Name: BERYL Electronic Tech RC6R3M471LO6.3 11TH 2B1Et Miniature Aluminum Electrolytic Capacitors RC Series Designed
Brand: Beijing Silk Road Enterprise Management Services Co., Ltd.
SKU: RC6R3M471LO6.3*11TH-2B1Et
Availability: InStock

quality BERYL Electronic Tech RC6R3M471LO6.3 11TH 2B1Et Miniature Aluminum Electrolytic Capacitors RC Series Designed factory

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Specifications

Lifetime:

2000hrs@105℃

Capacitance:

470uF

Height - Seated (Max):

11mm

Voltage Rating:

6.3V

Diameter:

6.3mm

Tolerance:

±20%

Mfr. Part #:

RC6R3M471LO6.3*11TH-2B1Et

Package:

Through Hole,D6.3xL11mm

Key Attributes

Model Number: RC6R3M471LO6.3*11TH-2B1Et

Product Description

Product Overview

The RC Series Miniature Aluminum Electrolytic Capacitors are designed for high-performance applications, particularly in switching power supplies. They feature low impedance and high ripple current capabilities, ensuring reliable operation. These capacitors are RoHS 2.0 compliant, reflecting a commitment to environmental standards.

Product Attributes

Series: RC Series
Type: Miniature Aluminum Electrolytic Capacitors
Compliance: RoHS 2.0 Compliant

Technical Specifications

General Characteristics

Item	Characteristic
Category Temperature Range	-40 ~ +105
Rated Voltage Range	6.3 ~ 450V.DC
Capacitance Tolerance	20%(M) (at 20, 120Hz)
Leakage Current (After 2 minute application of rated voltage)	I0.01CV or 3A, whichever is greater (at 20) Note: I=Max. leakage current (A), C=Nominal capacitance (F), V=Rated voltage (V)
Leakage Current (at 20, after 2 minute application of rated voltage)	I0.02CV+10(A)

Dissipation Factor (tan) (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
100	0.08
160	0.15
200	0.15
250	0.15
350	0.2
400	0.2
450	0.2

Note: When nominal capacitance exceeds 1000 F, add 0.02 to the value above for each 1000 F 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	3	4
25	3	4
35	3	4
50	2	4
63	2	4
100	2	4
160	3	4
200	5	7
250	6	8
350	-	-
400	-	-
450	-	-

Endurance (at 105)

Condition	Capacitance Change	D.F.(tan)	Leakage Current	Duration
Rated ripple current applied	20% of initial value	200% of initial specified value	Initial specified value	6.3~100V: 5~8: 2000h; 10: 3000h 160~450V: 6.3: 3000h; 8: 5000h

Shelf Life (at 105, no voltage applied)

Condition	Capacitance Change	D.F.(tan)	Leakage Current	Duration
Stored for 1000 hours	20% of initial value	200% of initial specified value	200% of initial specified value	1000 hours

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

Rated Ripple Current Coefficient (Frequency Coefficient)

Capacitance (F)	Frequency (Hz)	120	1K	10K	100K
6.3~450V 4.7F		0.42	0.70	0.90	1.00
	5.6 ~ 33F	0.50	0.73	0.92	1.00
	34 ~ 330F	0.55	0.77	0.94	1.00
	331 ~ 1,000F	0.60	0.80	0.96	1.00
1,000F		0.70	0.85	0.98	1.00

