V chip aluminum electrolytic capacitor Chengx RVT0J331M0607 designed for electronic applications 105C

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Price: Negotiable

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Delivery Time: Negotiable

Product Description

Product Overview

The RVT Series V-chip Aluminum Electrolytic Capacitors are standard 105C products designed for various electronic applications. They offer reliable performance and are compliant with environmental protection standards.

Product Attributes

Brand: RVT Series
Type: V-chip Aluminum Electrolytic Capacitors
Temperature Rating: 105C
Environmental Standard: RoHS Directive 2015/863/EU
Reference Standard: JIS C-5141, JIS C-5101

Technical Specifications

Series	Part Number	WV (V)	Cap. (uF)	Cap. tol. (%)	DF (%) (120Hz 20)	LC (uA) (2min)	D* L	P 0.2	Allowable ripple current (mA rms) at 105C, 120Hz
RVT	RVT1H1R0M0405	50	1	20	14	3	4*5.4	1.0	8.0
RVT	RVT1H2R2M0405	50	2.2	20	14	3	4*5.4	1.0	12
RVT	RVT2A2R2M0605	100	2.2	20	14	3	6.3*5.4	2.1	15
RVT	RVT1H3R3M0405	50	3.3	20	14	3	4*5.4	1.0	14
RVT	RVT2A3R3M0605	100	3.3	20	14.3	3.3	6.3*5.4	2.1	22
RVT	RVT1E4R7M0405	25	4.7	20	18	3	4*5.4	1.0	14
RVT	RVT1V4R7M0405	35	4.7	20	16	3	4*5.4	1.0	15
RVT	RVT1H4R7M0405	50	4.7	20	14	3	4*5.4	1.0	14
RVT	RVT1H4R7M0505	50	4.7	20	14	3	5*5.4	1.5	17
RVT	RVT1J4R7M0505	63	4.7	20	14	3	5*5.4	1.5	17
RVT	RVT2A4R7M0605	100	4.7	20	14.7	4.7	6.3*5.4	2.1	23
RVT	RVT1C100M0405	16	10	20	20	3	4*5.4	1.0	15
RVT	RVT1E100M0405	25	10	20	18	3	4*5.4	1.0	15
RVT	RVT1V100M0405	35	10	20	16	3.5	4*5.4	1.0	15
RVT	RVT1V100M0505	35	10	20	16	3.5	5*5.4	1.5	22
RVT	RVT1H100M0505	50	10	20	14	5	5*5.4	2.1	17
RVT	RVT1H100M0607	50	10	20	14	5	6.3*5.4	2.1	25
RVT	RVT1J100M0605	63	10	20	14	6.3	6.3*5.4	2.1	26
RVT	RVT2A100M0607	100	10	20	14	10	6.3*7.7	2.1	38
RVT	RVT1C220M0405	16	22	20	20	3.52	4*5.4	1.0	21
RVT	RVT1C220M0505	16	22	20	20	3.52	5*5.4	1.5	28
RVT	RVT1E220M0505	25	22	20	18	5.5	5*5.4	1.5	26
RVT	RVT1V220M0505	35	22	20	18	7.7	5*5.4	1.5	28
RVT	RVT1V220M0605	35	22	20	16	7.7	6.3*5.4	2.1	40
RVT	RVT1H220M0607	50	22	20	14	11	6.3*7.7	2.1	52
RVT	RVT1H220M0605	50	22	20	14	11	6.3*5.4	2.1	43
RVT	RVT1J220M0607	63	22	20	14	13.86	6.3*7.7	2.1	53
RVT	RVT2A220M0810	100	22	20	14	22	8*10.2	3.1	90
RVT	RVT1C330M0505	16	33	20	20	5.28	5*5.4	1.5	29
RVT	RVT1E330M0505	25	33	20	18	8.25	5*5.4	1.5	30
RVT	RVT1V330M0605	35	33	20	16	11.55	6.3*5.4	2.1	45
RVT	RVT1H330M0607	50	33	20	14	16.5	6.3*7.7	2.1	63
RVT	RVT2A330M1010	100	33	20	14	33	10*10.2	4.5	136
