制品名 贴片型铝电解电容器
PRODUCT NAME: V-chip Aluminum Electrolytic Capacitors

 

系列 SERIES:	RVT 105℃ 标准品 RVT Series, 105℃,±20%, Standard
规格 DESCRIPTION	RVT

物料规格

NO	Series	料号:	WV (V)	Cap. (uF)	Cap. tol. (%) 120Hz 20℃	DF （％） 120Hz 20℃ ≤	LC （uA） （2min） ≤	DΦ* L	P ±0.2	Allowable ripple current (marms) at 105℃, 120Hz	ESR 100KHz (Ω) 20℃ ≤
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	RVT1V3R3M0405	35	3.3	±20	16	3	4*5.4	1.0	≤14
5	RVT	RVT1H3R3M0405	50	3.3	±20	14	3	4*5.4	1.0	≤14
6	RVT	RVT1J3R3M0505	63	3.3	±20	14	3	5*5.4	1.5	≤14
7	RVT	RVT2A3R3M0605	100	3.3	±20	14	3.3	6.3*5.4	2.1	≤22
8	RVT	RVT1E4R7M0405	25	4.7	±20	18	3	4*5.4	1.0	≤14
9	RVT	RVT1V4R7M0405	35	4.7	±20	16	3	4*5.4	1.0	≤15
10	RVT	RVT1H4R7M0405	50	4.7	±20	14	3	4*5.4	1.0	≤14
11	RVT	RVT1H4R7M0505	50	4.7	±20	14	3	5*5.4	1.5	≤17
12	RVT	RVT1J4R7M0505	63	4 7	±20	14	3	5*5 4	1 5	≤17
13	RVT	RVT1J4R7M0605	63	4 7	±20	14	3	6 3*5 4	2 1	≤22
14	RVT	RVT2A4R7M0605	100	4.7	±20	14	4.7	6.3*5.4	2.1	≤23
15	RVT	RVT2A4R7M0607	100	4.7	±20	14	4.7	6.3*7.7	2.1	≤38
16	RVT	RVT1C100M0405	16	10	±20	20	3	4*5.4	1.0	≤15
17	RVT	RVT1E100M0405	25	10	±20	18	3	4*5.4	1.0	≤15
18	RVT	RVT1E100M0505	25	10	±20	18	3	5*5.4	1.5	≤21
19	RVT	RVT1V100M0405	35	10	±20	16	3.5	4*5.4	1.0	≤15
20	RVT	RVT1V100M0505	35	10	±20	16	3.5	5*5.4	1.5	≤22
21	RVT	RVT1H100M0605	50	10	±20	14	5	6.3*5.4	2.1	≤25
22	RVT	RVT1J100M0607	63	10	±20	14	6 3	6 3*7 7	2 1	≤41
23	RVT	RVT1J100M0605	63	10	±20	14	6 3	6 3*5 4	2 1	≤26
24	RVT	RVT2A100M0810	100	10	±20	14	10	8*10.2	3.1	≤80
25	RVT	RVT2A100M0607	100	10	±20	14	10	6.3*7.7	2.1	≤38
26	RVT	RVT0J220M0405	6.3	22	±20	30	3	4*5.4	1.0	≤22
27	RVT	RVT1A220M0405	10	22	±20	24	3	4*5.4	1.0	≤21
28	RVT	RVT1A220M0505	10	22	±20	24	3	5*5.4	1.5	≤26
29	RVT	RVT1C220M0405	16	22	±20	20	3.52	4*5.4	1.0	≤21
30	RVT	RVT1C220M0505	16	22	±20	20	3 52	5*5 4	1 5	≤28
31	RVT	RVT1E220M0505	25	22	±20	18	5 5	5*5 4	1 5	≤26
32	RVT	RVT1E220M0605	25	22	±20	18	5.5	6.3*5.4	2.1	≤37
33	RVT	RVT1V220M0605	35	22	±20	16	7.7	6.3*5.4	2.1	≤40
34	RVT	RVT1H220M0607	50	22	±20	14	11	6.3*7.7	2.1	≤52
35	RVT	RVT1H220M0605	50	22	±20	14	11	6.3*5.4	2.1	≤43
36	RVT	RVT1J220M0810	63	22	±20	14	13.86	8*10.2	3.1	≤100
37	RVT	RVT1J220M0607	63	22	±20	14	13.86	6.3*7.7	2.1	≤53
38	RVT	RVT2A220M1010	100	22	±20	14	22	10*10.2	4.5	≤129
39	RVT	RVT2A220M0810	100	22	±20	14	22	8*10.2	3.1	≤90
40	RVT	RVT0J330M0405	6 3	33	±20	30	3	4*5 4	1 0	≤23
41	RVT	RVT0J330M0505	6 3	33	±20	30	3	5*5 4	1 5	≤28
42	RVT	RVT1A330M0405	10	33	±20	24	3.3	4*5.4	1.0	≤23
43	RVT	RVT1A330M0505	10	33	±20	24	3.3	5*5.4	1.5	≤34
44	RVT	RVT1C330M0505	16	33	±20	20	5.28	5*5.4	1.5	≤29
45	RVT	RVT1C330M0605	16	33	±20	20	5.28	6.3*5.4	2.1	≤45
46	RVT	RVT1E330M0505	25	33	±20	18	8.25	5*5.4	1.5	≤30
47	RVT	RVT1E330M0605	25	33	±20	18	8.25	6.3*5.4	2.1	≤45
48	RVT	RVT1V330M0605	35	33	±20	16	11.55	6.3*5.4	2.1	≤45
49	RVT	RVT1H330M0607	50	33	±20	14	16.5	6.3*7.7	2.1	≤63
50	RVT	RVT1J330M0810	63	33	±20	14	20 79	8*10 2	3 1	≤116
51	RVT	RVT2A330M1010	100	33	±20	14	33	10*10 2	4 5	≤136
52	RVT	RVT0J470M0405	6.3	47	±20	30	3	4*5.4	1.0	≤26
53	RVT	RVT0J470M0505	6.3	47	±20	30	3	5*5.4	1.5	≤34
54	RVT	RVT1A470M0505	10	47	±20	24	4.7	5*5.4	1.5	≤31
55	RVT	RVT1A470M0605	10	47	±20	24	4.7	6.3*5.4	2.1	≤42
56	RVT	RVT1C470M0505	16	47	±20	20	7 52	5*5 4	1 5	≤33
57	RVT	RVT1C470M0605	16	47	±20	20	7 52	6 3*5 4	2 1	≤48
