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3, Kalinin Str., Sarapul

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K50-95

Aluminum electrolytic capacitor

elecond-market@elcudm.ru
+7 (34147) 2-99-89
Конденсатор К50-95
AZHAR.673541.023 TU
Capacitors K50-95, in comparable denominations, provide import substitution of foreign aluminum capacitors of vertical chip design for surface mounting.

Polar, sealed, non-isolated, fixed chip-capacitors. The capacitor type is produced for the internal wiring with the requirements to 98% air humidity at T=25°C.

Find out about delivery times, product costs or just ask a question

Find out about delivery times, product costs or just ask a question

Main parameters

NameValue
Rated voltage, V6.3…450
Rated capacitance, µF3.3…10 000
Capacitance tolerance (25°C, 50 Hz), %+50…-20; ±20
Temporary overvoltage within 10 sec., V1.15 UR (UR=6.3…315)
1.1 UR (UR=350, 400, 450)
Maximum operating temperature Tenv, °C+100
Minimal operating temperature Tenv, °C-60

Capasitor physical configuration

1 – Negative terminal
2 – Positive terminal

Capacitor ratings

UR, V6.31016254063100160250315350400450
CR, µF
3.3
4.7
10
22
33
47
100
220
330
470
1 000
2 200
3 300
4 700
10 000

Capacitors reliability

Reliability Operation modesMinimal nonfailure operating
time, tλ, hours
Capacitor failure rate,
λ, 1/hour, max
Maximum-permissible mode (UR, Tenv=100°С)2 0001x10-4
Typical operating mode (0.7UR, Tenv=85°С)4 0005x10-4
Typical operating mode (0.7UR, Tenv=55°С)30 0005x10-5
Storageability
Gamma-rated time of capacitor storageability Tcy at y=95%, years, min
20

Capacitor electric parameters value when delivered

UR, VCR, µFtg δ, %ILEAKZ*, Ohm, 25°CESR, Ohm, 25°C, 100HzIR, mА, 120°C, 50 Hz
6.32 200451391.101.20384
6.33 300452080.960.98385
6.34 700452970.930.94400
6.310 000456300.880.90546
101 000351001.401.50298
102 200352201.101.20385
103 300353300.981.00535
104 700354700.870.90630
161 000251601.501.60315
162 200253521.101.30500
163 300255280.981.10630
164 700257520.800.98721
25470201181.902.00298
251 000202501.751.80385
252 200205501.441.50630
253 300208250.901.10721
40330151325.305.50298
40470151884.805.00385
401 000154004.704.80735
402 200158803.804.50432
6310015635.405.60140
63220151395.305.50280
63330152084.955.00346
63470152964.774.80494
10033153314.0015.0070
10047154711.8012.50135
1001001530010.4011.00179
100220152209.8010.80250
100330153308.8010.50321
16022209518.5020.0059
160332013117.0018.0072
160472030114.0016.0086
25010257523.0025.0034
250222513522.5023.0059
250332533020.8022.0074
250472526018.7020.0095
3154.7156048.0050.0023
315101512635.0038.0031
315221527834.0036.0042
315331541631.0035.0068
3503.3154768.0070.0021
3504.7156663.0065.0022
350101514059.0061.0030
350221530857.0058.8043
350331546250.0054.4071
4003.3255184.0090.0019
4004.7256379.0085.0020
400102510568.0070.0030
400222520148.8050.0060
400332552846.0048.8075
4503.32559100.00120.0022
4504.7258590.00110.0023
450102518080.0088.0030
450222539630.0055.0056
* Capacitor impedance Z is measured at frequency 100 kHz for capacitors CR ≤1 000 µF, and at frequency 10 kHz for capacitors CR > 1 000 µF

