湖南湘怡中元科技有限公司
HUNAN XIANGYEE ZHONGYUAN TECHNOLOGY CO.,LTD.
Add: No.2,Lujiang Road,Tianyuan District,Zhuzhou,Hunan,China.
Tel:0731-22885166 Fax:0731-22885196 E-mail: sales@xiangyee.cn
P.C.:412000
Website:www.xiangyee.cn
规 格 书
SPECIFICATION
品
名:
CA45 型片式固体电解质钽电容器
客户名称:
型号规格:
CA45-C016K226T
客户料号:
制
作
检
查
客户确认:
湖南湘怡中元科技有限公司
HUNAN XIANGYEE ZHONGYUAN TECHNOLOGY CO.,LTD.
地
址:湖南省株洲市天元区渌江路 2 号
传
真:0731-22885196
邮
编:412000
网
址:www.xiangyee.cn
电
话:0731-22885166
电子邮件:sales@xiangyee.cn
审
批
目 录
CATALOG
(请仔细阅读目录带“★”的内容,如有疑问,请电话咨询,谢谢)
1.选型和应用须知 Selection & application ···············································
1
1.1 使用电压 Load voltage ···························································· 1
1.2 温度降额 Temperature derating ·············································· 1
1.3 保护电阻 Protection resistance ················································· 1
1.4 反向电压 Reverse voltage ···················································· 1
1.5 耐受纹波电压能力 Ability to withstand ripple voltage ·························· 2
1.6 耐受纹波电流能力 Ability to withstand ripple current ·························· 2
1.7 电路冗余设计建议 Suggestions on circuit redundancy design ·············· 2
1.8 储存 Store ·········································································· 3
1.9 焊接条件 Welding ··································································· 3
···········································································
5
3.应用范围 Application scope ······························································
5
4.测试条件 Test condition ····································································
5
5.注意事项 Notices ··········································································
5
6.参数特性 Characteristics ······································································
5
7.电性能参数变化曲线 Electrical characteristics··········································
6
8.产品编码 Product coding ·····································································
7
9.标识 Marking·····················································································
7
10.壳号与尺寸 Case code & Size ······························································
7
11.可靠性试验项目 Reliability test items ···············································
8
12.额定电压、外壳代号等对应表 Comparison table(Voltage、Capacitance、Case code)·······
9
13.编带与包装 Taping & Packing
9
2.适用范围 Scope
···························································
14.使用寿命 Life ················································································
10
1.选型和应用须知 Selection & application:
1.1 使用电压 Load voltage:
产品型号
阴极主要材质
降额后的负载使用要求
说明
Product model
Main materials of cathode
Load requirements after derating
Explain
≤50%UR
一般应用 General application
CA45
MnO2
≤30%UR
≤80%UR
CA55
PEDOT
≤50%UR
电源电路或低阻抗电路
Power circuit or low impedance circuit
一般滤波电路 General filter circuit
大功率脉冲型充放电电路
High power pulse charge discharge circuit
注:UR 为温度≤85℃条件下的额定电压,当温度>85℃时需考虑温度降额。
Note: UR is the rated voltage under the condition of temperature ≤ 85 ℃,When the temperature is higher than
85 ℃, temperature derating should be considered.
1.2 温度降额 Temperature derating:
温度范围
Temperature range
85℃~125℃
降额计算公式
Derating calculation formula
UT=(UR-UC)*(T-85)/40
说明
Explain
UR
为温度≤85℃条件下的额定电压
It is the rated voltage under the condition of temperature ≤ 85 ℃
UC
为温度=125℃条件下的额定电压
It is the rated voltage at 125 ℃
UT
为 85℃~125℃区间须减少的电压
It is the voltage to be reduced between 85 ℃ and 125 ℃
1.3 保护电阻 Protection resistance:
过程状态类别
Process status category
过程状态描述
Process state description
要求与说明
Requirements and instructions
产品测试过程
Product testing process
稳态漏电流测试、耐压测试
Steady state leakage current test
and withstand voltage test.
电源正极至电容器之间需串联 1KΩ的电阻
A 1K Ω resistor should be connected in series between the
positive pole of the power supply and the capacitor.
开关电源电路应用过程
Application process of switching
power supply circuit.
有瞬间电流通过
至少串联 3Ω/V 的电阻
There is an instantaneous current
Resistance of at least 3 Ω / V in series.
passing through.