58	RVT	RVT1E470M0605	25	47	±20	18	11 75	6 3*5 4	2 1	≤49
59	RVT	RVT1V470M0605	35	47	±20	16	16 45	6 3*5 4	2 1	≤54
60	RVT	RVT1V470M0607	35	47	±20	16	16.45	6.3*7.7	2.1	≤75
61	RVT	RVT1H470M0810	50	47	±20	14	23 5	8*10 2	3 1	≤125
62	RVT	RVT1H470M0607	50	47	±20	14	23 5	6 3*7 7	2 1	≤66
63	RVT	RVT1J470M1010	63	47	±20	14	29.61	10*10.2	4.5	≤168
64	RVT	RVT1J470M0810	63	47	±20	14	29.61	8*10.2	3.1	≤125
65	RVT	RVT2A470M1010	100	47	±20	14	47	10*10.2	4.5	≤148
66	RVT	RVT0J101M0505	6.3	100	±20	30	6.3	5*5.4	1.5	≤40
67	RVT	RVT0J101M0605	6.3	100	±20	30	6.3	6.3*5.4	2.1	≤52
68	RVT	RVT1A101M0505	10	100	±20	24	10	5*5.4	1.5	≤40
69	RVT	RVT1A101M0605	10	100	±20	24	10	6.3*5.4	2.1	≤55
70	RVT	RVT1C101M0605	16	100	±20	20	16	6.3*5.4	2.1	≤63
71	RVT	RVT1C101M0607	16	100	±20	20	16	6 3*7 7	2 1	≤93
72	RVT	RVT1E101M0607	25	100	±20	18	25	6 3*7 7	2 1	≤93
73	RVT	RVT1E101M0806	25	100	±20	18	25	8*6.5	3.1	≤93
74	RVT	RVT1V101M0607	35	100	±20	16	35	6.3*7.7	2.1	≤87
75	RVT	RVT1V101M0810	35	100	±20	16	35	8*10.2	3.1	≤125
76	RVT	RVT1H101M0810	50	100	±20	14	50	8*10.2	3.1	≤146
77	RVT	RVT1H101M1010	50	100	±20	14	50	10*10.2	4.5	≤178
78	RVT	RVT1J101M1010	63	100	±20	14	63	10*10.2	4.5	≤200
79	RVT	RVT0J151M0605	6.3	150	±20	30	9.45	6.3*5.4	2.1	≤56
80	RVT	RVT1A151M0605	10	150	±20	24	15	6.3*5.4	2.1	≤65
81	RVT	RVT1C151M0607	16	150	±20	20	24	6 3*7 7	2 1	≤100
82	RVT	RVT1E151M0607	25	150	±20	18	37 5	6 3*7 7	2 1	≤100
83	RVT	RVT1V151M0810	35	150	±20	16	52.5	8*10.2	3.1	≤158
84	RVT	RVT1H151M1010	50	150	±20	14	75	10*10.2	4.5	≤178
85	RVT	RVT0J221M0605	6.3	220	±20	30	13.86	6.3*5.4	2.1	≤69
86	RVT	RVT0J221M0607	6.3	220	±20	30	13.86	6.3*7.7	2.1	≤108
87	RVT	RVT1A221M0605	10	220	±20	24	22	6.3*5.4	2.1	≤69
88	RVT	RVT1A221M0607	10	220	±20	24	22	6.3*7.7	2.1	≤110
89	RVT	RVT1C221M0607	16	220	±20	20	35.2	6.3*7.7	2.1	≤110
90	RVT	RVT1C221M0806	16	220	±20	20	35.2	8*6.5	3.1	≤110
91	RVT	RVT1E221M0810	25	220	±20	18	55	8*10.2	3.1	≤183
92	RVT	RVT1V221M0810	35	220	±20	16	77	8*10.2	3.1	≤195
93	RVT	RVT1V221M1010	35	220	±20	16	77	10*10.2	4.5	≤230
94	RVT	RVT1H221M1010	50	220	±20	14	110	10*10.2	4.5	≤230
95	RVT	RVT0J331M0607	6.3	330	±20	30	20.79	6.3*7.7	2.1	≤108
96	RVT	RVT1A331M0607	10	330	±20	24	33	6 3*7 7	2 1	≤108
97	RVT	RVT1C331M0810	16	330	±20	20	52.8	8*10.2	3.1	≤201
98	RVT	RVT1E331M0810	25	330	±20	18	82.5	8*10.2	3.1	≤228
99	RVT	RVT1E331M1010	25	330	±20	18	85 5	10*10 2	4 5	≤248
100	RVT	RVT1V331M1010	35	330	±20	16	115.5	10*10.2	4.5	≤247
101	RVT	RVT0J471M0607	6.3	470	±20	30	29.61	6.3*7.7	2.1	≤125
102	RVT	RVT0J471M0810	6 3	470	±20	30	29 61	8*10 2	3 1	≤214
103	RVT	RVT1A471M0810	10	470	±20	24	47	8*10.2	3.1	≤214
104	RVT	RVT1A471M1010	10	470	±20	24	47	10*10.2	4.5	≤266
105	RVT	RVT1C471M0810	16	470	±20	20	75.2	8*10.2	3.1	≤240
106	RVT	RVT1C471M1010	16	470	±20	20	75.2	10*10.2	4.5	≤300
107	RVT	RVT1E471M1010	25	470	±20	18	117.5	10*10.2	4.5	≤286
108	RVT	RVT0J681M0810	6.3	680	±20	30	42.84	8*10.2	3.1	≤214
109	RVT	RVT1A681M1010	10	680	±20	24	68	10*10.2	4.5	≤277
110	RVT	RVT1C681M1010	16	680	±20	20	108 8	10*10 2	4 5	≤322
111	RVT	RVT0J102M0810	6.3	1000	±20	30	63	8*10.2	3.1	≤235
112	RVT	RVT0J102M1010	6.3	1000	±20	30	63	10*10.2	4.5	≤310
113	RVT	RVT1A102M1010	10	1000	±20	24	100	10*10 2	4 5	≤320
114	RVT	RVT1C102M1010	16	1000	±20	20	160	10*10.2	4.5	≤347
115	RVT	RVT0J152M1010	6.3	1500	±20	30	94.5	10*10.2	4.5	≤320
								注： P 代表 座板导针间距

