SMD Aluminum Electrolytic Capacitors Featuring Lelon VZH2R2M1HTR-0406 for High Temperature Operation

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Product Description

SMD Aluminum Electrolytic Capacitors - VZH Series

The VZH series offers high capacitance with ultra-low impedance, designed for surface mounting on high-density PC boards. These capacitors are suitable for applications requiring extended operational life and high reliability, with options for 2,000 to 5,000 hours of assured performance at 105. They are RoHS and AEC-Q200 compliant.

Product Attributes

Brand: Not specified
Origin: Not specified
Material: Aluminum Electrolytic
Marking Color: Black
Certifications: RoHS compliant, AEC-Q200 compliant

Technical Specifications

Items	Performance	Value
Category Temperature Range		-55 ~ +105
Capacitance Tolerance	(at 120 Hz, 20)	20%
Leakage Current	(at 20, after 2 minutes)	I = 0.01CV or 3 (A) whichever is greater (C = rated capacitance in F, V = rated DC working voltage in V)
Tan	(max. at 120 Hz, 20)	See table below
Low Temperature Characteristics	(at 120 Hz)	See table below
Endurance	(at 105)	2,000 Hrs for D 6.3mm & 86.5L & 107.7L; 5,000 Hrs for D 8mm. Capacitance Change: Within 30% of initial value. Tan: Less than 300% of specified value. Leakage Current: Within specified value.
Shelf Life Test	(at 105, without voltage)	1,000 Hrs. Capacitance Change: Within 30% of initial value. Tan: Less than 300% of specified value. Leakage Current: Within specified value.

Tan (max.) at 120 Hz, 20

Rated Voltage (V)	6.3	10	16	25	35	50	63	80	100
Tan (max.)	0.30	0.26	0.22	0.16	0.13	0.10	0.08	0.08	0.07

Note: When the capacitance exceeds 1,000F, 0.02 shall be added every 1,000F increase.

Low Temperature Characteristics (at 120 Hz)

Rated Voltage	6.3	10	16	25	35	50	63	80	100
Impedance Ratio Z(-25) / Z(+20)	4	3	2	2	2	2	2	2	2
Impedance Ratio Z(-55) / Z(+20)	8	5	4	3	3	3	3	3	3

Dimension and Permissible Ripple Current

Rated Volt. (VDC)	6.3V (0J)		10V (1A)		16V (1C)		25V (1E)		35V (1V)		50V (1H)		63V (1J)		80V (1K)		100V (2A)
Cap. (F)	DL	Imp. ()	mA	DL	Imp. ()	mA	DL	Imp. ()	mA	DL	Imp. ()	mA	DL	Imp. ()	mA	DL	Imp. ()	mA	DL	Imp. ()	mA	DL	Imp. ()	mA	DL	Imp. ()	mA	DL	Imp. ()	mA
4.7										45.7	1.35	80	55.7	1.52	85
10	45.7	1.35	80	45.7	1.35	80	55.7	0.80	150	6.35.7	0.88	165
22	45.7	1.35	80	45.7	1.35	80	55.7	0.80	150	55.7	0.80	150	6.35.7	0.44	230	6.35.7	0.88	165
33	45.7	1.35	80	55.7	0.80	150	6.35.7	0.44	230	6.35.7	0.44	230	6.35.7	0.44	230	6.37.7	0.68	185	810	1.3	130	810	1.3	130
47	55.7	0.80	150	6.35.7	0.44	230	6.35.7	0.44	230	6.35.7	0.44	230	6.35.7	0.44	230	86.5	0.68	185	810	1.3	130	1010	0.7	200
68	6.35.7	0.44	230	86.5	0.36	280	810	0.34	369
100	6.35.7	0.44	230	6.35.7	0.44	230	6.35.7	0.44	230	6.37.7	0.36	280	86.5	0.36	280	810	0.17	450	1010	0.7	200	1010	0.7	200
150	6.35.7	0.44	230	6.35.7	0.44	230	6.37.7	0.36	280	86.5	0.36	280	810	0.17	450	810	0.17	450	12.513.5	0.32	450	1616.5	0.17	650
220	6.35.7	0.44	230	6.37.7	0.36	280	6.37.7	0.36	280	810	0.17	450	107.7	0.17	450	810	0.17	450	1616.5	0.17	650	1616.5	0.17	650	1821.5	0.15	950
330	86.5	0.36	280	810	0.17	450	810	0.17	450	107.7	0.17	450	810	0.17	450	1010	0.09	670	1616.5	0.082	900	1616.5	0.17	650	1621.5	0.15	850
470	810	0.17	450	107.7	0.17	450	810	0.17	450	1010	0.09	670	1010	0.09	670	12.513.5	0.070	820	1616.5	0.082	900	1621.5	0.15	900	1821.5	0.15	950
680	810	0.17	450	107.7	0.17	450	1010	0.09	670	1010	0.09	670	12.513.5	0.070	820	12.516	0.060	950	1816.5	0.080	1150	1621.5	0.080	1150	1821.5	0.15	950
1000	1010	0.09	670	12.513.5	0.070	820	12.513.5	0.070	820	12.516	0.060	950	1616.5	0.054	1260	1616.5	0.073	1000	1821.5	0.06	1250	1621.5	0.054	1260	1816.5	0.048	1500
1500	1010	0.09	670	12.513.5	0.070	820	12.516	0.060	950	1616.5	0.054	1260	1616.5	0.054	1260	1816.5	0.048	1500	1621.5	0.038	1630	1816.5	0.048	1500	1621.5	0.038	1630
2200	12.513.5	0.070	820	12.516	0.060	950	1616.5	0.054	1260	1616.5	0.054	1260	1821.5	0.038	1750	1621.5	0.038	1630	1816.5	0.048	1500	1821.5	0.038	1750
3300	12.516	0.060	950	1616.5	0.054	1260	1616.5	0.054	1260	1621.5	0.038	1630	1816.5	0.048	1500	1621.5	0.038	1630	1821.5	0.038	1750
4700	1616.5	0.054	1260	1616.5	0.054	1260	1816.5	0.048	1500	1621.5	0.038	1630	1821.5	0.038	1750	1821.5	0.038	1750
6800	1816.5	0.048	1500	1621.5	0.038	1630	1816.5	0.048	1500	1821.5	0.038	1750	1821.5	0.038	1750
8200	1816.5	0.048	1500	1821.5	0.038	1750	1821.5	0.038	1750