Nichicon 68μF 100V dc Aluminium Electrolytic Capacitor, Through Hole 10 (Dia.) x 16mm +105°C 10mm 5mm

  • RS Stock No. 491-0608
  • Mfr. Part No. UHE2A680MPD
  • Manufacturer Nichicon
Technical data sheets
Legislation and Compliance
RoHS Certificate of Compliance
COO (Country of Origin): JP
Product Details

Aluminium Electrolytic Capacitors HE Series 105°C

The HE series of electrolytic capacitors from Nichicon offer a low impedance, high reliability, miniature solution. These compact electrolytic capacitors are constructed from a PET (non-PVC) sleeve with lead-free plating on the leads.

Dimensions (mm)
ØD 5 6.3 8 10 12.5 16 18
P 2.0 2.5 3.5 5.0 5.0 7.5 7.5
Ød 0.5 0.5 0.6 0.6 0.6* 0.8 0.8
*For Ø 12.5, d = 0.8mm when L>25
Part No. Voltage Rating (V) Capacitance (μF) Case dimensions (DxL) (mm) Impedance (Ω) MAX @20°C 100KHz Rated ripple current (mA rms) @105°C 100KHz
UHE2A6R8MDD 100 6.8 5x11 2.3 55
UHE2A150MED 100 15 6.3x11 1.2 115
UHE2A270MPD 100 27 8x11.5 0.63 232
UHE2A390MPD 100 39 8x15 0.45 300
UHE2A470MPD 100 47 10x12.5 0.43 288
UHE2A680MPD 100 68 10x16 0.31 357
UHE2A101MPD 100 100 10x25 0.2 531
UHE2A151MHD 100 150 16x15 0.14 795
UHE2A221MHD6 100 220 16x20 0.091 1040
UHE2A331MHD6 100 330 18x20 0.08 1240
UHE2A471MHD 100 470 16x35.5 0.045 1790
UHE2A681MHD 100 680 18x35.5 0.04 1790
technical specification
Temperature range -40 to +105°C
Capacitance tolerance ±20% (120Hz, 20°C)
Leakage current (2 minutes value) Equal to or less than any of larger value of I = 0.01CV or 3μA
Life Expectancy (rated voltage and rated ripple current) 105°C 4000 hours to 10000 hours
Part No. Voltage Rating (V) Capacitance (μF) Case dimensions (DxL) (mm) Impedance (Ω) MAX @20°C 100KHz Rated ripple current (mA rms) @105°C 100KHz
UHE0J151MDD 6.3 150 5x11 0.58 210
UHE0J331MED 6.3 330 6.3x11 0.22 340
UHE0J681MPD 6.3 680 8x11.5 0.13 640
UHE0J821MPD 6.3 820 10x12.5 0.08 865
UHE0J102MPD 6.3 1000 8x15 0.087 840
UHE0J122MPD6 6.3 1200 10x16 0.06 1210
UHE0J152MPD 6.3 1500 10x20 0.046 1400
UHE0J222MPD 6.3 2200 10x25 0.042 1650
UHE0J272MHD 6.3 2700 16x15 0.042 1940
UHE0J332MHD 6.3 3300 12.5x20 0.035 1900
UHE0J392MHD 6.3 3900 12.5x25 0.027 2230
UHE0J472MHD 6.3 4700 12.5x31.5 0.024 2650
UHE0J682MHD6 6.3 6800 16x25 0.021 2930
Part No. Voltage Rating (V) Capacitance (μF) Case dimensions (DxL) (mm) Impedance (Ω) MAX @20°C 100KHz Rated ripple current (mA rms) @105°C 100KHz
UHE1A101MDD 10 100 5x11 0.58 210
UHE1A221MED 10 220 6.3x11 0.22 340
UHE1A471MPD 10 470 8x11.5 0.13 640
UHE1A681MPD 10 680 8x15 0.087 840
UHE1A102MPD 10 1000 8x20 0.069 1050
UHE1A122MPD 10 1200 10x20 0.046 1400
UHE1A152MPD 10 1500 10x25 0.042 1650
UHE1A222MHD6 10 2200 12.5x20 0.035 1900
UHE1A272MHD 10 2700 18x15 0.043 2210
UHE1A332MHD 10 3300 12.5x25 0.027 2230
