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quality Miniature Aluminum Electrolytic Capacitors Rated Voltage 6.3 to 100V DC BERYL Electronic Tech RF050M102LO13*25TA-1A1E factory
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quality Miniature Aluminum Electrolytic Capacitors Rated Voltage 6.3 to 100V DC BERYL Electronic Tech RF050M102LO13*25TA-1A1E factory
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Specifications
Operating Temperature:
-40℃~+105℃
Lifetime:
-
Capacitance:
1000uF
Height - Seated (Max):
25mm
Pin Spacing:
-
Voltage Rating:
50V
Diameter:
13mm
Equivalent Series Resistance(ESR):
-
Tolerance:
±20%
Ripple Current:
-
Mfr. Part #:
RF050M102LO13*25TA-1A1E
Package:
Through Hole,D13xL25mm
Key Attributes
Model Number: RF050M102LO13*25TA-1A1E
Product Description

Product Overview

The RF Series Miniature Aluminum Electrolytic Capacitors are designed for high-performance applications, featuring low impedance and a downsized construction. They are ideal for power supply outputs and operate reliably in temperatures up to 105 for extended periods (4000-8000 hours). These capacitors are RoHS2.0 compliant, ensuring adherence to environmental standards.

Product Attributes

  • Series: RF Series
  • Type: Miniature Aluminum Electrolytic Capacitors
  • Compliance: RoHS2.0 Compliant
  • Key Features: Low impedance, downsized
  • Operating Temperature: -40 ~ +105
  • Rated Temperature Range: 4000~8000 hours at 105

Technical Specifications

Item Characteristic
Category Temperature Range -40 ~ +105
Rated Voltage Range 6.3 ~ 100V.DC
Capacitance Tolerance 20%(M) (at 20, 120Hz)
Leakage Current Formula I0.01CV or 3A, whichever is greater (After 2 minutes application of rated voltage)
Note I=Max.leakage current (A), C=Nominal capacitance(F), V=Rated voltage(V) (at 20)
Dissipation Factor (tan) Max. Values
6.3V: 0.2210V: 0.1916V: 0.1625V: 0.1435V: 0.1250V: 0.1063V: 0.0980V: 0.08100V: 0.08
Correction When nominal capacitance exceeds 1000 F, add 0.02 to the value above for each 1000 F increase. (at 20, 120Hz)
Low Temperature Characteristics Z(-25)/Z(+20) (Max. Impedance Ratio) 2 (Max.)
Z(-40)/Z(+20) (Max. Impedance Ratio) 3 (Max.)
Endurance Conditions Applied maximum allowable ripple current within rated voltage range at 105.
Specifications after test Capacitance change 25% of initial value, D.F.(tan) 200% of initial specified value, Leakage current Initial specified value.
Test Duration 5~6.3: 4000 hrs, 8~10: 5000 hrs, 13: 7000 hrs, 16: 8000 hrs
Shelf Life Conditions Stored for 500 hours at 105 without voltage applied.
Specifications after test Capacitance change 25% of initial value, D.F.(tan) 200% of initial specified value, Leakage current 200% of initial specified value.

Dimensions (Unit: mm)

D F d (L<20) (L20)
5 2.0 0.5 1.5 2.0
6.3 2.5 0.5
8 3.5 0.5/0.6
10 5.0 0.6
13 5.0 0.6
16 7.5 0.8
18 7.5 0.8