 

RVT 环保型标准品贴片铝电解电容器

RVT Series environmental protection standard product SMD(V-chip) aluminum electrolytic capacitors.

1.范围 Scope
适用"RVT 系列"立式片式铝电解电容器
This specification covers "RVT Series" SMD(V-chip) aluminum electrolytic capacitors.

2.参考标准 Reference Standard
日本工业标准 JIS C-5141 JIS C-5101
Japanese industrial Standard JIS C-5141 characteristics W and JIS C-5101 except as specified

3.环境保护标准 environment protection standard
RoHS 指令 2011/65/EU

4.主要技术性能 SPECIFICATION

NO	项目 Item	性能 Performance Characteristics	试验方法 test method （JIS C 5101-1）
1	使用温度范围 Operating temperature range	- 55 ~ +105℃
2	额定工作电压范围 Voltage Range	6.3 ~100 (VDC)
3	泄漏电流 Leakage Current	I ≦ 0.01 CV 或 3 uA (2 分钟取大值)	whichever is greater (after 2 minutes)
4	静电容量允许偏差 Capacitance Tolerance	±20 (%)	(120 Hz, +20℃)
5	损失角正切值 Tan ð (120 Hz, +20℃)	Rated Voltage (VDC) 额定电压 6.3 10 16 25 35 50 63 100 Tan ð(max.) Φ4~Φ10 0.30 0 24 0.20 0. 18 0. 16 0. 14 0. 14 0. 14
6	温度特性 Temperature Characteristics	温度试验阶段 temperature test Step T （℃） H（min） Measurement (120 Hz) 1 20±2 3 CAP、ESR 2 -25、-55 （+0、-2） 分别放置 30 ESR 3 15~35 15   4 105 （+2、0） 30 LC、CAP、DF 5 20±2 3   Step1 时，Impedance Ratio：CAP±20％ ，DF 、LC 在规格值内 Step2 时，Impedance Ratio： Rated Voltage (V) 6.3 10 16 25 35 50 63 100 Impedance Ratio ZT/Z20 (max.) Z-25℃ /Z+20℃ 4 3 2 2 2 2 2 3 Z-55℃ /Z+20℃ 10 8 6 4 3 3 3 4 Impedance Ratio： 静电容量变化率 Capacitance Change ±25 %of the value in Step1 损失角正切值 Tan ð initial specified value Impedance Ratio： 静电容量变化率 Capacitance Change ±10 %of the value in Step1 损失角正切值 Tan ð initial specified value