1.4 反向电压 Reverse voltage:
环境温度 Ambient temperature
25℃
85℃
125℃
允许最大反向电压 Maximum allowable reverse voltage
10%UR or 1V,取小者
10% ur or 1V, whichever is smaller
5%UR or 0.5V,取小者
5% ur or 0.5V, whichever is smaller
1%UR or 0.1V,取小者
1% ur or 0.1V, whichever is smaller
1.4.1 钽电容器为极性电容,禁止施加反向电压;
Tantalum capacitors are polar capacitors. Reverse voltage is forbidden;
1.4.2 如不可避免存在反向电压,施加的时间必须尽可能短,并且不能超过表内对应的电压值;
If reverse voltage is unavoidable, the applied time must be as short as possible, and should not exceed
the corresponding voltage value in the table
1.4.3 即使反向电压与温度符合表内要求,钽电容器也不能连续承受反向电压。
Even if the reverse voltage and temperature meet the requirements in the table, tantalum capacitors
can not withstand the reverse voltage continuously
湖南湘怡中元科技有限公司
HUNAN XIANGYEE ZHONGYUAN TECHNOLOGY CO.,LTD.
地址:湖南省株洲市天元区渌江路 2 号
电话:0731-22885166
传真:0731-22885196
第 1 页 共 10 页
1.5 耐受纹波电压能力 Ability to withstand ripple voltage:
计算公式
Formula
E = Z*I
说明
Explain
注意事项
Notices
E:纹波电压
Ripple voltage
Z:具体频率下的阻抗
Impedance at specific
frequency
I:纹波电流
Ripple current
1、电容器中 ESR 的功率损耗不超过适当的值。
The power loss of ESR in capacitor does not exceed the
appropriate value.
2、直流电压和波纹电压的峰值之和不超过额定电压。
The sum of the peak values of DC voltage and ripple voltage
shall not exceed the rated voltage.
3、直流电压和波纹电压的负峰值之和不超过允许的反向电压。
The sum of negative peaks of DC voltage and ripple voltage
shall not exceed the allowable reverse voltage.
1.6 耐受纹波电流能力 Ability to withstand ripple current:
其中:I为可承受的最大纹波电流(A),
P为功率损耗(mW),ESR为等效串联电阻(mΩ),
K为温度降额系数,F为频率降额系数。
计算公式
Formula
说明
Explain
温度
Temperature
降额因子K
Derating factor
在电容器上施加波纹电流,会在电容器内部产生焦耳热(功率损耗),影响电容器的可靠性。
可按上述公式计算钽电容可耐受的最大波纹电流(Arms)。
If ripple current is applied to the capacitor, Joule heat (power loss) will be generated inside
the capacitor, which will affect the reliability of the capacitor. The maximum allowable ripple
current (arms) of tantalum capacitor can be calculated according to the above formula
25℃
85℃
125℃
1.0
0.9
0.4
频率
Frequency
降额因子F
Derating factor
功率耗损 P
10KHz
100 KHz
500KHz
1MHz
0.80
1.00
1.15
1.20
Power dissipation @+25℃ (mW)
壳号
尺寸 Size
Case code
公制代码 Metric code
CA45 型 Series
CA55 型 Series
A
B
C
H
F
D
E
V
3216-16(±0.20)
3528-19(±0.20)
6032-25(±0.30)
7343-19(±0.30)
7260-19(±0.30)
7343-28(±0.30)
7343-41(±0.30)
7361-36(±0.30)
75
85
110
120
130
150
165
250
100
125
175
185
200
225
250
360
1.7 电路冗余设计建议 Suggestions on circuit redundancy design:
1.7.1 失效模式 Failure mode:
CA45 型二氧化锰钽电容器在大电流通过时会发热、并可能燃烧。CA55 型导电聚合物钽电容器在大电流
通过时会发热,并可能导致块体开裂、失效。这取决于超流情况、时间和其它被动因素影响,电路设计时留
足冗余,可确保钽电容器的高可靠性。
CA45 type manganese dioxide tantalum capacitor will generate heat and burn when high current
passes through. CA55 conductive polymer tantalum capacitor will generate heat when high current passes
through, which may lead to cracking and failure of the capacitor. This depends on the over-current situation,
time and other passive factors. Enough redundancy in the circuit design can ensure the high reliability of
tantalum capacitor.
湖南湘怡中元科技有限公司
HUNAN XIANGYEE ZHONGYUAN TECHNOLOGY CO.,LTD.
地址:湖南省株洲市天元区渌江路 2 号
电话:0731-22885166
传真:0731-22885196
第 2 页 共 10 页
1.7.2 被动因素隐患 Hidden danger of passive factors:
虽然钽电容器绝大多数失效都是被动因素引起的,也不能轻视安全隐患。电容失效会造成使用该电容的
设备故障风险上涨,所以电路设计时需要考虑常见电容失效模式下电路仍能正常工作的失效保护设计。常见
失效模式有漏电流上涨或短路,其他的失效模式有容量衰减、损耗或阻抗上涨或开路等。超出数据表额定值
使用为不安全使用。
Although the vast majority of failures of tantalum capacitors are caused by passive factors, safety
hidden danger can not be ignored. Capacitor failure will increase the risk of equipment failure using the
capacitor, so it is necessary to consider the failure protection design that the circuit can still work normally
under the common capacitor failure mode in circuit design. Common failure modes are leakage current rise
or short circuit, other failure modes are capacity attenuation, loss or impedance rise or open circuit. It is
unsafe to use beyond the rated value of the data sheet.
