Aluminum electrolytic capacitor
K50-102

AZHAR.673541.027 TU

Полярные, постоянной емкости, для работы в цепях постоянного и пульсирующего тока РЭА. Предназначены для внутреннего монтажа с требованиями стойкости к повышенной влажности воздуха 98% при температуре 35°C. Уплотненные. В изолированном корпусе с радиальными проволочными выводами.




Main parameters
NameValue
Rated voltage, V 6.3…160
Rated capacitance, µF 1…2 200
Capacitance tolerance (25 °C, 50 Hz), % +50…-20; ±20
Maximum operating temperature Tenv, °C +100
Minimal operating temperature Tenv, °C -60

General view drawing

View B. Variant 1

View B. Variant 2

1 - Покрытие лаком (for all-climate version)
2 - Insulating sleeve



Capacitors reliability
Reliability
Operation modes
Minimal nonfailure operating time, tλ, hours Capacitor failure rate, λ, 1/hour, max
Maximum-permissible mode (UR, Tenv=100 °С) 1 000 3x10-4 (for D= 4-8mm)
2 000 1x10-4 (for D= 10-16mm)
Typical operating mode (0.7UR, Tenv=55 °С) 40 000 1x10-5 (for D= 4-8mm)
50 000 5x10-6 (for D= 10-16mm)
Storageability
Gamma-rated time of capacitor storageability Tcy at y=95%, years, min
20



Capacitors overall dimensions and mass
UR, V CR, µF Dimensions, mm Mass, g
D H A d
6.322471.50.450.43
6.333471.50.450.43
6.347471.50.450.43
6.310051120.50.75
6.322051120.50.75
6.33306.3112.50.50.97
6.34706.3112.50.50.97
1022471.50.450.43
1033471.50.450.43
104751120.50.75
1010051120.50.75
1022051120.50.75
103306.3112.50.50.97
104706.3112.50.50.97
1610471.50.450.43
16224111.50.450.58
16334111.50.450.58
164751120.50.75
1610051120.50.75
162206.3112.50.50.97
254.7471.50.450.43
2510471.50.450.43
25224111.50.450.58
25335111.50.50.75
25475111.50.50.75
251006.3112.50.50.97
354.7471.50.450.43
35104111.50.450.58
352251120.50.75
353351120.50.75
354751120.50.75
351006.3112.50.50.97
35220811.53.50.61.55
353301012.550.62.21
35470102050.63.31
35100012.52050.64.81
3522001631.57.50.89.8
40104111.50.450.58
402251120.50.75
403351120.50.75
40476.3112.50.50.97
40100811.53.50.51.55
503.3471.50.450.43
504.74111.50.450.58
50104111.50.450.58
502251120.50.75
503351120.50.75
50476.3112.50.50.97
50100811.53.50.61.55
50220101650.62.68
50330102050.63
5047012.52050.64.35
50100012.52550.65.23
5022001635.57.50.812.8
632.2471.50.450.43
633.3471.50.450.43
634.74111.50.450.58
631051120.50.75
632251120.50.75
63336.3112.50.50.97
63476.3112.50.50.97
100151120.50.75
1002.251120.50.75
1003.351120.50.75
1004.751120.50.75
1001051120.50.75
100226.3112.50.50.97
16016.3112.50.50.97
1602.26.3112.50.50.97
1603.36.3112.50.50.97
1604.76.3112.50.50.97
2004.76.3112.50.50.97
20010811.53.50.61.55
20022101650.62.68
20033102050.63.75
20047102050.63.75
20010016207.50.87.81
25016.3112.50.50.97
2502.26.3112.50.50.97
31516.3112.50.50.97
35016.3112.50.50.97



Capacitor electric parameters value when delivered
UR, V CR, µF
T=25°C, F=50Hz
tg δ, %
T=25°C, F=50Hz
ILEAK, µA
T=25°C, after 5min.
Z, Ohm
T=25°C, F=100kHz
ESR, Ohm
T=25°C, F=100Hz
IR, mА
T=100°C, F=50Hz
6.3224516.514262
6.333456.2513.4304
6.347458.8412.8341
6.31004518.935418
6.32204541.624500
6.33304562.41.52542
6.34704588.80.50.8578
1022456.66.514258
1033459.9513.4300
10474514.1412.8335
10100453035411
10220456624492
1033045991.52533
10470451410.50.8569
1610354.81027173
16223510.6618252
16333515.85.515292
16473522.6514327
16100354848401
1622035105.611.8479
254.7253.5143294
2510257.5724166
25222516.5310.4242
25332524.828.7281
25472535.31.84314
2510025750.82385
354.7205163590
35102010.5618159
35222023.12.58.4231
35332034.62.58.4268
35472049.324.5300
35100201050.92.1368
35220202310.81.6440
35330203470.71.4477
35470204940.51509
3510002010500.250.45578
3522002017700.10.12650
40101512724155
40221526.43.510226
40331539.63.29262
40471556.41.83.6293
40100151200.50.7359
503.3124.95143554
504.7127.05102884
50101215618148
50221233412215
50331249.53.510249
50471270.52.55279
50100121501.53342
50220123300.92.1409
50330124950.81.6443
50470127050.71.4473
5010001217500.30.4537
5022001217700.20.3650
632.2104.2195020
633.3106.218.94650
634.7108.818.34278
6310101912.126138
63221041.6921201
63331062.4511233
63471088.837260
10011032053.620
1002.2106.6184221
1003.3109.917.43440
1004.71014.116.83262
10010103014.130110
1002210663.27.2160
1601104.8206720
1602.21010.6123629
1603.31015.892333
1604.7104.54.51437
2004.71028.28.13620
2001010607.12535
20022101323951
200331019825.560
200471028212.567
200100106000.5182
2501107.510.58020
2502.21016.59.17022
315189.4289320
3501811319620



Ripple current effective value versus temperature and frequency can be found from the formula IRIPPLE, A = IR(50Hz, 100°C) × KRT × KRF

KRT - IR correction factor versus temperature
Tenv, °C 25 40 50 60 70 85 100
KRT 1.2 1.19 1.18 1.16 1.13 1.08 1



KRF - IR correction factor versus frequency
F, Hz 50 100 300 600 1 000 10 000 100 000 300 000
KRF 1 1.25 1.5 1.63 1.69 1.88 1.98 2



Example of reference designation for ordering:

CAPACITOR K50-102 - 50V - 22µF (+50 -20)% - I AZHYAR.673541.027 TU

CAPACITOR K50-102 - 50V - 22µF (+50 -20)% - I - V AZHYAR.673541.027 TU

CAPACITOR K50-102 - 50V - 22µF ±20% - I - V AZHYAR.673541.027 TU