RVT	RVT0J470M0405	6.3	47	20	30	3	4*5.4	1.0	26
RVT	RVT1A470M0505	10	47	20	24	4.7	5*5.4	1.5	31
RVT	RVT1A470M0405	10	47	20	24	4.7	4*5.4	1.0	26
RVT	RVT1C470M0505	16	47	20	20	7.52	5*5.4	1.5	33
RVT	RVT1C470M0605	16	47	20	20	7.52	6.3*5.4	2.1	48
RVT	RVT1E470M0605	25	47	20	18	11.75	6.3*5.4	2.1	49
RVT	RVT1V470M0605	35	47	20	16	16.45	6.3*5.4	2.1	54
RVT	RVT1V470M0607	35	47	20	16	16.45	6.3*7.7	2.1	75
RVT	RVT1H470M0810	50	47	20	14	23.5	8*10.2	3.1	125
RVT	RVT1H470M0607	50	47	20	14	23.5	6.3*7.7	2.1	66
RVT	RVT1J470M0810	63	47	20	14	29.61	8*10.2	3.1	125
RVT	RVT2A470M1010	100	47	20	14	47	10*10.2	4.5	148
RVT	RVT0J101M0505	6.3	100	20	30	6.3	5*5.4	1.5	40
RVT	RVT1A101M0505	10	100	20	24	10	5*5.4	1.5	40
RVT	RVT1A101M0605	10	100	20	24	10	6.3*5.4	2.1	55
RVT	RVT1C101M0605	16	100	20	20	16	6.3*5.4	2.1	63
RVT	RVT1C101M0607	16	100	20	20	16	6.3*7.7	2.1	93
RVT	RVT1E101M0607	25	100	20	18	25	6.3*7.7	2.1	93
RVT	RVT1V101M0607	35	100	20	16	35	6.3*7.7	2.1	87
RVT	RVT1V101M0810	35	100	20	16	35	8*10.2	3.1	125
RVT	RVT1H101M0810	50	100	20	14	50	8*10.2	3.1	146
RVT	RVT1H101M1010	50	100	20	14	50	10*10.2	4.5	178
RVT	RVT1J101M1010	63	100	20	14	63	10*10.2	4.5	200
RVT	RVT1A151M0605	10	150	20	24	15	6.3*5.4	2.1	65
RVT	RVT1E151M0607	25	150	20	18	37.5	6.3*7.7	2.1	100
RVT	RVT0J221M0605	6.3	220	20	30	13.86	6.3*5.4	2.1	69
RVT	RVT1A221M0605	10	220	20	24	22	6.3*5.4	2.1	69
RVT	RVT1A221M0607	10	220	20	24	22	6.3*7.7	2.1	110
RVT	RVT1C221M0607	16	220	20	20	35.2	6.3*7.7	2.1	110
RVT	RVT1E221M0810	25	220	20	18	55	8*10.2	3.1	183
RVT	RVT1V221M0810	35	220	20	16	77	8*10.2	3.1	195
RVT	RVT1V221M1010	35	220	20	16	77	10*10.2	4.5	230
RVT	RVT1H221M1010	50	220	20	14	110	10*10.2	4.5	220
RVT	RVT0J331M0607	6.3	330	20	30	20.79	6.3*7.7	2.1	108
RVT	RVT1A331M0607	10	330	20	24	33	6.3*7.7	2.1	108
RVT	RVT1C331M0810	16	330	20	20	52.8	8*10.2	3.1	201
RVT	RVT1E331M0810	25	330	20	18	82.5	8*10.2	3.1	228
RVT	RVT1V331M1010	35	330	20	16	115.5	10*10.2	4.5	247
RVT	RVT0J471M0607	6.3	470	20	30	29.61	6.3*7.7	2.1	125
RVT	RVT1A471M0810	10	470	20	24	47	8*10.2	3.1	214
RVT	RVT1C471M0810	16	470	20	20	75.2	8*10.2	3.1	240
RVT	RVT1C471M1010	16	470	20	20	75.2	10*10.2	4.5	300
RVT	RVT1E471M1010	25	470	20	18	117.5	10*10.2	4.5	286
RVT	RVT1V471M1010	35	470	20	18	164.5	10*10.2	4.5	286
RVT	RVT1C681M1010	16	680	20	20	108.8	10*10.2	4.5	322
RVT	RVT0J102M0810	6.3	1000	20	30	63	8*10.2	3.1	235
RVT	RVT1A102M1010	10	1000	20	24	100	10*10.2	4.5	320
RVT	RVT1C102M1010	16	1000	20	20	160	10*10.2	4.5	347
RVT	RVT0J152M1010	6.3	1500	20	30	94.5	10*10.2	4.5	320