Standard Ratings

WV(V) Cap. (F) Case size DL (mm) Impedance () Max. 20/100kHz Rated ripple current (mArms) 105/100KHz
6.31505x110.30250
6.33306.3x110.13405
6.35608x120.072760
6.38208x160.056995
6.31,00010x130.0531,030
6.31,2008x200.0411,250
6.31,20010x160.0381,430
6.31,50010x200.0231,820
6.32,20010x250.0222,150
6.33,30013x200.0212,360
6.33,90013x250.0182,770
6.34,70013x300.163,290
6.35,60013x350.0153,400
6.35,60016x210.0183,140
6.36,80016x260.0163,460
101005x110.30250
102206.3x110.13405
104708x120.072760
106808x160.056995
1068010x130.0531,030
101,0008x200.0411,250
101,00010x160.0381,430
101,20010x200.0231,820
101,50010x250.0222,150
102,20013x200.0212,360
103,30013x250.0182,770
103,90013x300.163,290
103,90016x210.0183,140
104,70013x350.0153,400
105,60016x260.0163,460
16565x110.30250
161206.3x110.13405
163308x120.072760
164708x160.056995
1647010x130.0531,030
166808x200.0411,250
1668010x160.0381,430
1682010x200.0351,550
161,00010x200.0231,820
161,20010x250.0222,150
161,50013x200.0212,360
162,20013x250.0182,770
162,70013x300.0163,290
162,70016x210.0183,140
163,30013x350.0153,400
163,90016x260.0163,460
25475x110.30250
251006.3x110.13405
252208x120.072760
253308x160.056995
2533010x130.0531,030
254708x200.0411,250
2547010x160.0381,430
2568010x200.0231,820
2582010x250.0222,150
251,00013x200.0212,360
251,50013x250.0182,770
251,80013x300.0163,290
252,70016x210.0183,140
253,30013x350.0153,400
253,90016x260.0163,460
35335x110.30250
35566.3x110.13405
351508x120.072760
352208x160.056995
3522010x130.0531,030
3547010x160.0381,430
3568010x200.0231,820
3582010x250.0222,150
351,00013x200.0212,360
351,20013x250.0182,770
351,50013x300.0163,290
351,50016x210.0183,140
352,20013x350.0153,400
352,70016x260.0163,460
50225x110.30238
50566.3x110.13385
501008x120.072724
501208x160.056950
5015010x130.053979
501808x200.0411,190
5022010x160.0381,370
5027010x200.0231,580
5033010x250.0221,870
5047013x200.0212,050
5056013x250.0182,410
5068013x300.162,860
5082013x350.0412,960
5082016x210.0392,730
501,00016x260.0363,010
63155x110.30250
63336.3x110.13405
63568x120.072760
63828x160.056995
638210x130.0531,030
631208x200.0411,250
6312010x160.0381,430
6315010x140.0961,820
6318010x160.0922,150
6322010x160.0892,360
6327010x160.0882,770
6333010x160.0892,770
6339010x200.0853,290
6347013x200.0853,140
6347013x250.0813,400
6356013x300.0783,460
806810x130.053480
8010010x160.038600
8012010x200.023800
8015010x250.022900
8015013x160.11750
8022013x200.0211,100
8033013x250.0181,250
8033016x200.0481,350
8039013x300.0161,500
8047013x350.0151,650
8047016x260.0181,700
8047018x200.0451,500
8056013x400.0151,800
8068016x320.0161,850
8068018x260.0361,750
8082016x350.0162,000
8082018x320.0161,900
801,00016x400.0152,200
801,00018x350.0152,200
801,20018x400.0152,700
1006.85x111.4125
100156.3x110.57205
100278x120.36355
100398x160.25450
1004710x130.17480
100688x200.041565
10010010x160.038600
10012010x200.023800
10015010x250.022900
10018013x200.0211,100
10022013x250.0181,250
10022016x200.0481,350
10027013x300.0161,500
10033013x350.0151,650
10033016x260.0181,700
10033018x200.0451,500
10039013x400.0151,800
10047016x320.0161,850
10047018x260.0361,750
10056016x350.0162,000
10056018x320.0161,900
10068016x400.0152,200
10068018x350.0152,200
10082018x400.0152,700

Note on Endurance: The endurance of capacitors is reduced by self-heating due to ripple current. The lifetime is halved for every 5 rise in center temperature. For extended life performance, the RMS ripple current should be reduced during operation.


2410121308_BERYL-Electronic-Tech-RF050M102LO13-25TA-1A1E_C2837892.pdf

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