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Specifications
Operating Temperature:
-55℃~+105℃
Lifetime:
2000hrs@105℃
Capacitance:
470uF
Height - Seated (Max):
5.7mm
Voltage Rating:
10V
Diameter:
6.3mm
Equivalent Series Resistance(ESR):
-
Ripple Current:
150mA@120Hz
Tolerance:
±20%
Mfr. Part #:
DV1A471M-CRE57
Package:
SMD,D6.3xL5.7mm
Key Attributes
Model Number:
DV1A471M-CRE57
Product Description
DV Series V-chip Aluminum Electrolytic Capacitors
This specification covers the "DV Series" V-chip aluminum electrolytic capacitors, designed for applications requiring reliable performance and compact size. These capacitors comply with environmental standards and offer a wide operating temperature range and voltage/capacitance options.
Product Attributes
- Brand: DONG GUAN CHENG TAO ELECTRONIC CO.,LTD
- Origin: Dongguan City, China
- Certifications: Comply with EU directive 2002/95/EC
Technical Specifications
| Specification | Details |
| Series | DV Series |
| Scope | V-chip aluminum electrolytic capacitors |
| Reference Standard | JIS C-5141, JIS C-5102 |
| Environmental Protection Standard | EU directive 2002/95/EC |
| Operating Temperature Range | -55C ~ +105C |
| Voltage Range | 6.3 ~ 100V |
| Capacitance Range | 4.7 ~ 1500F |
| Capacitance Tolerance | 20% at 120Hz, 20C |
| Leakage Current | I 0.01 CV or 3 (A) whichever is greater (after 2 minutes) |
| Tan (max.) @ 120Hz, 20C | 0.30 (6.3V), 0.24 (10V), 0.20 (16V), 0.18 (25V), 0.16 (35V), 0.14 (50V, 63V, 100V) |
| Stability at Low Temperature (Impedance Ratio ZT/Z20) | Z-25C /Z+20C: 4 (6.3V), 3 (10V), 2 (16V, 25V, 35V, 50V, 63V), 3 (100V) Z-40C /Z+20C: 10 (6.3V), 8 (10V), 6 (16V), 4 (25V), 3 (35V, 50V, 63V), 4 (100V) |
| Load Life (2000 hours at 105C) | Capacitance Change: Within 30% Tan : 300% of initial specified value Leakage Current: Initial specified value |
| Shelf Life (1000 hours at 105C) | Capacitance Change: Within 30% of initial value Tan : 300% of initial specified value Leakage Current: 200% of Initial specified value |
| Resistance to Soldering Heat (after reflow) | Capacitance Change: 10% of initial value Tan : Initial specified value Leakage Current: Initial specified value |
| Marking | Manufactures mark, Rated voltage and nominal capacitance, Negative polarity |
| Dimensions (mm) | See Drawing and Dimension tables (e.g., DL: 45.7, 55.7, 6.35.7, 6.37.7, 86.5, 810.5, 1010.5) |
| Taping Specifications | Applicable standard JIS C0806 |
| Lead-free Reflow Soldering Condition | Recommended conditions provided (Preheating, Soldering time, Peak temperature) |
| Package Quantity | Reel: 2000 pcs (4x5.7), 1000 pcs (5x5.7 to 6.3x7.7), 500 pcs (8x6.5 to 10x10.5) Bag: 20000 pcs (4x5.7), 10000 pcs (5x5.7 to 6.3x7.7), 5000 pcs (8x6.5 to 10x10.5) |
| Construction Materials | Coated aluminum case, thermoplastic resin base, aluminum/CP wire leads, butyl rubber sealing, high purity aluminum foil, electrolytic paper, electrolyte |
| Frequency Coefficient of Allowable Ripple Current | 0.75 (50,60Hz), 1.00 (120Hz), 1.15 (1KHz), 1.25 (10KHz up) |
Electrical Parameters
| Part No. | Model | Specification (F/V) | Size (mm) | Temperature Range (C) | Capacitance Tolerance (%) | Tan (@120Hz, 25C) (max) | Leakage Current (A) (max, +25C) | Ripple Current (mArms) (max, @120Hz, 105C) | Working Life (H) |