 

 

NO	项目 Item	性能 Performance Characteristics		试验方法 test method（JIS C 5101-1）
7	浪涌测试 Surge Voltage Test	Rated Voltage (VDC) 额定电压 6.3 10 16 25 35 50 63 100 Surge Voltage (VDC) 浪涌电压 8 12 20 32 42 61 79 125 After surge voltage applied at a cycling rate of 30 seconds charge and 5.5 minutes discharge1000 successive test cycle.Test temperature:15~35℃ . judgement： a.容量△C/C ≦±15% 　　b. 损耗角正切DF ≦ 100 % 之规格值 c. 漏电流LC 应≦规格值　　d 产品外观无任何异常
8	可焊性 Solderability	焊料润湿试验表面 95％区域，焊锡应光亮均匀 A minimum of 95% of the surface being immersed		The capacitor shall be tested under the following conditions: Soldering temperature: 245±5℃Dipping depth: 2mm Dipping speed: 25±2.5mm/s Dipping time: 3±0.5s
9	耐振性 Vibration test	电容量变化 Capacitance Change: Within ±5% of initial value. 外观无损坏 Appearance: There shall be no leakage of electrolyte.		The following conditions shall be applied for 2 hours in each (X,Y,Z) 3 mutually perpendicular directions,with a total of 6 hours . Vibration frequency range: 10Hz ~ 55Hz Peak to peak amplitude: 1.5mm
10	标示耐溶剂性 Solvent Resistance of the Marking	标示应清晰可辨 There shall be no damage end legibly marked can be deciphered easily		在 20～25℃条件下将电容器本体浸入异丙醇中 30±5S 后， 目视检查 Class of Reagent:Isopropyl Alcohol; Test Temperature:20~25℃;Immersing Time:30±5S
11	耐焊接热 Solder Heat Resistance Test	判定： a. 容量变化量 ≦ ±10 % △C/C ≦ ±10% ; b. 外观不得有损坏现象 Appearance: No significant change can be observe		经过回流焊后（参见第 12 页） 在室温中恢复后，电容器满足如左要求 After reflow soldering according to Reflow Soldering　Condition (see page 12) and restored at room　temperature, they meet the characteristics listed.
12	高温负载 High Temperature Load Life Test	容量变化 量△C/C	≦±30%初始值内 ≦±30% initial specified value	105℃施加额定电压 2000 小时，让其在室温下冷却 恢复后检查 105℃施加额定电压 2000 小时后，电容 器应满足如左要求 After 2000 hours application of rated voltage at 105℃, capacitors meet the characteristics requirements listed.
		损耗角正 切值 Tanθ	≤300%初始规定值 ≦300% initial specified value
		漏电流 LC	≤初始规定值 ≦ initial specified value
13	高温存储 Shelf life	容量变化 量△C/C	≦±30%初始值内 ≦±30% initial specified value	105℃ 1000 小时后高温放置后，让其在室温下冷却 恢复后，电容器应满足如左要求. After storge for 1000 hours at 105℃, capacitors meet the characteristics requirements listed.
		损耗角正 切值 Tanθ	≤300%初始规定值 ≦300% initial specified value
		漏电流 LC	≤2 倍初始规定值 ≦ 200% initial specified value
14	耐湿性 Humidity Test	A.容量变化量 △C/C≦± 15% b. 损耗角正切值 DF ≦ 100 % initial specified value c. 漏电流 LC≦ 100 % initial specified value d. 产品外观无损坏 Appearance:No significant change can be observe		电容器放置在湿度 90 - 95 % 温度 40℃的环境中 240 小时± 8 小时，电容器取出恢复 1~2 小时后电容器满足 左要求： Capacitors shall be exposed for 240 ± 8 hrs in an atmosphere of 90 - 95 % R.H.at40℃ And then the Capacitor shall be subjected to standard atmospherjc Conditions for 1-2hours, after which measurements Shall be made.

 

 

5.标识

Marking

A)电容器标识内容如下：
Capacitors shall be legibly marked with the following:
1）产品系列
m^Anufacture’s mark
2）额定电压和额定电容
Rated voltage and nominal capacitance
3）负极标识
Negative polarity

 

 

 

 

B)电容器的编带包装盘上印刷以下内容
Following items should be marked on the taping reel

Customer’s Part Number(if request)
3) 系列名称 Series mark
4) 制造批号 Lot Number
5) 编带数量 Packing quantity

6.编带粘接力测试
Adhedion Test

7.图样
Drawing (Unit: mm)(Φ4~Φ6.3)

 

(Φ8,Φ10)

 

8.尺寸

Dimensions (Unit: mm)

ΦD×L	4×5.4	5×5.4	6.3×5.4	6.3×7.7	8×6.5	8×10.2	10×10.2
A	4 3	5 3	6 6	6 6	8 3	8 3	10 3
B	4.3	5.3	6.6	6.6	8.3	8.3	10.3
C	5 0	6 0	7 2	7 2	9 1	9 1	11 1
P	1.0	1.5	2.1	2.1	3.1	3.1	4.5
L	5.4	5.4	5.4	7.7	6.5	10.2	10.2

