Surface Mount Aluminum Electrolytic Capacitor Lelon VZH471M1VTR-1013 with Endurance and Low Impedance

Price Negotiable

Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

VZH Series SMD Aluminum Electrolytic Capacitors

The VZH series offers high capacitance with ultra-low impedance, designed for surface mounting on high-density PC boards. These capacitors are rated for 105C and provide extended operational life of 2,000 to 5,000 hours. They are compliant with RoHS and AEC-Q200 standards, making them suitable for demanding applications.

Product Attributes

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

Technical Specifications

Item	Specification
Performance Category	Temperature Range: -55 ~ +105 Capacitance Tolerance: 20% (at 120 Hz, 20) Leakage Current (at 20): I = 0.01CV or 3 (A) whichever is greater (after 2 minutes)
Tan (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 *Add 0.02 for every 1,000F increase beyond 1,000F.
Low Temperature Characteristics (at 120 Hz)	Rated Voltage (V): 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
Endurance	Test Time: 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 *Specifications satisfied after restoring to 20 after rated voltage applied for 2,000 ~ 5,000 hours at 105.
Shelf Life Test	Test Time: 1,000 Hrs Capacitance Change: Within 30% of initial value Tan: Less than 300% of specified value Leakage Current: Within specified value *Specifications satisfied after restoring to 20 after exposing for 1,000 hours at 105 without voltage applied.
Ripple Current and Frequency Multipliers	Frequency (Hz): 50, 60, 120, 1k, 10k up Multiplier: 0.60, 0.70, 0.85, 1.0

