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quality Miniature Aluminum Electrolytic Capacitors with RoHS 2.0 Compliance BERYL Electronic Tech RG100M330LO8*12TA-1A1Et factory
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quality Miniature Aluminum Electrolytic Capacitors with RoHS 2.0 Compliance BERYL Electronic Tech RG100M330LO8*12TA-1A1Et factory
>
Specifications
Lifetime:
8000hrs@105℃
Capacitance:
33uF
Height - Seated (Max):
12mm
Voltage Rating:
100V
Diameter:
8mm
Tolerance:
±20%
Mfr. Part #:
RG100M330LO8*12TA-1A1Et
Package:
Through Hole,D8xL12mm
Key Attributes
Model Number: RG100M330LO8*12TA-1A1Et
Product Description

Product Overview

The RG Series miniature aluminum electrolytic capacitors are designed for low impedance and downsized applications. These capacitors are suitable for power supply outputs and operate at 105 with a lifespan of 6000 to 10000 hours. They are RoHS 2.0 compliant.

Product Attributes

  • Series: RG Series
  • Type: Miniature Aluminum Electrolytic Capacitors
  • Compliance: RoHS 2.0 Compliant
  • Temperature Rating: 105
  • Lifespan: 6000~10000 hours

Technical Specifications

General Characteristics

Item Characteristic
Category Temperature Range -40 ~ +105
Rated Voltage Range 6.3 ~ 100V.DC
Capacitance Tolerance 20%(M) (at 20, 120Hz)
Leakage Current I0.01CV or 3A, whichever is greater (After 2 minutes application of rated voltage)

Dissipation Factor (tan) Max. (at 20, 120Hz)

Rated Voltage (V) tan (Max.)
6.3 0.22
10 0.19
16 0.16
25 0.14
35 0.12
50 0.10
63 0.09
80 0.09
100 0.08

Note: When nominal capacitance exceeds 1000F, add 0.02 to the value above for each 1000F increase.

Low Temperature Characteristics (at 120Hz)

Rated Voltage (V) Z(-25)/Z(+20) (Max. Impedance Ratio) Z(-40)/Z(+20) (Max. Impedance Ratio)
6.3 4 8
10 3 6
16 2 4
25 2 3
35 2 3
50 2 3
63 2 3
80 2 3
100 2 3

Endurance (at 105)

Condition Capacitance Change D.F. (tan) Leakage Current
5 ~ 6.3: 6000 hrs 30% of initial value 200% of initial specified value The initial specified value
8 ~ 10: 8000 hrs 25% of initial value 200% of initial specified value The initial specified value
13: 10000 hrs 25% of initial value 200% of initial specified value The initial specified value

Shelf Life (1000 hours at 105, no voltage applied)

Characteristic Specification
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 1.5 2.0
8 3.5 0.5/0.6 1.5 2.0
10 5.0 0.6 1.5 2.0
13 5.0 0.6 1.5 2.0
16 7.5 0.8 1.5 2.0
18 7.5 0.8 1.5 2.0

Frequency Coefficient for Rated Ripple Current

Frequency (Hz) 120 1k 10k 100k
Capacitance (F) 22 ~ 180 0.40 0.75 0.90 1.00
Capacitance (F) 220 ~ 560 0.50 0.85 0.94 1.00
Capacitance (F) 680 ~ 1,800 0.60 0.87 0.95 1.00
Capacitance (F) 2,200 ~ 3,900 0.75 0.90 0.95 1.00
Capacitance (F) 4,700 ~ 0.85 0.95 0.98 1.00

Standard Ratings (WV(V), Cap. (F), Case size DL (mm), Impedance (max. 20/100kHz, Max. allowable ripple current at 105 /100kHz)