9.编带说明
Taping Specifications
符合标准 JIS C0806
Applicable standard JIS C0806
(RVT、RVS、RVE 、RVW 、RVK 、RVH、RVNseries)
盒带
Carrier Tape
9.1.图样
Drawing 1 (for Φ4 ~ Φ10) Unit:mm

 

尺寸
Dimension Unit:mm

Series	RVT
ФD×L	4×5 4	5×5 4	6 3×5 4	6 3×7 7	8×6 5	8×10 2	10×10 2
W	12.0	12.0	16.0	16.0	16.0	24.0	24.0
P	8.0	12.0	12.0	12.0	12.0	16.0	16.0
F	5.5	5.5	7.5	7.5	7.5	11.5	11.5
A	4.7	6.0	7.0	7.0	8.7	8.7	10.7
B	4.7	6.0	7.0	7.0	8.7	8.7	10.7
T1	5.8	5.8	5.8	8.3	7.0	11.0	11.0

9.2.卷盘
Reel

包装数量 Package quantity

ΦD×L	卷装数量 Qty./Reel	盒装数量 Qty./Bag
4×5.4	2000 pcs.	20000 pcs.
5×5.4	1000 pcs.	10000 pcs.
6.3×5.4	1000 pcs.	10000 pcs.
6.3×7.7	1000 pcs.	10000 pcs.
8×6.5	1000 pcs.	10000 pcs.
8×10 2	500 pcs.	5000 pcs.
10×10.2	500 pcs.	5000 pcs.

Unit:mm

ΦD	4*5.4	5*5.4	6.3*5.4	6.3*7.7	8*6.5	8*10.2	10*10.2
A	12.5	12.5	16.5	16.5	16.5	24.5	24.5

10. 无铅回流焊接
Lead-free Reflow Soldering Condition
A. 回流焊条件推荐
Recommended Conditions for Reflow Soldering
（1）应采用红外线及热风回流焊接，不宜采用汽相加热回流焊接；
A therm^Al condition system such as infrared radiation (IR) or hot blast should be adopted, and vapor heat transfer systems (VPS) are not recommended.
（2）推荐回流焊只进行一次，回流焊次数如果需要二次，必须相隔 30 分钟以上；
Reflow soldering should be performed one time. If the capacitor has to be reflowed twice, 30 minutes must be layout between each time.
（3）无铅回流焊，请符合下述条件：
For lead-free type reflow soldering, please observe proper conditions below: a)从 150℃至 200℃的预热时间在 t1 秒钟以内；
The time of preheating from 150°C to 200°C shall be within maximum t1 seconds; b)电容器顶部温度超过 217℃的焊接时间不超过 t2 秒；
The time of soldering temperature at 217°C measured on capacitors' top shall not exceed t2 (second);
c)电容器顶部尖峰温度不超过 Tp℃，在 5℃范围内的实际尖峰温度时间不超过 t3 秒
The peak temperature on capacitors' top shall not exceed Tp(°C), and the time within 5°C of actual peak temperature shall not exceed t3 (second).

B.回流焊曲线图
Classification Reflow Profile

许范围
Range of Peak Temperature

Size	Thickness(mm)	TP(°C)	t1(max,secs)	t2(max,secs)	t3(TP,secs)
Φ4~Φ6.3	≥2.5	260	120	90	5
Φ8	≥2.5	240	100	60	5
Φ10×10.2L	≥2.5	235	100	40	5

D.表面安装推荐尺寸
Recommended Land Size (Unit: mm)

Size	X	Y	a
Φ4	1 6	2 6	1 0
Φ5	1.6	3.0	1.4
Φ6.3	1.6	3.5	2.1
Φ8	2.5	3.5	3.0
Φ10	2.5	4.0	4.0

 

 

11.引线原材料
The Raw materials of Lead Wire

Name	material	Percentage
TPCS	Fe	77 04%
	Cu	14.25%
	Sn	8 71%

 

12. 电容器代码标志

Explanation of Part Number
Series (RVT) Voltage (16V) Capacitance (100F) Capacitance Tolerance (20%) Case Diameter

 

13. 结构 Construction

NO	材料名 material	材质.处理 Textures
1	涂膜铝壳 Case	涂聚氨脂醇膜铝壳（AL 纯度 purity98％以上、PU 纯度 purity1.5％）
2	座板 Base	热可塑性尼龙（Polyphthalamide 纯度 purity40~70％）
3	+引出线 Lead Wire	铝线(AL)、CP 线(Fe 、Cu 、Sn)（扁平形加工 flat）
4	-引出线 Lead Wire	铝线(AL) 、CP 线(Fe 、Cu 、Sn) （扁平形加工 flat）
5	封口胶盖 Rubber	丁基橡胶 IIR
6	素子 cores.	铝箔 aluminum foil、电解纸 Paper、电解液（GBL、electrolyte）导针 Lead Wire