UHE1A472MHD 10 4700 12.5x35.5 0.02 2880
UHE1A562MHD6 10 5600 16x25 0.021 2930
UHE1A682MHD 10 6800 16x31.5 0.017 3450
UHE1A822MHD 10 8200 16x35.5 0.015 3610
UHE1A102MHD 10 10000 16x40 0.013 4080
Part No. Voltage Rating (V) Capacitance (μF) Case dimensions (DxL) (mm) Impedance (Ω) MAX @20°C 100KHz Rated ripple current (mA rms) @105°C 100KHz
UHE1C560MDD 16 56 5x11 0.58 210
UHE1C121MED 16 120 6.3x11 0.22 340
UHE1C331MPD 16 330 8x11.5 0.13 640
UHE1C471MPD6 16 470 10x12.5 0.08 865
UHE1C681MPD6 16 680 10x16 0.06 1210
UHE1C102MPD 16 1000 10x20 0.046 1400
UHE1C122MPD 16 1200 10x25 0.042 1650
UHE1C152MPD 16 1500 10x31.5 0.031 1910
UHE1C222MHD 16 2200 12.5x25 0.027 2230
UHE1C272MHD 16 2700 12.5x31.5 0.024 2650
UHE1C332MHD 16 3300 12.5x35.5 0.02 2880
UHE1C472MPD 16 4700 16x31.5 0.017 3450
UHE1C562MHD6 16 5600 18x31.5 0.015 4170
UHE1C682MHD 16 6800 16x40 0.013 4080
UHE1C822MHD 16 8200 18x35.5 0.014 4220
UHE1C103MHD 16 10000 18x40 0.012 4280
Part No. Voltage Rating (V) Capacitance (μF) Case dimensions (DxL) (mm) Impedance (Ω) MAX @20°C 100KHz Rated ripple current (mA rms) @105°C 100KHz
UHE1E470MDD 25 47 5x11 0.58 210
UHE1E101MED 25 100 6.3x11 0.22 340
UHE1E221MPD 25 220 8x11.5 0.13 640
UHE1E331MPD6 25 330 10x12.5 0.08 865
UHE1E471MPD6 25 470 10x16 0.06 1210
UHE1E681MPD 25 680 10x20 0.046 1400
UHE1E102MHD6 25 1000 12.5x20 0.035 1900
UHE1E152MHD 25 1500 12.5x25 0.027 2230
UHE1E222MHD 25 2200 12.5x35.5 0.02 2880
UHE1E332MHD 25 3300 16x31.5 0.017 3450
UHE1E472MHD 25 4700 18x35.5 0.014 4220
Part No. Voltage Rating (V) Capacitance (μF) Case dimensions (DxL) (mm) Impedance (Ω) MAX @20°C 100KHz Rated ripple current (mA rms) @105°C 100KHz
UHE1V330MDD 35 33 5x11 0.58 210
UHE1V560MED 35 56 6.3x11 0.22 340
UHE1V151MPD 35 150 8x11.5 0.13 640
UHE1V221MPD6 35 220 10x12.5 0.08 865
UHE1V331MPD 35 330 10x16 0.06 1210
UHE1V471MPD 35 470 10x20 0.046 1400
UHE1V681MDD 35 680 12.5x20 0.035 1900
UHE1V102MHD 35 1000 12.5x25 0.027 2230
UHE1V152MHD 35 1500 12.5x35.5 0.02 2880
UHE1V222MHD 35 2200 16x31.5 0.017 3450
UHE1V332MHD6 35 3300 18x35.5 0.014 4220
Part No. Voltage Rating (V) Capacitance (μF) Case dimensions (DxL) (mm) Impedance (Ω) MAX @20°C 100KHz Rated ripple current (mA rms) @105°C 100KHz
UHE1H220MDD 50 22 5x11 0.7 180
UHE1H560MED 50 56 6.3x11 0.3 295
UHE1H101MPD 50 100 8x11.5 0.17 555
UHE1H121MPD 50 120 8x15 0.12 730
UHE1H151MPD 50 150 10x12.5 0.12 760
UHE1H181MPD 50 180 8x20 0.091 910
UHE1H221MPD 50 220 10x16 0.084 1050
UHE1H271MPD 50 270 10x20 0.06 1220
UHE1H331MPD 50 330 10x25 0.055 1440
UHE1H471MHD6 50 470 12.5x20 0.045 1660
UHE1H681MHD 50 680 12.5x31.5 0.03 2310
UHE1H102MHD6 50 1000 16x25 0.025 2555
UHE1H122MHD 50 1200 16x31.5 0.022 3010
UHE1H152MHD 50 1500 16x35.5 0.019 3150
UHE1H222MHD6 50 2200 18x35.5 0.017 3680