Dimensions and Permissible Ripple Current

Rated Voltage (VDC)	Cap. (F)	Contents	DL	Imp. (/ at 100k Hz, 20)	mA/rms at 100k Hz, 105
6.3V (0J)	10	100	45.7	1.35	80
6.3V (0J)	22	220	45.7	1.35	80
6.3V (0J)	33	330	45.7	1.35	80
6.3V (0J)	47	470	55.7	0.80	150
6.3V (0J)	68	680	6.35.7	0.44	230
6.3V (0J)	100	101	6.35.7	0.44	230
6.3V (0J)	150	151	6.35.7	0.44	230
6.3V (0J)	220	221	6.35.7	0.44	230
6.3V (0J)	330	331	86.5	0.36	280
6.3V (0J)	470	471	810	0.17	450
6.3V (0J)	680	681	810	0.17	450
6.3V (0J)	1000	102	810	0.17	450
10V (1A)	10	100	45.7	1.35	80
10V (1A)	22	220	45.7	1.35	80
10V (1A)	33	330	55.7	0.80	150
10V (1A)	47	470	6.35.7	0.44	230
10V (1A)	68	680	86.5	0.36	280
10V (1A)	100	101	6.35.7	0.44	230
10V (1A)	150	151	6.37.7	0.36	280
10V (1A)	220	221	6.37.7	0.36	280
10V (1A)	330	331	810	0.17	450
10V (1A)	470	471	810	0.17	450
10V (1A)	680	681	107.7	0.17	450
10V (1A)	1000	102	1010	0.09	670
16V (1C)	4.7	4R7	45.7	2.9	60
16V (1C)	10	100	55.7	0.80	150
16V (1C)	22	220	55.7	0.80	150
16V (1C)	33	330	6.35.7	0.44	230
16V (1C)	47	470	6.35.7	0.44	230
16V (1C)	68	680	86.5	0.36	280
16V (1C)	100	101	86.5	0.36	280
16V (1C)	150	151	810	0.17	450
16V (1C)	220	221	810	0.17	450
16V (1C)	330	331	810	0.17	450
16V (1C)	470	471	107.7	0.17	450
16V (1C)	680	681	107.7	0.17	450
16V (1C)	1000	102	12.513.5	0.070	820
25V (1E)	4.7	4R7	45.7	1.35	80
25V (1E)	10	100	45.7	1.35	80
25V (1E)	22	220	55.7	0.80	150
25V (1E)	33	330	55.7	0.80	150
25V (1E)	47	470	6.35.7	0.44	230
25V (1E)	68	680	6.35.7	0.44	230
25V (1E)	100	101	6.37.7	0.36	280
25V (1E)	150	151	86.5	0.36	280
25V (1E)	220	221	6.37.7	0.36	280
25V (1E)	330	331	810	0.17	450
25V (1E)	470	471	810	0.17	450
25V (1E)	680	681	1010	0.09	670
25V (1E)	1000	102	12.513.5	0.070	820
35V (1V)	4.7	4R7	45.7	1.35	80
35V (1V)	10	100	45.7	1.35	80
35V (1V)	22	220	55.7	0.80	150
35V (1V)	33	330	55.7	0.80	150
35V (1V)	47	470	6.35.7	0.44	230
35V (1V)	68	680	6.35.7	0.44	230
35V (1V)	100	101	86.5	0.36	280
35V (1V)	150	151	810	0.17	450
35V (1V)	220	221	810	0.17	450
35V (1V)	330	331	107.7	0.17	450
35V (1V)	470	471	1010	0.09	670
35V (1V)	680	681	12.513.5	0.070	820
35V (1V)	1000	102	12.516	0.060	950
50V (1H)	4.7	4R7	55.7	1.52	85
50V (1H)	10	100	55.7	0.80	150
50V (1H)	22	220	55.7	0.80	150
50V (1H)	33	330	6.35.7	0.44	230
50V (1H)	47	470	6.35.7	0.44	230
50V (1H)	68	680	86.5	0.36	280
50V (1H)	100	101	86.5	0.36	280
50V (1H)	150	151	810	0.17	450
50V (1H)	220	221	810	0.17	450
50V (1H)	330	331	107.7	0.17	450
50V (1H)	470	471	1010	0.09	670
50V (1H)	680	681	12.513.5	0.070	820
50V (1H)	1000	102	1616.5	0.073	1,000
63V (1J)	4.7	4R7	55.7	1.90	70
63V (1J)	10	100	6.35.7	1.20	130
63V (1J)	22	220	6.37.7	0.90	150
63V (1J)	33	330	810	0.50	280
63V (1J)	47	470	810	0.50	280
63V (1J)	68	680	1010	0.25	450
63V (1J)	100	101	1010	0.25	450
63V (1J)	150	151	12.513.5	0.15	700
63V (1J)	220	221	12.513.5	0.15	700
63V (1J)	330	331	1616.5	0.082	900
63V (1J)	470	471	1616.5	0.082	900
63V (1J)	680	681	1816.5	0.080	1,150
63V (1J)	1000	102	1821.5	0.06	1,250
80V (1K)	10	100	810	1.3	130
80V (1K)	22	220	810	1.3	130
80V (1K)	33	330	810	1.3	130
80V (1K)	47	470	1010	0.7	200
80V (1K)	68	680	1010	0.7	200
80V (1K)	100	101	1010	0.7	200
80V (1K)	150	151	12.513.5	0.32	450
80V (1K)	220	221	1616.5	0.17	650
80V (1K)	330	331	1616.5	0.17	650
80V (1K)	470	471	1621.5	0.15	900
80V (1K)	680	681	1621.5	0.080	1,150
80V (1K)	1000	102	1616.5	0.073	1,000
100V (2A)	22	220	810	1.3	130
100V (2A)	33	330	1010	0.7	200
100V (2A)	47	470	1010	0.7	200
100V (2A)	68	680	12.513.5	0.32	450
100V (2A)	100	101	12.513.5	0.32	450
100V (2A)	150	151	1616.5	0.17	650
100V (2A)	220	221	1821.5	0.15	950
100V (2A)	330	331	1616.5	0.17	650
100V (2A)	470	471	1821.5	0.15	950
100V (2A)	680	681	1821.5	0.15	950
100V (2A)	1000	102	1621.5	0.038	1,630