14.额定纹波电流的频率系数
Frequency Coefficient of Allowable Ripple Current

Frequency	50Hz	120Hz	300Hz	1kHz	10kHz Up
Coefficient	0.7	1.0	1. 17	1.36	1.5

15.尺寸和纹波电流（本公司 RVT 标准）
Case Size and Ripple Current(Our company’s standard)

uF/W.V.	6.3V（0J）		10V(1A)		16V(1C)		25V(1E)		35V(1V)		50V(1H)		63V(1J)		100V(2A)
	D×Lmm	mA	D×Lmm	mA	D×Lmm	mA	D×Lmm	mA	D×Lmm	mA	D×Lmm	mA	D×Lmm	mA	D×Lmm	mA
1(1R1)											4*5.4	8.0
2.2(2R2)											4*5.4	12			6.3*5.4	15
3.3(3R3)									4*5.4	14	4*5.4	14	5.5.4	14	6.3*5.4	22
4.7(4R7)							4*5.4	14	4*5.4	15	4*5.4	14	5*5.4	17	6.3*5.4	23
											5*5.4	17	6.3*5.4	22	6.3*7.7	38
10(100)					4*5.4	17	4*5.4	15	4*5.4	15	5*5.4	17	6.3*5.4	26	6.3*7.7	38
							5*5.4	21	5*5.4	22	6.3*5.4	25	6.3*7.7	41	8*10.2	80
22(220)	4*5.4	22	4*5.4	21	4*5.4	21	5*5.4	26	5*5.4	28	6.3*5.4	43	6.3*7.7	53	8*10.2	90
			5*5.4	26	5*5.4	28	6.3*5.4	37	6.3*5.4	40	6.3*7.7	52	8*10.2	100	10*10.2	129
33(330)	4*5.4	23	4*5.4	23	5*5.4	29	5*5.4	30	6.3*5.4	45	6.3*7.7	63	8*10.2	116	10*10.2	136
	5*5.4	28	5*5.4	34	6.3*5.4	45	6.3*5.4	45	8*6.5	86
47(470)	4*5.4	26	5*5.4	31	5*5.4	33	6.3*5.4	49	6.3*5.4	54	6.3*7.7	66	8*10.2	125	10*10.2	148
	5*5.4	34	6.3*5.4	42	6.3*5.4	48	8*6.5	93	6.3*7.7	75	8*10.2	125	10*10.2	168
68(680)							6.3*5.4	55	6.3*7.7	80
100(101)	5*5.4	40	5*5.4	40	6.3*5.4	63	6.3*7.7	93	6.3*7.7	87	8*10.2	146	10*10.2	200
	6.3*5.4	52	6.3*5.4	55	6.3*7.7	93	8*6.5	93	8*10.2	125	10*10.2	178
150(151)	6.3*5.4	56	6.3*5.4	65	6.3*7.7	100	6.3*7.7	100	8*10.2	158	10*10.2	178
220(221)	6.3*5.4	69	6.3*5.4	69	6.3*7.7	110	8*10.2	183	8*10.2	195	10*10.2	230
	6.3*7.7	108	6.3*7.7	110	8*6.5	110	10*10.2	230	10*10.2	230
330(331)	6.3*7.7	108	6.3*7.7	108	8*10.2	201	8*10.2	228	10*10.2	247
							10*10.2	248
470(471)	6.3*7.7	125	8*10.2	214	8*10.2	240	10*10.2	286	10*10.2	286
	8*10.2	214	10*10.2	266	10*10.2	300
680(681)	8*10.2	214	10*10.2	277	10*10.2	322
1000(102)	8*10.2	230	10*10.2	320	10*10.2	347
	10*10.2	315
1500(152)	10*10.2	320

额定纹波电流 Rated ripple current(mA, 105℃, 120Hz)

 