Part No. Voltage Rating (V) Capacitance (μF) Case dimensions (DxL) (mm) Impedance (Ω) MAX @20°C 100KHz Rated ripple current (mA rms) @105°C 100KHz
UHE1J150MDD 63 15 5x11 2.3 55
UHE1J330MED 63 33 6.3x11 1.2 115
UHE1J560MPD 63 56 8x11.5 0.63 232
UHE1J820MPD6 63 82 10x12.5 0.43 288
UHE1J121MPD6 63 120 10x16 0.31 357
UHE1J181MPD 63 180 10x20 0.21 466
UHE1J221MPD 63 220 10x25 0.2 531
UHE1J331MHD 63 330 12.5x25 0.12 784
UHE1J471MHD6 63 470 16x20 0.091 1040
UHE1J681MHD6 63 680 18x20 0.08 1240
UHE1J102MHD 63 1000 16x35.5 0.045 1790
UHE1J152MHD 63 1500 18x40 0.036 2330
//media.rs-online.com/t_line/LJ490941-01.gif
//media.rs-online.com/t_line/LJ490941-02.gif
Specifications
Attribute Value
Capacitance 68 µF
Voltage 100 V dc
Mounting Type Through Hole
Technology Electrolytic
Dimensions 10 (Dia.) x 16mm
Height 16mm
Minimum Operating Temperature -40°C
Diameter 10mm
Maximum Operating Temperature +105°C
Lead Pitch 5mm
Lifetime 7000h
Series HE
Ripple Current 400mA
Tolerance ±20%
Leakage Current 3 μA
40 In stock for delivery within 5 working day(s)
Price (ex. GST) Each (In a Pack of 5)
$ 0.718
(exc. GST)
$ 0.826
(inc. GST)
units
Per unit
Per Pack*
5 - 120
$0.718
$3.59
125 - 495
$0.70
$3.50
500 - 2495
$0.662
$3.31
2500 - 4995
$0.646
$3.23
5000 +
$0.626
$3.13
*price indicative
Packaging Options:
Related Products
High-temperature stability, guaranteed at 135°C, 1000 to 3000 ...
Description:
High-temperature stability, guaranteed at 135°C, 1000 to 3000 hours. High reliability product for use in electrical wiring requiring ability to withstand harsh conditions. Capacitance tolerance: ±20%Operating temperature range -55 to +135°CLeakage current: less than 0.03 CV or 4 μA, whichever ...
Panasonic M Series Type A electrolytic capacitors feature ...
Description:
Panasonic M Series Type A electrolytic capacitors feature excellent endurance of 2000 hours at +85°C. Smaller than SU series High reliability. High ripple current. Low impedance. Long life. Fully sleeved.
Polarized Aluminium Electrolytic Capacitors, Non-Solid Electrolyte. Very low ...
Description:
Polarized Aluminium Electrolytic Capacitors, Non-Solid Electrolyte. Very low impedance and low ESRVery long useful life: 4000 h to 10 000 h at 105 °CVery high reliability. Excellent ripple current capability. Radial leads, cylindrical Aluminium case with pressure relief, insulated with ...
Bipolar aluminium electrolytic capacitor. Ideal for use where ...
Description:
Bipolar aluminium electrolytic capacitor. Ideal for use where polarity is not fixed or indeterminate, such as exchange transmitters, loudspeaker crossover networks and motor shifters. Operating temperature range -55 to +105°CCapacitance tolerance: ±20%Leakage current: l = 0.01 CV or 3 μA ...