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quality V chip aluminum electrolytic capacitor Chengx RVT1C471M0810 with RoHS directive and 105 degree temperature rating factory
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quality V chip aluminum electrolytic capacitor Chengx RVT1C471M0810 with RoHS directive and 105 degree temperature rating factory
>
Specifications
Operating Temperature:
-45℃~+105℃
Lifetime:
2000hrs@105℃
Capacitance:
470uF
Height - Seated (Max):
10.2mm
Voltage Rating:
16V
Diameter:
8mm
Equivalent Series Resistance(ESR):
-
Tolerance:
±20%
Ripple Current:
-
Mfr. Part #:
RVT1C471M0810
Package:
SMD,D8xL10.2mm
Key Attributes
Model Number: RVT1C471M0810
Product Description

Product Overview

The RVT Series V-chip Aluminum Electrolytic Capacitors are standard 105 products designed for various electronic applications. They offer reliable performance and are compliant with environmental protection standards like RoHS Directive 2015/863/EU.

Product Attributes

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

Technical Specifications

NO 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 105, 120Hz
1 RVT RVT1H1R0M0405 50 1 20 14 3 4*5.4 1.0 8.0
2 RVT RVT1H2R2M0405 50 2.2 20 14 3 4*5.4 1.0 12
3 RVT RVT2A2R2M0605 100 2.2 20 14 3 6.3*5.4 2.1 15
4 RVT RVT1H3R3M0405 50 3.3 20 14 3 4*5.4 1.0 14
5 RVT RVT2A3R3M0605 100 3.3 20 14 3.3 6.3*5.4 2.1 22
6 RVT RVT1E4R7M0405 25 4.7 20 18 3 4*5.4 1.0 14
7 RVT RVT1V4R7M0405 35 4.7 20 16 3 4*5.4 1.0 15
8 RVT RVT1H4R7M0405 50 4.7 20 14 3 4*5.4 1.0 14
9 RVT RVT1H4R7M0505 50 4.7 20 14 3 5*5.4 1.5 17
10 RVT RVT1J4R7M0505 63 4.7 20 14 3 5*5.4 1.5 17
11 RVT RVT2A4R7M0605 100 4.7 20 14 4.7 6.3*5.4 2.1 23
12 RVT RVT1C100M0405 16 10 20 20 3 4*5.4 1.0 15
13 RVT RVT1E100M0405 25 10 20 18 3 4*5.4 1.0 15
14 RVT RVT1V100M0405 35 10 20 16 3.5 4*5.4 1.0 15
15 RVT RVT1V100M0505 35 10 20 16 3.5 5*5.4 1.5 22
16 RVT RVT1H100M0505 50 10 20 14 5 5*5.4 2.1 17
17 RVT RVT1H100M0607 50 10 20 14 5 6.3*5.4 2.1 25
18 RVT RVT1J100M0605 63 10 20 14 6.3 6.3*5.4 2.1 26
19 RVT RVT2A100M0607 100 10 20 14 10 6.3*7.7 2.1 38
20 RVT RVT1C220M0405 16 22 20 20 3.52 4*5.4 1.0 21
21 RVT RVT1C220M0505 16 22 20 20 3.52 5*5.4 1.5 28
22 RVT RVT1E220M0505 25 22 20 18 5.5 5*5.4 1.5 26
23 RVT RVT1V220M0505 35 22 20 18 7.7 5*5.4 1.5 28
24 RVT RVT1V220M0605 35 22 20 16 7.7 6.3*5.4 2.1 40
25 RVT RVT1H220M0607 50 22 20 14 11 6.3*7.7 2.1 52
26 RVT RVT1H220M0605 50 22 20 14 11 6.3*5.4 2.1 43
27 RVT RVT1J220M0607 63 22 20 14 13.86 6.3*7.7 2.1 53
28 RVT RVT2A220M0810 100 22 20 14 22 8*10.2 3.1 90
29 RVT RVT1C330M0505 16 33 20 20 5.28 5*5.4 1.5 29
30 RVT RVT1E330M0505 25 33 20 18 8.25 5*5.4 1.5 30
31 RVT RVT1V330M0605 35 33 20 16 11.55 6.3*5.4 2.1 45
32 RVT RVT1H330M0607 50 33 20 14 16.5 6.3*7.7 2.1 63
33 RVT RVT2A330M1010 100 33 20 14 33 10*10.2 4.5 136
34 RVT RVT0J470M0405 6.3 47 20 30 3 4*5.4 1.0 26
35 RVT RVT1A470M0505 10 47 20 24 4.7 5*5.4 1.5 31