16. 片式铝电解电容器一般使用注意事项
Application guideline for V-CHIP aluminum electolytic capacitors
A)电路设计
Circuit Design
1)充分考虑电容器使用和安装条件在产品目录的规定范围内
Please m^Ake sure the environmental and mounting conditions to which the capacitor will be exposed are within the conditions specified in catalogue.
2)工作温度和施加的纹波电流应在产品目录的规定范围内
Operating temperature and applied ripple shall be within specification.
3)在设计电路时，应选择符合寿命要求的产品
Appropriate capacitors which comply with the life requirement of the products should be selected when designing the circuit.
4)铝电解电容器是有极性的，不应加反向电压或交流电压。对可能出现反向电压的电路，应选择双极性电 容器。注意： 即使双极性电容器，也不能直接用于纯交流电路
Aluminum electrolytic capacitors are polar. m^Ake sure that no reverse voltage or AC voltage is applied to the capacitors. Please use bi-polar capacitors for a circuit that can possibly see reversed polarity. Note: Even bi-polar capacitors cannot be used for AC voltage application.
5）对需要快速和频繁充放电的电路，不应使用铝电解电容器，而应选择特别设计的具有长寿命的电容器
Do not use aluminum electrolytic capacitors in a circuit that requires rapid and very frequent charge / discharge.
In this type of circuit, it is necessary to use a special design capacitor with extended life characteristics.
6）不应使用过载电压
Do not apply excess voltage.
1、直流电压与纹波电压叠加后的峰值电压不应超过额定工作电压
Please pay attention to that the peak voltage, which is DC voltage overlapped by ripple current, will not exceed the rated voltage.
2 、若 2 个以上电容器串联，应确保施加电压低于额定值，而且要并联一个平衡电阻，以使每个电容器
所加电压相等。
In the case where more than 2 aluminum electrolytic capacitors are used in series, please m^Ake sure that applied voltage will be lower than rated voltage and the voltage will be applied to each capacitor equally by using a balancing resistor in parallel with the capacitor
7）电容器不能应用于下述环境条件下：
Aluminum electrolytic capacitors shall not be used under the following environmental conditions:
①(a) 电容器被暴露于水（包括浓缩液） 、盐水或油中。
Capacitors will be exposed to water (including condensation), brine or oil.
(b) 周围环境中有氢化硫、亚硫酸、亚硝酸、氯气、溴气、溴化甲烷、氨气等有毒气体。
Ambient conditions that include toxic gases such as hydrogen sulfide, sulfurous acid, nitrous acid, chlorine, bromine, methyl bromide, ammonium, etc.
(c) 周围环境中有臭氧、紫外线及辐射。
Ambient conditions that expose the capacitor to ozone, ultraviolet ray and radiation.
2、严重的振动及机械冲击超过产品目录的规定范围。
Severe vibration and physical shock conditions that exceed specification.
振动的测试条件如下

Vibration test condition:
振动频率范围 ： 10-55-10Hz
vibration frequency range : 10～55～10Hz
扫描频率 ： 10-55-10Hz/分钟
sweep rate : 10～55～10Hz/minute
扫描方式 ： 对数
sweep method : logarithmic
振幅或加速度 ：1.5mm
amplitude or acceleration : 1.5mm
振动方向 ： X、Y 、Z 方向
direction of vibration : X, Y, Z direction
测试时间 ： 每个方向 2 小时
testing time: 2 hours per each direction
冲击一般不适用。
Shock is not applicable norm^Ally.
如有特殊要求，请与我们销售部门联系。
If a particular condition is required, please contact our sales office.
8）电解液主要化学溶剂及电解纸为易燃物，且电解液导电。当电解液与 PC 板接触时，可能会腐蚀 PC 板上的线路，或造成短路，以致产生烟或着火。因此在电容器封口下端不应有任何线路。
The main chemical solution of the electrolyte and the separator paper used in the capacitors are combustible. The electrolyte is conductive. When it comes in contact with the PC board, there is a possibility of pattern corrosion or short circuit between the circuit pattern, which could result in smoking or catching fire. Do not locate any circuit pattern beneath the capacitor end seal.
9）设计线路板时应确保发热元器件不靠近铝电解电容器或 PC 板的另一面，避免其正好在电容器的下面。 Do not design a circuit board that the heat generating components are placed near the aluminum electrolytic capacitor or on the reverse side of PC board, if that just under the capacitor.
10）设计线路板时应考虑到电容器的电性能可能随温度和频率的变化而变化。
Electrical characteristics m^Ay vary depending on changes in temperature and frequency. Please consider this variation when you design circuits.
11）当2个以上电容器并联时，应考虑到通过这些电容器的电流平衡。
When you install more than 2 capacitors in parallel, please consider the balance of current flowing into the capacitors.
12）在双面线路板上安装电容器时，电容器的安装位置应避开多余的基板孔和过孔。
While mounting capacitors on double-side PC board, the capacitors should be away from those unnecessary base plate holes and connection holes.
B）安装
Mounting
1）一旦电容器经过安装及加载，不要再试图用于其他线路板或其他用途。
Once a capacitor has been assembled in the set and power applied, do not attempt to re-use the capacitor in other circuits or application.
2）贮存超过 2 年的电容器，其漏电流可能增大。若漏电流增大，请使用 1KΩ电阻做充电处理。
Leakage current of the capacitors that have been stored for more than 2 years m^Ay increase. When leakage current has increased, please perform a voltage treatment using a 1kΩ resistor.
3）在将电容器安装在 PC 板之前，请确认其规格和极性。
Please confirm specifications and polarity before installing capacitors on the PC board.
4)不要将电容器掉在地上，或不要使用掉在地上的电容器。
Do not drop capacitors on the floor, nor use a capacitor that was dropped.

