Aluminum Electrolytic Capacitor Chengx GR477M016E12RR0EH4FP0 with Wide Voltage and Capacitance Range

Price Negotiable

Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

Aluminum Electrolytic Capacitors - GR Series

The GR Series Aluminum Electrolytic Capacitors are designed for high-performance applications, offering extended life, high ripple current capability, and low impedance. They are suitable for use in circuits where machine lifespan and performance are critical. Please refer to the detailed usage notes for optimal application and assembly.

Product Attributes

Brand: ChengXing ()
Origin: Dongguan, Guangdong, China
Product Type: Aluminum Electrolytic Capacitor
Series: GR Series
Standards: JIS C 5101-4 (IEC 60384)

Technical Specifications

Item	Performance Characteristics	Unit	Value
Operating Temperature Range			-40 ~ +105
Rated Working Voltage Range		V	6.3 ~ 100
Nominal Capacitance Range		F	2.2 ~ 4700
Capacitance Tolerance			20%(120Hz,+20)
Leakage Current	Test Conditions		(L0.01CV or 3A) Whichever is greater measured after 2 minutes application of rated working voltage at +20
Leakage Current	Max Value	A	See table below
Dissipation Factor (tan )	Voltage	V	6.3	10	16	25	35	50	63	100
	tan (max)		0.22	0.19	0.16	0.14	0.12	0.10	0.09	0.08
	For capacitance >1000F		+0.02 per another 1000F
	Low Temperature Characteristics (120Hz)	Z-25/Z+20		4	3	2	2	2	2	2	2
		Z-40/Z+20		8	6	4	3	3	3	3	3
	High Temperature Loading (Load Life)	Test Conditions	Temp.	105
		Capacitance Change		Within 20% of Initial Value
		tan		200% or less of Initial Specified Value
Shelf Life	Test Conditions	Temp.	105
	Capacitance Change		Within 20% of Initial Value
	tan		200% or less of Initial Specified Value
Life Time	(D:5~6.3)	Hrs	2000
	(D:8~10)	Hrs	3000
	(D12.5)	Hrs	4000

Cap.(F)	Voltage(Code)	DxL (mm)	IMP ()	R.C (mA/rms)
100	6.3V	5*11	0.580	140
120	6.3V	5*11	0.530	165
150	6.3V	6.3*12	0.250	185
180	6.3V	6.3*12	0.250	255
220	6.3V	6.3*12	0.250	275
270	6.3V	6.3*12	0.220	280
330	6.3V	6.3*12	0.220	340
390	6.3V	8*12	0.130	600
470	6.3V	8*12	0.130	640
560	6.3V	8*12	0.130	640
680	6.3V	8*12	0.130	640
820	6.3V	8*12	0.130	640
1000	6.3V	8*12	0.130	640
1200	6.3V	8*16	0.096	840
1500	6.3V	8*20	0.069	1050
1800	6.3V	10*20	0.060	1400
2200	6.3V	10*20	0.060	1460
2700	6.3V	10*25	0.050	1650
3300	6.3V	10*25	0.050	1650
3900	6.3V	13*20	0.046	1900
4700	6.3V	13*25	0.046	2124
33	25V	6.3*12	0.500	230
39	25V	6.3*12	0.500	265
47	25V	6.3*12	0.250	300
56	25V	6.3*12	0.500	295
68	25V	6.3*12	0.240	340
82	25V	6.3*12	0.220	320
100	25V	6.3*12	0.220	340
120	25V	8*12	0.200	565
150	25V	8*12	0.180	580
180	25V	8*12	0.150	600
220	25V	8*12	0.130	620
270	25V	8*12	0.130	640
330	25V	8*12	0.130	665
390	25V	10*13	0.100	865
470	25V	8*16	0.087	840
560	25V	10*17	0.075	1210
680	25V	10*17	0.075	1210
820	25V	10*20	0.060	1370
1000	25V	10*20	0.058	1400
1200	25V	10*20	0.055	1420
1500	25V	10*25	0.050	1650
1800	25V	13*25	0.043	2104
2200	25V	13*25	0.040	2124
15	63V	6.3*12	1.880	115
22	63V	8*12	1.530	230
27	63V	8*12	1.320	232
33	63V	8*12	1.280	330
39	63V	8*12	0.800	200
47	63V	8*12	0.780	212
56	63V	8*12	0.760	222
68	63V	8*12	0.750	234
82	63V	10*13	0.700	314
100	63V	8*16	0.630	300
120	63V	10*17	0.324	357
150	63V	8*20	0.324	362
180	63V	10*20	0.190	466
220	63V	10*20	0.190	466
270	63V	13*20	0.128	67
15	100V	6.3*12	1.050	115
22	100V	6.3*12	1.050	115
27	100V	6.3*12	1.050	120
33	100V	6.3*12	1.050	125
39	100V	8*12	0.800	200
47	100V	8*12	0.780	212
56	100V	8*12	0.760	222
68	100V	8*12	0.750	234
82	100V	10*13	0.700	314
100	100V	8*16	0.630	300
120	100V	10*17	0.324	357
150	100V	13*20	0.357	760
180	100V	13*25	0.328	922
220	100V	13*25	0.328	880