36 RVT RVT1A470M0405 10 47 20 24 4.7 4*5.4 1.0 26
37 RVT RVT1C470M0505 16 47 20 20 7.52 5*5.4 1.5 33
38 RVT RVT1C470M0605 16 47 20 20 7.52 6.3*5.4 2.1 48
39 RVT RVT1E470M0605 25 47 20 18 11.75 6.3*5.4 2.1 49
40 RVT RVT1V470M0605 35 47 20 16 16.45 6.3*5.4 2.1 54
41 RVT RVT1V470M0607 35 47 20 16 16.45 6.3*7.7 2.1 75
42 RVT RVT1H470M0810 50 47 20 14 23.5 8*10.2 3.1 125
43 RVT RVT1H470M0607 50 47 20 14 23.5 6.3*7.7 2.1 66
44 RVT RVT1J470M0810 63 47 20 14 29.61 8*10.2 3.1 125
45 RVT RVT2A470M1010 100 47 20 14 47 10*10.2 4.5 148
46 RVT RVT0J101M0505 6.3 100 20 30 6.3 5*5.4 1.5 40
47 RVT RVT1A101M0505 10 100 20 24 10 5*5.4 1.5 40
48 RVT RVT1A101M0605 10 100 20 24 10 6.3*5.4 2.1 55
49 RVT RVT1C101M0605 16 100 20 20 16 6.3*5.4 2.1 63
50 RVT RVT1C101M0607 16 100 20 20 16 6.3*7.7 2.1 93
51 RVT RVT1E101M0607 25 100 20 18 25 6.3*7.7 2.1 93
52 RVT RVT1V101M0607 35 100 20 16 35 6.3*7.7 2.1 87
53 RVT RVT1V101M0810 35 100 20 16 35 8*10.2 3.1 125
54 RVT RVT1H101M0810 50 100 20 14 50 8*10.2 3.1 146
55 RVT RVT1H101M1010 50 100 20 14 50 10*10.2 4.5 178
56 RVT RVT1J101M1010 63 100 20 14 63 10*10.2 4.5 200
57 RVT RVT1A151M0605 10 150 20 24 15 6.3*5.4 2.1 65
58 RVT RVT1E151M0607 25 150 20 18 37.5 6.3*7.7 2.1 100
59 RVT RVT0J221M0605 6.3 220 20 30 13.86 6.3*5.4 2.1 69
60 RVT RVT1A221M0605 10 220 20 24 22 6.3*5.4 2.1 69
61 RVT RVT1A221M0607 10 220 20 24 22 6.3*7.7 2.1 110
62 RVT RVT1C221M0607 16 220 20 20 35.2 6.3*7.7 2.1 110
63 RVT RVT1E221M0810 25 220 20 18 55 8*10.2 3.1 183
64 RVT RVT1V221M0810 35 220 20 16 77 8*10.2 3.1 195
65 RVT RVT1V221M1010 35 220 20 16 77 10*10.2 4.5 230
66 RVT RVT1H221M1010 50 220 20 14 110 10*10.2 4.5 220
67 RVT RVT0J331M0607 6.3 330 20 30 20.79 6.3*7.7 2.1 108
68 RVT RVT1A331M0607 10 330 20 24 33 6.3*7.7 2.1 108
69 RVT RVT1C331M0810 16 330 20 20 52.8 8*10.2 3.1 201
70 RVT RVT1E331M0810 25 330 20 18 82.5 8*10.2 3.1 228
71 RVT RVT1V331M1010 35 330 20 16 115.5 10*10.2 4.5 247
72 RVT RVT0J471M0607 6.3 470 20 30 29.61 6.3*7.7 2.1 125
73 RVT RVT1A471M0810 10 470 20 24 47 8*10.2 3.1 214
74 RVT RVT1C471M0810 16 470 20 20 75.2 8*10.2 3.1 240
75 RVT RVT1C471M1010 16 470 20 20 75.2 10*10.2 4.5 300
76 RVT RVT1E471M1010 25 470 20 18 117.5 10*10.2 4.5 286
77 RVT RVT1V471M1010 35 470 20 18 164.5 10*10.2 4.5 286
78 RVT RVT1C681M1010 16 680 20 20 108.8 10*10.2 4.5 322
79 RVT RVT0J102M0810 6.3 1000 20 30 63 8*10.2 3.1 235
80 RVT RVT1A102M1010 10 1000 20 24 100 10*10.2 4.5 320
81 RVT RVT1C102M1010 16 1000 20 20 160 10*10.2 4.5 347
82 RVT RVT0J152M1010 6.3 1500 20 30 94.5 10*10.2 4.5 320
Item Performance Characteristics Test Method (JIS C 5101-1) Rated Voltage (VDC) Surge Voltage (VDC)
7 Surge Voltage Test After surge voltage applied at a cycling rate of 30 seconds charge and 5.5 minutes discharge 1000 successive test cycle. Test temperature: 15~35. judgement: a. Capacity C/C 15 % b. Dissipation factor DF 100 % of specified value c. Leakage current LC should specified value d. No abnormality in product appearance 6.3, 10, 16, 25, 35, 50, 63, 100 7.3, 11, 18.4, 29, 40, 58, 73, 115