WV(V) Cap. (F) Case size DL (mm) Impedance (max. 20/100kHz Max. allowable ripple current at 105 /100kHz
6.3 180 5X11 0.29 340
6.3 390 6.3X11 0.15 540
6.3 820 8X12 0.087 840
6.3 1,200 8X16 0.069 1,050
6.3 1,200 10X13 0.064 1,050
6.3 1,500 8X20 0.060 1,210
6.3 1,800 10X16 0.049 1,400
6.3 2,200 10X20 0.037 1,650
6.3 2,700 10X25 0.037 1,910
6.3 3,300 10X30 0.027 2,230
6.3 3,900 13X20 0.027 2,230
6.3 4,700 13X25 0.024 2,530
10 120 5X11 0.29 350
10 330 6.3X11 0.15 540
10 560 8X12 0.087 840
10 820 8X16 0.069 1,050
10 1,000 8X20 0.060 1,210
10 1,000 10X13 0.064 1,050
10 1,200 10X16 0.049 1,400
10 1,800 10X20 0.037 1,650
10 2,200 10X25 0.031 1,910
10 2,700 10X30 0.027 2,230
10 2,700 13X20 0.027 2,230
16 120 5X11 0.29 340
16 270 6.3X11 0.15 540
16 470 8X12 0.087 840
16 680 8X16 0.069 1,050
16 680 10X13 0.064 1,050
16 820 8X20 0.060 1,210
16 1,000 10X16 0.049 1,400
16 1,500 10X20 0.037 1,650
16 1,800 10X25 0.031 1,910
16 2,200 10X30 0.027 2,230
16 1,800 13X20 0.027 2,230
25 82 5X11 0.29 340
25 150 6.3X11 0.15 540
25 330 8X12 0.087 840
25 390 8X16 0.039 1,050
25 470 10X13 0.064 1,050
25 560 8X20 0.060 1,210
25 680 10X16 0.049 1,400
25 1,000 10X20 0.037 1,650
25 1,200 10X25 0.031 1,910
25 1,500 10X30 0.027 2,230
25 1,500 13X20 0.027 2,230
25 2,200 13X25 0.024 2,530
25 2,700 13X30 0.021 2,860
25 2,700 16X21 0.025 2,610
35 47 5X11 0.29 340
35 100 6.3X11 0.15 540
35 180 8X12 0.087 840
35 270 8X16 0.069 1,050
35 330 8X20 0.060 1,210
35 330 10X13 0.064 1,050
35 470 10X16 0.049 1,400
35 680 10X20 0.037 1,650
35 820 10X25 0.031 1,910
35 1,000 10X30 0.027 2,230
35 1,000 13X20 0.027 2,230
35 1,500 13X25 0.024 2,530
35 1,800 13X30 0.021 2,860
35 1,800 16X21 0.025 2,610
50 27 5X11 0.48 238
50 56 6.3X11 0.20 385
50 100 8X12 0.12 620
50 150 8X16 0.093 810
50 150 10X13 0.10 810
50 180 8X20 0.075 980
50 220 10X16 0.069 1,100
50 270 10X20 0.050 1,300
50 390 10X25 0.043 1,600
50 470 10X30 0.038 1,820
50 470 13X20 0.034 1,820
50 680 13X25 0.030 2,100
50 820 13X30 0.025 2,450
50 820 16X21 0.028 2,350
63 18 5X11 0.50 220
63 33 6.3X11 0.25 350
63 56 8X12 0.16 530
63 82 8X16 0.12 700
63 120 8X20 0.085 880
63 120 10X13 0.11 725
63 180 10X16 0.073 1,050
63 220 10X20 0.055 1,300
63 330 10X25 0.045 1,550
63 390 10X30 0.040 1,780
63 390 13X20 0.036 1,780
63 560 13X25 0.030 2,100
63 680 13X30 0.026 2,415
63 680 16X21 0.028 2,250
80 12 5X11 0.80 163
80 22 6.3X11 0.43 260
80 39 8X12 0.18 462
80 56 8X16 0.14 585
80 56 10X13 0.14 624
80 82 8X20 0.11 735
80 120 10X16 0.10 780
80 150 10X20 0.075 1,040
80 180 10X25 0.060 1,170
80 220 10X30 0.053 1,350
80 270 13X20 0.048 1,430
80 390 13X25 0.039 1,620
80 470 13X30 0.033 1,950
80 470 16X21 0.036 1,750
100 10 5X11 0.80 163
100 15 6.3X11 0.43 276
100 27 8X12 0.18 462
100 39 8X16 0.14 585
100 56 8X20 0.11 735
100 56 10X13 0.14 625
100 82 10X16 0.10 780
100 120 10X20 0.075 1,040
100 150 10X25 0.060 1,170
100 180 10X30 0.053 1,350
100 180 13X20 0.048 1,430
100 220 13X25 0.039 1,620
100 270 13X30 0.033 1,950
100 270 16X21 0.036 1,750

Note: Endurance of capacitors is reduced with internal heating produced by ripple current at the rate of halving the lifetime with every 5 rise. When long life performance is required in actual use, the RMS ripple current has to be reduced.


2410121258_BERYL-Electronic-Tech-RG100M330LO8-12TA-1A1Et_C7436411.pdf

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