Note: P represents the pitch between the lead pins of the mounting base.

Key Technical Performance

Item	Performance Characteristics	Test Method (JIS C 5101-1)	Details
1. Operating Temperature Range	-55 ~ +105
2. Voltage Range	6.3 ~ 100 (VDC)
3. Leakage Current	I 0.01 CV or 3 uA (whichever is greater, after 2 minutes)
4. Capacitance Tolerance	20 (%)	(120 Hz, +20)
5. Dissipation Factor (Tan )		(120 Hz, +20)	Rated Voltage (VDC): 6.3, 10, 16, 25, 35, 50, 63, 100 Tan (max.): 0.30, 0.24, 0.20, 0.18, 0.16, 0.14, 0.14, 0.14 (for 4~10)
6. Temperature Characteristics			Impedance Ratio, Capacitance Change, DF, LC values vary with temperature steps (-25C, -40C, 105C). Specific ratios and changes are detailed in the JIS C 5101-1 standard and the original document.
7. Surge Voltage Test			After surge voltage applied at a cycling rate of 30 seconds charge and 5.5 minutes discharge for 1000 successive test cycles. Judgement criteria: C/C 15%, DF 100% of specified value, LC specified value, no visual abnormalities. Surge Voltage (VDC): 7.3, 11, 18.4, 29, 40, 58, 73, 115.
8. Solderability	A minimum of 95% of the surface being immersed	Soldering temperature: 2455, Dipping depth: 2mm, Dipping speed: 252.5mm/s, Dipping time: 30.5s	The solder tin shall be bright and uniform.
9. Vibration Test	Capacitance Change: Within 5% of initial value. Appearance: No damage.	Vibration frequency range: 10Hz ~ 55Hz, Peak to peak amplitude: 1.5mm, Duration: 2 hours in each (X,Y,Z) direction.
10. Solvent Resistance of the Marking	Marking shall be clear and legible.	Isopropyl Alcohol; Test Temperature: 20~25; Immersing Time: 305S	No damage to the marking.
11. Solder Heat Resistance Test	Judgment: a. Capacitance change 10%; b. No appearance damage.	After reflow soldering and restored at room temperature.
12. High Temperature Load Life Test	Capacitance Change: 30% of initial value. Dissipation Factor: 300% of initial specified value. Leakage Current: initial specified value.	After 2000 hours application of rated voltage at 105.	Capacitors meet the specified characteristics requirements.
13. Shelf Life	Capacitance Change: 30% of initial value. Dissipation Factor: 300% of initial specified value. Leakage Current: 2 times initial specified value.	After storage for 1000 hours at 105 and restored at room temperature.	Capacitors meet the specified characteristics requirements.
14. Humidity Test	A. Capacitance Change: 15%. b. Dissipation Factor: 100% of initial specified value. c. Leakage Current: 100% of initial specified value. d. Appearance: No significant change.	Capacitors shall be exposed for 240 8 hrs in an atmosphere of 90 - 95 % R.H. at 40.	Capacitors shall be subjected to standard atmospheric conditions for 1-2 hours before testing.