.21 2.3 145.81        
    2200 25x50 6.7 2.48 119.84 35x50 8.1 3 89.45
    2200 30x40 6.8 2.52 119.91        
    2200 35x30 6.97 2.58 119.98        
    2700 30x45 7.72 2.86 95.64        
    2700 35x35 7.83 2.9 95.69        
    3300 30x50 8.86 3.28 75.46        
    3300 35x40 8.96 3.32 75.51        
    3900 35x45 9.88 3.66 66.54        
    4700 35x50 11.12 4.12 54.62        
                     
    Rated Voltage (Surge voltage) (V) 180(225) 200(250)
    Items Size DXL(mm) Ripple Current (40℃, 120Hz) Arms Ripple Current (105℃, 120Hz) Arms ESR (Max,mΩ/ 120Hz, 20℃) Size DXL(mm) Ripple Current (40℃, 120Hz) Arms Ripple Current (105℃, 120Hz) Arms ESR (Max,mΩ/ 120Hz, 20℃)
    Capacitance(uF)                
    220         22x25 2.86 1.06 903.23
    270 22x25 2.86 1.06 731.25 22x30 3.18 1.18 732.56
    330 22x30 3.4 1.26 601.23 22x30 3.51 1.3 601.23
    390 25x35 3.56 1.32 508.65 22x35 3.672 1.36 509.45
    470 22x35 4.21 1.56 421.52 22x40 3.78 1.4 419.56
    470 25x30 4.32 1.6 521.62 25x30 3.942 1.46 419.62
    470         30x25 3.996 1.48 419.68
    560 22x40 4.37 1.62 352.42 22x45 4.266 1.58 352.12
    560 25x35 4.54 1.68 352.46 25x35 4.374 1.62 352.16
    560 30x25 4.64 1.72 352.51        
    680 22x50 4.64 1.72 291.31 22x50 4.644 1.72 284.56
    680 25x40 4.7 1.74 291.36 25x40 4.752 1.76 284.61
    680 30x30 4.75 1.76 291.39 30x30 4.86 1.8 284.69
    680 35x25 4.81 1.78 392.06 35x25 4.968 1.84 284.73
    820 25x45 4.81 1.78 241.65 25x50 5.022 1.86 241.32
    820 30x35 4.91 1.82 241.71 30x35 5.13 1.9 241.38
    820         35x30 5.238 1.94 241.42
    1000 25x50 5.24 1.94 195.45 30x45 5.832 2.16 196.56
    1000 30x40 5.35 1.98 195.52 35x35 5.94 2.2 196.62
    1000 35x30 5.45 2.02 195.59        
    1200 30x45 5.94 2.2 164.25 30x50 6.264 2.32 162.54
    1200 35x35 6.1 2.26 164.31 35x40 6.372 2.36 162.61
    1500 30x50 6.37 2.36 131.42 35x45 6.912 2.56 131.23
    1500 35x40 6.48 2.4 131.46        
    1800 35x45 7.18 2.66 108.65 35x50 7.236 2.68 107.56
                     
    Rated Voltage (Surge voltage) (V) 250(300) 350(400)
    Items Size DXL(mm) Ripple Current (40℃, 120Hz) Arms Ripple Current (105℃, 120Hz) Arms ESR (Max,mΩ/ 120Hz, 20℃) Size DXL(mm) Ripple Current (40℃, 120Hz) Arms Ripple Current (105℃, 120Hz) Arms ESR (Max,mΩ/ 120Hz, 20℃)
    Capacitance(uF)                
    100         22x30 1.78 0.66 1986.62
    100         25x25 1.89 0.7 1986.69
    120         22x35 2 0.74 1652.54
    150         22x40 2.21 0.82 1324.52
    150         25x30 2.27 0.84 1324.57
    150         30x25 2.32 0.86 1324.63
    180 22x25 2.48 0.92 1102.56 22x45 2.38 0.88 1104.52
    180         25x35 2.43 0.9 1104.58
    180         30x30 2.48 0.92 1104.63
    220 22x30 3.02 1.12 902.45 22x50 2.59 0.96 902.52
    220 25x25 3.13 1.16 902.51 25x40 2.65 0.98 902.58
    220         35x25 2.7 1 902.62
    270 22x35 3.02 1.12 732.56 25x50 2.75 1.02 731.52
    270         30x35 2.81 1.04 731.57
    270         35x30 2.86 1.06 931.62
    330 22x40 3.24 1.2 601.56 30x45 3.02 1.12 598.42
    330 25x30 3.4 1.26 601.61 35x35 3.08 1.14 598.58
    330 30x25 3.51 1.3 601.68        
    390 22x45 3.4 1.26 606.51 30x50 3.24 1.2 504.56
    390 25x35 3.51 1.3 606.56        
    470 22x50 3.73 1.38 421.12 35x45 3.56 1.32 421.51
    470 25x40 3.83 1.42 421.16        
    470 30x30 3.94 1.46 421.21        
    470 35x25 4.05 1.5 421.27        
    560 25x45 4.1 1.52 352.23 35x50 4.05 1.5 352.41
    560 30x35 4.21 1.56 352.27        
    560 35x30 4.32 1.6 352.31        
    680 25x50 4.48 1.66 291.42        
    680 30x40 4.59 1.7 291.46        
    820 30x45 4.81 1.78 241.21        
    820 35x35 4.91 1.82 241.28        
    1000 30x50 5.08 1.88 196.56        
    1000 35x40 5.18 1.92 196.61        
    1200 35x45 5.67 2.1 162.52        
                     
