Aluminum Electrolytic Capacitor Chengx GR337M050F20RR0VL4FP0 with Wide Capacitance and Voltage Operating Range

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Product Description

Aluminum Electrolytic Capacitors - GR Series

The GR Series Aluminum Electrolytic Capacitors are designed for high-reliability applications, featuring a 105 operating temperature range, extended life of 2000-4000 hours, high ripple current capability, and low impedance. They are suitable for various electronic circuits where stable performance and longevity are critical.

Product Attributes

Brand: Cheng Xing ()
Origin: Dongguan, Guangdong Province, China
Product Type: Aluminum Electrolytic Capacitor
Series: GR Series

Technical Specifications

Item	Performance Characteristics	Details
Operating Temperature Range	-40 ~ +105
Rated Working Voltage Range	6.3 ~ 100V
Nominal Capacitance Range	2.2 ~ 4700F
Capacitance Tolerance	20% (120Hz,+20)
Leakage Current	L0.01CV or 3(A)	Whichever is greater, measured after 2 minutes at +20
Dissipation Factor (tan ) at 120Hz,+20	See table below	Capacitance >1000F: +0.02 per 1000F
Low Temperature Characteristics (120Hz)	Z-25/Z+20: 2~4; Z-40/Z+20: 3~8	Depends on voltage
Load Life	2000Hrs (D:5~6.3), 3000Hrs (D:8~10), 4000Hrs (D12.5) at 105	Capacitance change: 20%, tan : 200% of initial, LC: initial
Shelf Life	1000 Hr at 105	Capacitance change: 20%, tan : 200% of initial, LC: initial
Ripple Current & Frequency Multipliers	See table below	At 105