8 Solderability A minimum of 95% of the surface being immersed. The capacitor shall be tested under the following conditions: Soldering temperature: 2455 Dipping depth: 2mm Dipping speed: 252.5mm/s Dipping time: 30.5s N/A
9 Vibration test Capacitance Change: Within 5% of initial value. Appearance: There shall be no leakage of electrolyte. The following conditions shall be applied for 2 hours in each (X,Y,Z) mutually perpendicular directions, with a total of 6 hours. Vibration frequency range: 10Hz ~ 55Hz Peak to peak amplitude: 1.5mm N/A
10 Solvent Resistance of the Marking The marking shall be legible. There shall be no damage. Class of Reagent: Isopropyl Alcohol; Test Temperature: 20~25; Immersing Time: 305S N/A
11 Solder Heat Resistance Test Judgment: a. Capacitance change rate 10% b. No significant change in appearance can be observed. After reflow soldering according to Reflow Soldering Condition (see page 12) and restored at room temperature, they meet the characteristics listed. N/A
12 High Temperature Load Life Test Capacitance change 30% of initial value. Dissipation factor Tan 300% of initial specified value. Leakage current LC initial specified value. After 2000 hours application of rated voltage at 105, capacitors meet the characteristics requirements listed. N/A
13 Shelf life Capacitance change 30% of initial value. Dissipation factor Tan 300% of initial specified value. Leakage current LC 2 times initial specified value. After storage for 1000 hours at 105, capacitors meet the characteristics requirements listed. N/A
14 Humidity Test A. Capacitance change rate C/C 15% b. Dissipation factor DF 100 % of initial specified value c. Leakage current LC100 % of initial specified value d. No significant change in product appearance can be observed. Capacitors shall be exposed for 240 8 hrs in an atmosphere of 90 - 95 % R.H. at 40 And then the Capacitor shall be subjected to standard atmospheric Conditions for 1~2 hours. N/A
Item Performance Characteristics Test Method (JIS C 5101-1) Rated Voltage (VDC) Tan (max.)
5 Loss tangent value (120 Hz, +20) 6.3, 10, 16, 25, 35, 50, 63, 100 0.30, 0.24, 0.20, 0.18, 0.16, 0.14, 0.14, 0.14 (for 4~10)
6 Temperature Characteristics Step1: CAP20, DF, LC within specified values. Step2: Impedance Ratio ZT/Z20 (max.) Z-25 /Z+20: 4, 3, 2, 2, 2, 2, 2, 3. Z-40 /Z+20: 10, 8, 6, 5, 5, 5, 6, 6. Step4: Capacitance Change 25 %of the value in Step1, Tan initial specified value. Step5: Capacitance Change 10 %of the value in Step1, Tan initial specified value. 6.3, 10, 16, 25, 35, 50, 63, 100 Z-25 /Z+20: 4, 3, 2, 2, 2, 2, 2, 3. Z-40 /Z+20: 10, 8, 6, 5, 5, 5, 6, 6

2409291103_Chengx-RVT1C471M0810_C82006.pdf

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