| DV1A471M-CRE57 | DV 470/10V | 470/10V | 6.3*5.7 | -40~+105 | 20% | 24 | 47 | 150 | 2000H |
| DV0J471M-CRE57 | DV 470/6.3V | 470/6.3V | 6.3*5.7 | -40~+105 | 20% | 28 | 29.61 | 180 | 2000H |
| DV1A331M-CRE57 | DV 330/10V | 330/10V | 6.3*5.7 | -40~+105 | 20% | 24 | 33 | 150 | 2000H |
| DV1E101M-CRE57 | DV 100/25V | 100/25V | 6.3*5.7 | -40~+105 | 20% | 18 | 25 | 150 | 2000H |
| DV1V101M-CRE57 | DV 100/35V | 100/35V | 6.3*5.7 | -40~+105 | 20% | 16 | 35 | 150 | 2000H |
| DV1C221M-CRE57 | DV 220/16V | 220/16V | 6.3*5.7 | -40~+105 | 20% | 20 | 35.2 | 150 | 2000H |
| DV1H470M-CRE57 | DV 47/50V | 47/50V | 6.3*5.7 | -40~+105 | 20% | 14 | 23.5 | 100 | 2000H |
| DV1E470M-CRD57 | DV 47/25V | 47/25V | 5*5.7 | -40~+105 | 20% | 18 | 11.75 | 90 | 2000H |
| DV1C101M-CRD57 | DV 100/16V | 100/16V | 5*5.7 | -40~+105 | 20% | 20 | 16 | 120 | 2000H |
| DV0J221M-CRD57 | DV 220/6.3V | 220/6.3V | 5*5.7 | -40~+105 | 20% | 28 | 13.86 | 120 | 2000H |
| DV0J681M-CRE77 | DV 680/6.3V | 680/6.3V | 6.3*7.7 | -40~+105 | 20% | 28 | 42.84 | 300 | 2000H |
| DV1A681M-CRE77 | DV 680/10V | 680/10V | 6.3*7.7 | -40~+105 | 20% | 24 | 68 | 300 | 2000H |
| DV1C471M-CRE77 | DV 470/16V | 470/16V | 6.3*7.7 | -40~+105 | 20% | 20 | 75.2 | 300 | 2000H |
| DV1V151M-CRE77 | DV 150/35V | 150/35V | 6.3*7.7 | -40~+105 | 20% | 16 | 52.5 | 300 | 2000H |
| DV1V221M-CRE77 | DV 220/35V | 220/35V | 6.3*7.7 | -40~+105 | 20% | 16 | 77 | 300 | 2000H |
| DV1H101M-CRE77 | DV 100/50V | 100/50V | 6.3*7.7 | -40~+105 | 20% | 14 | 50 | 175 | 2000H |
| DV0J152M-CRF1A | DV 1500/6.3V | 1500/6.3V | 8*10.5 | -40~+105 | 20% | 28 | 94.5 | 425 | 2000H |
| DV1A152M-CRF1A | DV 1500/10V | 1500/10V | 8*10.5 | -40~+105 | 20% | 24 | 150 | 425 | 2000H |
| DV1C821M-CRF1A | DV 820/16V | 820/16V | 8*10.5 | -40~+105 | 20% | 20 | 131.2 | 425 | 2000H |
| DV1E471M-CRF1A | DV 470/25V | 470/25V | 8*10.5 | -40~+105 | 20% | 18 | 117.5 | 425 | 2000H |
| DV1V331M-CRF1A | DV 330/35V | 330/35V | 8*10.5 | -40~+105 | 20% | 16 | 115.5 | 425 | 2000H |
| DV1H221M-CRF1A | DV 220/50V | 220/50V | 8*10.5 | -40~+105 | 20% | 14 | 110 | 335 | 2000H |
| DV1A222M-CRG1A | DV 2200/10V | 2200/10V | 10*10.5 | -40~+105 | 20% | 24 | 220 | 595 | 2000H |
| DV1C152M-CRG1A | DV 1500/16V | 1500/16V | 10*10.5 | -40~+105 | 20% | 20 | 240 | 595 | 2000H |
| DV1E102M-CRG1A | DV 1000/25V | 1000/25V | 10*10.5 | -40~+105 | 20% | 18 | 250 | 595 | 2000H |
Application Guideline
When designing circuits using DV Series V-chip aluminum electrolytic capacitors, ensure that operating conditions (temperature, ripple current, voltage) are within the specified limits. These capacitors are polarized and should not have reverse or AC voltage applied. For circuits with potential reverse voltage, bi-polar capacitors are recommended. Avoid using aluminum electrolytic capacitors in circuits with rapid and frequent charge/discharge cycles; opt for specialized long-life capacitors instead. Do not apply excess voltage; the peak voltage from the superposition of DC and ripple voltage should not exceed the rated voltage.
2504101957_ChengTao-DV1A471M-CRE57_C46628688.pdf
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