Capacitors overall dimensions and mass

UR, VCR, µFDimensions, mmMass, g, max
DHL=Wlbe
Nom.Limit dev.Nom.Limit dev.Nom.Limit dev.Nom.Limit dev.Nom.Limit dev.Nom.Limit dev.
6.32 20012.5±0.513.5±0.513.6±0.25.0±0.31.2±0.24.0±0.511.24
6.33 30012.5±0.513.5±0.513.6±0.25.0±0.31.2±0.24.0±0.511.24
6.34 70016.0±0.516.5±0.517.1±0.25.6±0.31.2±0.26.3±0.513.56
6.310 00018.0±0.516.5±0.519.1±0.26.6±0.31.2±0.26.3±0.514.47
101 00010.0±0.510.0±0.510.3±0.23.4±0.30.8+0.3
-0.1
4.0±0.510.46
102 20012.5±0.513.5±0.513.6±0.25.0±0.31.2±0.24.0±0.511.24
103 30016.0±0.516.5±0.517.1±0.25.6±0.31.2±0.26.3±0.513.56
104 70016.0±0.516.5±0.517.1±0.25.6±0.31.2±0.26.3±0.513.56
161 00012.5±0.513.5±0.513.6±0.25.0±0.31.2±0.24.0±0.511.24
162 20016.0±0.516.5±0.517.1±0.25.6±0.31.2±0.26.3±0.513.56
163 30016.0±0.516.5±0.517.1±0.25.6±0.31.2±0.26.3±0.513.56
164 70018.0±0.516.5±0.519.1±0.26.6±0.31.2±0.26.3±0.514.47
2547010.0±0.510.0±0.510.3±0.23.4±0.30.8+0.3
-0.1
4.0±0.510.46
251 00012.5±0.513.5±0.513.6±0.25.0±0.31.2±0.24.0±0.511.24
252 20016.0±0.516.5±0.517.1±0.25.6±0.31.2±0.26.3±0.513.56
253 30018.0±0.516.5±0.519.1±0.26.6±0.31.2±0.26.3±0.514.47
4033010.0±0.510.0±0.510.3±0.23.4±0.30.8+0.3
-0.1
4.0±0.510.46
4047012.5±0.513.5±0.513.6±0.25.0±0.31.2±0.24.0±0.511.24
401 00016.0±0.516.5±0.517.1±0.25.6±0.31.2±0.26.3±0.513.56
402 20018.0±0.516.5±0.519.1±0.26.6±0.31.2±0.26.3±0.514.47
6310010.0±0.510.0±0.510.3±0.23.4±0.30.8+0.3
-0.1
4.0±0.510.46
6322012.5±0.513.5±0.513.6±0.25.0±0.31.2±0.24.0±0.511.24
6333012.5±0.516.0±0.513.6±0.25.0±0.31.2±0.24.0±0.511.98
6347016.0±0.516.5±0.517.1±0.25.6±0.31.2±0.26.3±0.513.56
1003310.0±0.510.0±0.510.3±0.23.4±0.30.8+0.3
-0.1
4.0±0.510.46
1004710.0±0.510.0±0.510.3±0.23.4±0.30.8+0.3
-0.1
4.0±0.510.46
10010012.5±0.513.5±0.513.6±0.25.0±0.31.2±0.24.0±0.511.24
10022016.0±0.516.5±0.517.1±0.25.6±0.31.2±0.26.3±0.513.56
10033018.0±0.516.5±0.519.1±0.26.6±0.31.2±0.26.3±0.514.47
1602212.5±0.513.5±0.513.6±0.25.0±0.31.2±0.24.0±0.511.24
1603312.5±0.513.5±0.513.6±0.25.0±0.31.2±0.24.0±0.511.24
1604712.5±0.516.0±0.513.6±0.25.0±0.31.2±0.24.0±0.511.98
2501010.0±0.510.0±0.510.3±0.23.4±0.30.8+0.3
-0.1
4.0±0.510.46
2502212.5±0.513.5±0.513.6±0.25.0±0.31.2±0.24.0±0.511.24
2503312.5±0.516.0±0.513.6±0.25.0±0.31.2±0.24.0±0.511.98
2504716.0±0.516.5±0.517.1±0.25.6±0.31.2±0.26.3±0.513.56
3154.710.0±0.510.0±0.510.3±0.23.4±0.30.84.0±0.510.46
3151012.5±0.513.5±0.513.6±0.25.0±0.31.2±0.24.0±0.511.24
3152212.5±0.516.0±0.513.6±0.25.0±0.31.2±0.24.0±0.511.98
3153316.0±0.516.5±0.517.1±0.25.6±0.31.2±0.26.3±0.513.56
3503.310.0±0.510.0±0.510.3±0.23.4±0.30.8+0.3
-0.1
4.0±0.510.46
3504.710.0±0.510.0±0.510.3±0.23.4±0.30.8+0.3
-0.1
4.0±0.510.46
3501012.5±0.513.5±0.513.6±0.25.0±0.31.2±0.24.0±0.511.24
3502212.5±0.516.0±0.513.6±0.25.0±0.31.2±0.24.0±0.511.98
3503316.0±0.516.5±0.517.1±0.25.6±0.31.2±0.26.3±0.513.56
4003.310.0±0.510.0±0.510.3±0.23.4±0.30.8+0.3
-0.1
4.0±0.510.46
4004.710.0±0.510.0±0.510.3±0.23.4±0.30.8+0.3
-0.1
4.0±0.510.46
4001012.5±0.513.5±0.513.6±0.25.0±0.31.2±0.24.0±0.511.24
4002216.0±0.516.5±0.517.1±0.25.6±0.31.2±0.26.3±0.513.56
4003316.0±0.516.5±0.517.1±0.25.6±0.31.2±0.26.3±0.513.56
4503.312.5±0.513.5±0.513.6±0.25.0±0.31.2±0.24.0±0.511.24
4504.712.5±0.513.5±0.513.6±0.25.0±0.31.2±0.24.0±0.511.24
4501012.5±0.516.0±0.513.6±0.25.0±0.31.2±0.24.0±0.511.98
4502216.0±0.516.5±0.517.1±0.25.6±0.31.2±0.26.3±0.513.56
Ripple current effective value
versus temperature and frequency can be found from the formula IRO = IR x KT x KF, where

IR– allowable ripple current at 85 °C, 50 Hz (See Table “Capacitor electric parameters”)

KT - IR correction factor versus temperature

Tenv, °C254050607085100
KT2.12.041.981.91.731.51.0

KF - IR correction factor versus frequency

F, Hz501003006001 00010 000≥50 000
KF1.01.251.51.631.691.882.0

Example of reference designation for ordering

CAPACITOR K50-95 – 40V – 330µF (+50 -20)% AZHYAR.673541.023 TU
CAPACITOR K50-95 – 40V – 330µF ±20% AZHYAR.673541.023 TU

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Leading manufacturer of capacitors in Russia
3, Kalinin Str., Sarapul, Udmurt Republic, Russia, 427968
TIN 1827003592
OGRN 1021800993752
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