Standard Ratings

WV (Vdc)	Cap. (F)	Case Size DL (mm)	Impedance () Max. 20 /100kHz	Rated ripple current (mArms) 105/100KHz
6.3	33	511	1.0	100
6.3	47	511	1.0	125
6.3	68	6.311	0.420	180
6.3	100	6.311	0.250	220
10	10	511	1.5	125
10	22	511	0.900	140
10	33	511	0.900	150
10	47	511	0.500	160
10	100	511	0.500	165
10	15	511	2.0	145
10	22	511	1.0	100
10	33	511	1.0	125
10	47	511	1.0	150
10	68	812	0.700	365
10	100	1013	0.090	730
10	15	12.525	600	-
10	22	12.525	698	-
10	33	12.525	861	-
10	47	12.525	1,027	-
10	68	1620	1,300	-
10	82	1620	1,380	-
10	100	1625	1,530	-
16	10	511	1.0	100
16	22	511	1.0	100
16	33	511	1.0	125
16	47	511	1.0	150
16	100	511	0.500	165
16	10	511	2.0	125
16	22	511	1.0	150
16	33	511	1.0	150
16	47	511	0.500	150
16	68	812	0.700	365
16	100	1013	0.090	730
16	10	1016	320	-
16	22	1016	453	-
16	33	1016	589	-
16	47	1016	750	-
16	68	12.525	1,300	-
16	82	1620	1,380	-
16	100	1625	1,530	-
25	4.7	511	2.8	80
25	6.8	511	2.5	95
25	10	511	1.5	125
25	22	511	0.900	140
25	33	511	0.900	150
25	47	511	0.500	160
25	100	6.311	0.250	220
25	150	812	0.220	330
25	220	1016	0.088	820
25	330	1020	0.073	930
25	470	1320	0.072	1,230
25	680	1325	0.070	1,450
25	820	1626	0.070	1,550
25	1,000	1626	0.070	1,960
25	22	12.525	730	-
25	33	1620	891	-
25	47	1625	1,121	-
25	68	1825	1,470	-
25	100	1620	1,420	-
25	150	1625	1,890	-
25	220	1825	2,370	-
35	4.7	511	4.2	110
35	6.8	511	2.8	120
35	10	511	1.2	135
35	22	511	0.800	150
35	33	511	0.500	180
35	47	6.311	0.400	220
35	68	6.311	0.300	250
35	100	6.311	0.230	286
35	150	812	0.220	330
35	220	1013	0.090	670
35	330	1016	0.068	950
35	470	1020	0.055	1,100
35	680	1020	0.050	1,250
35	820	1020	0.050	1,250
35	1,000	1320	0.045	1,450
35	4.7	812	160	-
35	10	1016	320	-
35	22	1020	500	-
35	33	1020	650	-
35	47	12.520	980	-
35	68	12.525	1,300	-
35	100	1620	1,420	-
35	150	1625	1,890	-
35	220	1825	2,370	-
50	0.47	511	6.0	68
50	1.0	511	5.5	80
50	2.2	511	4.5	90
50	3.3	511	4.0	95
50	4.7	511	3.0	110
50	6.8	511	2.8	120
50	10	511	2.0	145
50	22	6.311	1.0	220
50	33	6.311	0.900	250
50	47	812	0.850	305
50	68	812	0.700	365
50	100	812	0.220	330
50	150	812	0.200	450
50	220	6.311	0.350	275
50	330	812	0.180	470
50	470	812	0.120	560
50	680	816	0.140	580
50	820	820	0.120	680
50	1,000	1013	0.090	730
50	2,200	1320	0.045	1,455
50	3,300	1325	0.038	1,650
50	4,700	1626	0.030	2,310
50	6,800	1632	0.017	2,880
50	10,000	1636	0.017	3,160
50	15,000	1836	0.015	3,690
50	0.47	511	8.0	68
50	1.0	511	6.0	80
50	2.2	511	5.5	90
50	3.3	511	4.5	95
50	4.7	6.311	4.0	130
50	6.8	6.311	3.8	145
50	10	6.311	3.2	180
50	22	6.311	1.0	220
50	33	6.311	1.0	220
50	47	812	0.850	305
50	68	812	0.700	365
50	100	1013	0.090	730
50	150	1016	0.068	950
50	220	1020	0.055	1,100
50	330	1020	0.050	1,250
50	470	1320	0.045	1,450
50	680	1325	0.070	1,450
50	820	1325	0.070	1,450
50	1,000	1626	0.070	1,960
50	2,200	1632	0.022	2,520
50	3,300	1836	0.019	3,020
50	4,700	1836	0.015	3,720