Do not deform the capacitor during installation.
Please pay attention to the mechanical shock to the capacitor by suction nozzle of the automatic insertion machine or automatic mounter, or by product checker, or by centering mechanism.
7)回流焊
Reflow soldering
1.请遵守产品目录中的回流焊条件。
Please follow “Reflow Soldering Conditions” in catalogue.
2.当使用红外线加热时，请注意加热程度，因为红外线吸收率会随着电容器颜色和大小的不同而改变。
When an infrared heater is used, please pay attention to the extent of heating since the absorption rate of infrared will vary due to difference in the color and size of the capacitor.
8)将电容器焊接在 PC 板后，不要倾斜或扭动电容器。
Do not tilt lay down or twist the capacitor body after the capacitor are soldered to the PC board.
9)不要抓住焊接后的电容器搬动 PC 板。
Do not carry the PC board by grasping the soldered capacitor.
10)不要让任何物品接触焊接后的电容器。如果 PC 板堆放储存，请确保 PC 板或其他零部件不触到电容器。
Please do not allow anything to touch the capacitor after soldering. If PC boards are stored in stack, please m^Ake sure the PC board or other components away from the capacitor.
11）焊接后的电容器不应受到任何已焊接 PC 板或其他元器件热辐射的影响。
The capacitors shall not be effected by any radiated heat from the soldered PC board or other components after soldering.
12）清洗：Cleaning
①不能用卤化清洗剂清洗电容器。如必须使用卤化清洗剂，请与我们销售部门联系。
Do not clean capacitors with halogenated cleaning agent. However, if it is necessary to clean with halogenated cleaning agent, please contact our sales office.
②推荐清洗方法：
Recommended cleaning method
使用范围：任何类型及规格
Applicable : Any type, any ratings
清洗方法：浸泡、超声波或其他方法的总清洗时间应在2分钟内。清洗剂温度应在40℃以下。清洗后，应将电容器与PC板一起用热风吹至少10分钟。热风温度应低于电容器工作温度。水洗后若不 充分吹干，可能导致外观不良，如座板发胀等。
Cleaning conditions : Total cleaning time shall be within 2 minutes by immersion,
ultrasonic or other methods. Temperature of the cleaning agents shall be 40℃ or below. After cleaning, capacitors should be dried by using hot air for the minimum 10 minutes
along with the PC board mounted. Hot air temperature should be within the maximum operating
temperature of the capacitor. Insufficient dryness after water rinse m^Ay cause appearance problems, such as bottom-plate bulge and etc.
3、避免使用破坏臭氧层的清洗剂以保护环境。
Avoid using ozone destructive substances as cleaning agents for protecting global environment.
C）安装后
In the Equipment
1）不要直接用手接触电容器正负极。
Do not directly touch terminal by hand.

2）不要在正负极之间用导体连接，也不要在电容器及其附近溅撒导电液体，如酸碱溶液等。
Do not link positive terminal and negative terminal by conductor, nor spill conductible liquid such as alkaline or acidic solution on or near the capacitor.
3）在使用环境中应避免溅上水或油，避免阳光直射、紫外线照射、辐射、有毒气体、振动或机械冲击。
Please m^Ake sure that the ambient conditions where the set is installed are free from spilling water or oil, direct sunlight, ultraviolet rays, radiation, poisonous gases, vibration or mechanical shock.
D）维护和检验
m^Aintenance and Inspection
请定期检测安装在工业设备上的电容器。检测项目如下：
Please periodically inspect the aluminum capacitors that are installed in industrial equipment. The following items should be checked:
外观： 明显缺陷，如防爆阀打开、电解液泄露等。
Appearance: rem^Arkable abnorm^Ality such as pressure relief vent opening, electrolyte leaking, etc.
电性能： 电容量、损耗角正切、漏电流等，具体数据参见产品目录和相关产品规格书。
Electrical characteristics: capacitance, dielectric loss tangent, leakage current and etc., which are specified in catalogue or alternate product specification.
E）紧急情况
In an Emergency
1）若看见因防爆阀动作而产生的烟气，请关闭主开关或拔开离合器。
If you see smoke due to operation of safety vent, please turn off the m^Ain switch or pull out the plug from the outlet.
2）若吸入气体或咽下电解液，应立即用水清洗口腔和喉咙。If you breathe the gas or ingest the electrolyte, please wash out your mouth and throat with water immediately.

3）若皮肤沾上电解液，请用肥皂和水清洗干净。
If your skin is exposed to the electrolyte, please wash it away using soap and water.
F）储存
Storage
1）不要将电容器储存在温度和湿度高的地方。
储存环境应为温度： 5℃-35℃，相对湿度： <75% ，储存地点： 室内。
Do not keep capacitor in high temperature and high humidity atmosphere.
Storage conditions should be:
Temperature: 5℃～35℃ Humidity : lower than 75% Place : Indoor
2）避免电容器的储存环境中有水、盐水或油。
Avoid ambient conditions where capacitors are covered with water, brine or oil.
4）避免电容器暴露在臭氧、紫外线或辐射中。
Avoid ambient conditions where capacitors are exposed to ozone, ultraviolet ray or radiation.
G）处置
Disposal
请用下面任何一种方法处置电容器：
Please take either of the following methods in disposing capacitors.
1）在电容器壳体上开孔或将电容器压碎后焚烧。
Incinerate them after crushing capacitors or m^Aking a hole on the capacitor body.
2）如不能进行焚烧，请交给废物处理机构进行填埋。
If incineration is not applicable, hand them over to a waste disposal agent and have them buried in landfills.