    Rated Voltage (Surge voltage) (V) 400(450) 450(500)
    Items Size DXL(mm) Ripple Current (40℃, 120Hz) Arms Ripple Current (105℃, 120Hz) Arms ESR (Max,mΩ/ 120Hz, 20℃) Size DXL(mm) Ripple Current (40℃, 120Hz) Arms Ripple Current (105℃, 120Hz) Arms ESR (Max,mΩ/ 120Hz, 20℃)
    Capacitance(uF)                
    220 22x45 3.19 1.18 301.73 22x55 2.48 0.92 305.88
    220 25x35 3.02 1.12 301.42 25x45 2.38 0.88 305.64
    220 30x30 2.86 1.06 301.22 30x30 2.27 0.84 305.24
    270 22x50 3.62 1.34 271.74 22x65 3.13 1.16 274.78
    270 25x40 3.56 1.32 271.52 25x50 2.92 1.08 274.53
    270 30x35 3.51 1.3 271.32 30x40 2.75 1.02 274.32
    330 22x60 4.27 1.58 241.77 25x55 3.35 1.24 244.65
    330 25x50 4.21 1.56 241.56 30x40 3.29 1.22 244.32
    330 30x35 4.16 1.54 241.33 35x35 3.24 1.2 244.11
    390 22x70 4.64 1.72 209.46 30x50 3.94 1.46 212.73
    390 25x55 4.59 1.7 209.14 35x40 3.89 1.44 212.56
    390 30x40 4.54 1.68 208.77 40x30 3.83 1.42 212.34
    470 25x65 5.29 1.96 176.75 30x55 4.54 1.68 178.98
    470 30x50 5.24 1.94 176.54 35x45 4.48 1.66 178.78
    470 35x40 5.18 1.92 176.24 40x35 4.43 1.64 178.64
    560 30x55 5.78 2.14 153.78 30x60 5.1 1.89 156.76
    560 35x45 5.72 2.12 153.63 35x50 5.05 1.87 156.42
    560 40x35 5.67 2.1 153.41 40x40 5 1.85 156.14
    680 30x65 6.37 2.36 128.88 35x55 5.51 2.04 132.87
    680 35x50 6.32 2.34 128.64 40x45 5.45 2.02 132.66
    680 40x40 6.26 2.32 128.32 45x40 5.4 2 132.33
    820 35x55 6.97 2.58 102.82 35x65 6.08 2.25 111.97
    820 40x45 6.91 2.56 102.64 40x55 6.02 2.23 111.85
    820 45x40 6.86 2.54 102.45 45x45 5.97 2.21 111.65
    1000 35x65 7.61 2.82 85.24 40x60 6.78 2.51 90.32
    1000 40x50 7.56 2.8 85.13 45x55 6.72 2.49 89.85
    1000 45x45 7.51 2.78 84.96        
    1200 40x60 8.21 3.04 72.68 40x70 7.34 2.72 78.87
    1200 45x50 8.15 3.02 72.24 45x60 7.29 2.7 78.65
    1500 40x70 8.69 3.22 52.45 40x80 7.94 2.94 55.87
    1500 45x60 8.64 3.2 52.11 45x70 7.88 2.92 55.56
    Rated Voltage (Surge voltage) (V) 500(550)
    Items Size DXL(mm) Ripple Current (40℃, 120Hz) Arms Ripple Current (105℃, 120Hz) Arms ESR (Max,mΩ/ 120Hz, 20℃)
    Capacitance(uF)        
    68 22x45 1.4 0.52 3845.32
    82 25x40 1.67 0.62 3215.24
    100 25x45 1.84 0.68 2631.45
    120 25x50 2.11 0.78 2203.52
    120 35x30 2.21 0.82 2203.62
    150 30x40 2.38 0.88 1758.52
    180 30x50 2.7 1 1471.24
    220 35x45 3.29 1.22 1195.6
    270 35x50 3.51 1.3 975.45