50	6,800	1840	0.034	4,087
63	0.47	511	6.0	68
63	1.0	511	5.5	80
63	2.2	511	4.5	90
63	3.3	511	4.0	95
63	4.7	511	3.0	110
63	6.8	511	2.8	120
63	10	511	2.0	145
63	22	511	1.5	170
63	33	6.311	1.0	220
63	47	6.311	0.800	260
63	68	812	0.180	410
63	100	812	0.200	450
63	150	1013	0.090	740
63	220	1016	0.068	800
63	330	1020	0.052	1,056
63	470	1020	0.052	1,056
63	680	1016	0.080	850
63	820	1016	0.080	850
63	1,000	1016	0.068	1,050
63	2,200	1320	0.038	1,670
63	3,300	1325	0.030	1,950
63	4,700	1626	0.022	2,310
63	6,800	1632	0.020	3,050
63	10,000	1836	0.016	3,250
100	10	511	1.5	125
100	22	511	1.0	100
100	33	511	1.0	125
100	47	511	1.0	150
100	100	511	0.500	165
100	150	6.311	0.450	220
100	220	6.311	0.350	275
100	330	812	0.180	470
100	470	812	0.120	560
100	680	816	0.140	580
100	820	820	0.120	680
100	1,000	1013	0.090	730
100	2,200	1632	0.019	2,530
100	3,300	1836	0.025	3,390
100	4,700	1840	0.016	4,130
160	10	1016	320	-
160	22	1020	500	-
160	33	1020	650	-
160	47	12.520	980	-
160	68	12.525	1,300	-
160	100	1620	1,420	-
160	150	1625	1,890	-
160	220	1825	2,370	-
200	4.7	812	176	-
200	10	1016	320	-
200	22	1020	500	-
200	33	1020	650	-
200	47	12.520	980	-
200	68	12.525	1,300	-
200	100	1620	1,420	-
200	150	1625	1,890	-
200	220	1825	2,370	-
250	4.7	812	176	-
250	10	1016	320	-
250	22	1020	500	-
250	33	1020	650	-
250	47	12.520	980	-
250	68	12.525	1,300	-
250	100	1620	1,420	-
250	150	1625	1,890	-
250	220	1825	2,370	-
350	5	1012.5	180	-
350	5.6	1012.5	180	-
350	6.8	1016	280	-
350	10	1020	350	-
350	22	12.520	650	-
350	33	1620	900	-
350	47	1620	1,080	-
350	68	12.525	1,420	-
350	100	1620	1,420	-
350	150	1625	1,890	-
350	220	1825	2,370	-
400	1	812	60	-
400	1.5	812	90	-
400	1.8	812	95	-
400	2.2	812	95	-
400	3.3	812	130	-
400	4.7	812	171	-
400	5.6	1016	250	-
400	6.8	1016	280	-
400	10	1016	317	-
400	15	12.525	487	-
400	22	12.525	760	-
400	33	12.525	861	-
400	47	12.525	1,027	-
400	68	1620	1,300	-
400	82	1620	1,380	-
400	100	1620	1,420	-
400	150	1625	1,890	-
400	220	1830	2,648	-
450	2.2	812	105	-
450	4.7	816	176	-
450	5.6	1020	250	-
450	6.8	1012.5	228	-
450	10	1020	350	-
450	15	12.525	600	-
450	22	1620	730	-
450	33	1620	891	-
450	47	1820	1,093	-
450	68	1825	1,470	-
450	82	1825	1,530	-
450	100	1620	1,420	-
450	150	1625	1,890	-
450	220	1825	2,370	-

Note: The 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.

2410121236_BERYL-Electronic-Tech-RC6R3M471LO6-3-11TH-2B1Et_C7436425.pdf

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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	3	4
25	3	4
35	3	4
50	2	4
63	2	4
100	2	4
160	3	4
200	5	7
250	6	8
350	-	-
400	-	-
450	-	-

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	3	4
25	3	4
35	3	4
50	2	4
63	2	4
100	2	4
160	3	4
200	5	7
250	6	8
350	-	-
400	-	-
450	-	-

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	3	4
25	3	4
35	3	4
50	2	4
63	2	4
100	2	4
160	3	4
200	5	7
250	6	8
350	-	-
400	-	-
450	-	-