Voltage(Code)	Cap.(F)	DxL(mm)	IMP()	R.C(mA/rms)
6.3V	100	5*11	0.580	140
6.3V	120	5*11	0.530	165
6.3V	150	6.3*12	0.250	185
6.3V	180	6.3*12	0.250	255
6.3V	220	6.3*12	0.250	275
6.3V	270	6.3*12	0.220	280
6.3V	330	6.3*12	0.220	340
6.3V	390	8*12	0.130	600
6.3V	470	8*12	0.130	640
6.3V	560	8*12	0.130	640
6.3V	680	8*12	0.130	640
6.3V	820	8*12	0.130	640
6.3V	1000	8*12	0.130	640
6.3V	1200	8*16	0.096	840
6.3V	1500	8*20	0.069	1050
6.3V	1800	10*20	0.060	1400
6.3V	2200	10*20	0.060	1460
6.3V	2700	10*25	0.050	1650
6.3V	3300	10*25	0.050	1650
6.3V	3900	13*20	0.046	1900
6.3V	4700	13*25	0.046	2124
10V	100	5*11	0.580	140
10V	120	5*11	0.530	140
10V	150	6.3*12	0.250	140
10V	180	6.3*12	0.250	140
10V	220	6.3*12	0.250	140
10V	270	6.3*12	0.220	140
10V	330	6.3*12	0.220	340
10V	390	8*12	0.130	640
10V	470	8*12	0.130	640
10V	560	8*12	0.130	640
10V	680	8*12	0.130	640
10V	820	8*12	0.130	640
10V	1000	8*12	0.130	640
10V	1200	8*16	0.096	840
10V	1500	8*20	0.069	1050
10V	1800	10*20	0.060	1400
10V	2200	10*20	0.060	1460
10V	2700	10*25	0.050	1650
10V	3300	10*25	0.050	1650
10V	3900	13*20	0.046	1900
10V	4700	13*25	0.046	2124
16V	100	6.3*12	0.250	300
16V	120	6.3*12	0.250	320
16V	150	6.3*12	0.250	340
16V	180	6.3*12	0.220	340
16V	220	6.3*12	0.220	340
16V	270	6.3*12	0.220	340
16V	330	8*12	0.130	640
16V	390	8*12	0.130	640
16V	470	8*12	0.130	640
16V	560	8*12	0.130	640
16V	680	8*12	0.130	640
16V	820	8*12	0.130	640
16V	1000	8*16	0.087	760
16V	1200	8*16	0.096	840
16V	1500	10*17	0.075	1210
16V	1800	10*17	0.075	1210
16V	2200	10*20	0.060	1400
16V	2700	10*25	0.052	1650
16V	3300	13*20	0.046	1900
16V	3900	13*25	0.046	2124
16V	4700	13*25	0.046	2124
25V	33	6.3*12	0.500	230
25V	39	6.3*12	0.500	265
25V	47	6.3*12	0.250	300
25V	56	6.3*12	0.500	295
25V	68	6.3*12	0.240	340
25V	82	6.3*12	0.220	320
25V	100	6.3*12	0.220	340
25V	120	8*12	0.200	565
25V	150	8*12	0.180	580
25V	180	8*12	0.150	600
25V	220	8*12	0.130	620
25V	270	8*12	0.130	640
25V	330	8*12	0.130	665
25V	390	10*13	0.100	865
25V	470	8*16	0.087	840
25V	560	10*17	0.075	1210
25V	680	10*17	0.075	1210
25V	820	10*20	0.060	1370
25V	1000	10*20	0.058	1400
25V	1200	10*20	0.055	1420
25V	1500	10*25	0.050	1650
25V	1800	13*25	0.043	2104
25V	2200	13*25	0.040	2124
35V	47	6.3*12	0.250	300
35V	56	6.3*12	0.250	315
35V	68	8*12	0.420	515
35V	82	8*12	0.420	535
35V	100	8*12	0.420	555
35V	120	8*12	0.200	655
35V	150	8*12	0.180	670
35V	180	10*17	0.130	855
35V	220	10*17	0.130	875
35V	270	10*17	0.075	1210
35V	330	8*20	0.087	1050
35V	390	10*17	0.075	1210
35V	470	10*17	0.075	1210
35V	560	10*20	0.060	1380
35V	680	10*20	0.058	1400
35V	820	10*20	0.060	1370
35V	1000	10*20	0.058	1400
35V	1200	10*25	0.050	1650
35V	1500	13*20	0.047	1900
35V	1800	13*25	0.043	2104
50V	82	8*12	0.420	555
50V	100	10*13	0.200	760
50V	120	8*16	0.200	730
50V	150	10*17	0.130	825
50V	180	8*20	0.130	825
50V	220	10*17	0.130	875
50V	270	10*25	0.093	1025
50V	330	13*20	0.090	1660
50V	390	13*20	0.090	1680
50V	470	13*25	0.088	1950
50V	560	10*20	0.060	1380
50V	680	10*20	0.058	1400
50V	820	13*20	0.046	1900
50V	1000	13*25	0.042	2124
63V	15	6.3*12	1.880	115
63V	22	6.3*12	1.050	115
63V	27	6.3*12	1.050	120
63V	33	6.3*12	1.050	125
63V	39	8*12	0.800	200
63V	47	8*12	0.780	212
63V	56	8*12	0.760	222
63V	68	8*12	0.750	234
63V	82	10*13	0.700	314
63V	100	8*16	0.630	300
63V	120	10*17	0.324	357
63V	150	8*20	0.324	362
63V	180	10*20	0.190	466
63V	220	10*20	0.190	466
63V	270	13*20	0.128	67
100V	10	6.3*12	2.700	115
100V	15	6.3*12	1.880	115
100V	22	6.3*12	1.050	115
100V	27	6.3*12	1.050	120
100V	33	6.3*12	1.050	125
100V	39	8*12	0.800	200
100V	47	8*12	0.780	212
100V	56	8*12	0.760	222
100V	68	8*12	0.750	234
100V	82	10*13	0.700	314
100V	100	8*16	0.630	300
100V	120	10*17	0.324	357
100V	150	8*20	0.324	362
100V	180	10*20	0.190	466
100V	220	10*20	0.190	466
100V	270	13*20	0.128	67

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

Freq.(Hz)	Cap.(F)	Multiplier
50(60)	~33	0.40
120	~33	0.55
1k	~33	0.80
10k	~33	0.90
100k	~33	1.00
50(60)	39~330	0.60
120	39~330	0.70
1k	39~330	0.90
10k	39~330	0.95
100k	39~330	1.00
50(60)	390~1000	0.65
120	390~1000	0.80
1k	390~1000	0.98
10k	390~1000	1.00
100k	390~1000	1.00
50(60)	1200~	0.80
120	1200~	0.90
1k	1200~	0.98
10k	1200~	1.00
100k	1200~	1.00