    The liquid large-scale business department was established in 2009, and is deeply involved in the research and development and manufacture of horn-type and bolt-type aluminum electrolytic capacitor. Liquid large-scale aluminum electrolytic capacitors have the advantages of ultra-high voltage (16V~630V), ultra-low temperature, high stability, low leakage current, large ripple current resistance, and long life. The products are widely used in photovoltaic inverters, charging piles, vehicle-mounted OBC, outdoor Energy storage power supply, and industrial frequency conversion and other application fields. We give full play to the advantages of "new product development, high-precision manufacturing, and a professional team integrating application-side promotion", aiming at the goal of "letting the charge have no hard-to-storage container", committed to satisfying the market with technological innovation, and combining different applications of customers To meet the needs of customers, carry out technical docking and manufacturing connection, provide customers with technical services and special product customization, and meet customer needs.

    All about Aluminum Electrolytic Capacitor you need know

    Aluminum electrolytic capacitors are a common type of capacitor used in electronic devices. Learn the basics of how they work and their applications in this guide. Are you curious about aluminium electrolytic capacitor? This article covers the fundamentals of these aluminum capacitor, including their construction and usage. If you’re new to aluminium electrolytic capacitors, this guide is a great place to start. Discover the basics of these aluminum capacitors and how they function in electronic circuits. If you’re interested in electronics capacitor component , you may have heard of aluminium capacitor. These capacitor components are widely used in electronic devices and play an important role in circuit design. But what exactly are they and how do they work? In this guide, we’ll explore the basics of aluminum electrolytic capacitors, including their construction and applications. Whether you’re a beginner or an experienced electronics enthusiast, this article is a great resource for understanding these important components.

    1.What is an aluminum electrolytic capacitor? An aluminium electrolytic capacitor is a type of capacitor that uses an electrolyte to achieve a higher capacitance than other types of capacitors. It is made up of two aluminum foils separated by a paper soaked in electrolyte.

    2.How does it work? When a voltage is applied to the electronic capacitor, the electrolyte conducts electricity and allows the capacitor electronic to store energy. The aluminum foils act as the electrodes, and the paper soaked in electrolyte acts as the dielectric.

    3.What are the advantages of using an aluminum electrolytic capacitors? Aluminium electrolytic capacitors have a high capacitance, which means they can store a lot of energy in a small space. They are also relatively inexpensive and can handle high voltages.

    4.What are the disadvantages of using an aluminum electrolytic capacitor? One disadvantage of using an aluminum electrolytic capacitors is that they have a limited lifespan. The electrolyte can dry out over time, which can cause the capacitor components to fail. They are also sensitive to temperature and can be damaged if exposed to high temperatures.

    5.What are some common applications of aluminium electrolytic capacitors? Aluminium electrolytic capacitor are commonly used in power supplies, audio equipment, and other electronic devices that require high capacitance. They are also used in automotive applications, such as in the ignition system.

    6.How do you choose the right aluminum electrolytic capacitor for your application? When choosing an aluminum electrolytic capacitors, you need to consider the capacitance, voltage rating, and temperature rating. You also need to consider the size and shape of the capacitor, as well as the mounting options.

    7.How do you care for an aluminium electrolytic capacitor? To care for an aluminium electrolytic capacitors, you should avoid exposing it to high temperatures and high voltages. You should also avoid subjecting it to mechanical stress or vibration. If the capacitor is used infrequently, you should periodically apply a voltage to it to keep the electrolyte from drying out.

    The Advantages and Disadvantages of Aluminum Electrolytic Capacitors

    Aluminum electrolytic capacitor have both advantages and disadvantages. On the positive side, they have a high capacitance-to-volume ratio, making them useful in applications where space is limited. The aluminium Electrolytic Capacitor also have a relatively low cost compared to other types of capacitors. However, they have a limited lifespan and can be sensitive to temperature and voltage fluctuations. Additionally, Aluminium Electrolytic Capacitors may experience leakage or failure if not used properly. On the positive side, Aluminum Electrolytic Capacitors have a high capacitance-to-volume ratio, making them useful in applications where space is limited. However, they have a limited lifespan and can be sensitive to temperature and voltage fluctuations. Additionally, Aluminum Electrolytic Capacitor can be prone to leakage and have a higher equivalent series resistance compared to other types of electronic capacitors.


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