1.8 储存 Store:
1.8.1 环境要求 Environmental requirements:
推荐真空储存,如采取非真空方式储存,需注意温度 10~30℃,湿度≤60%RH,无酸碱等腐蚀气体。
Vacuum storage is recommended. If non vacuum storage is adopted, attention should be paid to the
temperature of 10 ~ 30 ℃, humidity ≤ 60% RH, no acid, alkali and other corrosive gases.
1.8.2 储存要求 Storage requirements:
拆封真空密封袋后的电容器暴露在空气中待焊接的时间≤ 48h Max(CA55 型产品防止产品吸潮)。
The time for the capacitor to be welded after unpacking the vacuum sealing bag is less than or equal to
48h max (CA55 products prevent moisture absorption).
1.8.3 产品吸潮处理 Product moisture absorption treatment:
如非真空贮存期超一年,建议先对电容器进行烘干处理(125℃ Max/ 4h Min),测试合格后再行焊接。
如贵司无合适设备对产品进行烘烤,可电话联系我司协助处理。
If the non vacuum storage period exceeds one year, it is recommended to dry the capacitor (125 ℃
Max / 4h Min) first, and then weld it after passing the test.If you don't have the right equipment to bake the
products, you can contact us by telephone for assistance.
1.9 焊接条件 Welding:
1.9.1 推荐焊接条件 Recommended welding conditions:
推荐采用回流焊 SMT 贴装建议,不建议使用波峰焊、手工焊。
Reflow soldering SMT mounting is recommended, but wave soldering and manual soldering are not
recommended.
1.9.1.1 回流焊接 Reflow soldering:
SMT 峰值设定温度 Tp 需≤250℃,在 Tp 峰值温度 0℃~-5℃范围内的保持时间需≤5s 内。
The peak setting temperature TP of SMT should be ≤ 250 ℃, and the holding time within the range of
0 ℃ ~ - 5 ℃ of the peak temperature TP should be ≤ 5s.
1.9.1.2 手工焊接 Manual welding:
如特殊情况下需手工焊,电烙铁的功率需≤25W,温度需<300℃,焊接时间需<3s,禁止烙铁头直接接
触产品本体,应熔化焊锡料使其与电容器引脚接触焊接。
If manual welding is required under special circumstances, the power of electric iron should be ≤
25W, the temperature should be < 300 ℃, and the welding time should be < 3s. It is forbidden for the iron
head to directly contact the product body, and the solder should be melted to make it contact with the
capacitor pin for welding.
湖南湘怡中元科技有限公司
HUNAN XIANGYEE ZHONGYUAN TECHNOLOGY CO.,LTD.
地址:湖南省株洲市天元区渌江路 2 号
电话:0731-22885166
传真:0731-22885196
第 3 页 共 10 页
1.9.2 回流焊注意事项 Precautions for reflow soldering:
无铅焊接的回流焊炉温设定推荐建议,见下表:
The recommended reflow oven temperature setting for lead-free soldering is shown in the table below.
8 温区
8 temperature zone
设备类型
Equipment type
10 温区
10 temperature zone
温区类别 Category
上温区 Upper
下温区 Lower
上温区 Upper
下温区 Lower
1 温区 zone
120℃
120℃
100℃
100℃
2 温区 zone
150℃
150℃
120℃
120℃
3 温区 zone
160℃
160℃
150℃
150℃
4 温区 zone
170℃
170℃
155℃
155℃
5 温区 zone
200℃
200℃
160℃
160℃
6 温区 zone
230℃
230℃
170℃
170℃
7 温区 zone
250℃
250℃
200℃
200℃
8 温区 zone
180℃
180℃
230℃
230℃
9 温区 zone
/
/
250℃
250℃
10 温区 zone
/
/
180℃
180℃
温度[℃]
[峰值温度]TP
[熔锡温度]TL
峰值温度 TP 的范围:按要求值的-5℃内。
Range of peak temperature TP: within - 5 ℃ of the required value.
峰值温度保持时间(tp): ≤ 5 s。
tR
Peak temperature holding time (tP): ≤ 5 s.
最大升温速率:≤3℃/s。
Maximum heating rate: ≤ 3 ℃ / s.
TSmax
tL
[最高预热温度]
TSmin
tS
[最低预热温度]
tM
[室温]25℃
焊料类别 Solder type
TS Min
TS Max
tS
TL ~ TP
TL
tL
TP
tP
TP ~ TL
tM
tP
时间[s]
锡铅焊料 Tin lead solder
无铅焊料 Lead free solder
预热最低温度 Minimum preheating temperature
100°C
150°C
预热最高温度 Maximum preheating temperature
150°C
200°C
60~120s
60~120s
升温速率 Heating rate
≤3°C/s
≤3°C/s
焊膏熔点 Melting point of solder paste
183°C
217°C
60~150s
60~150s
220°C*/235°C**
245°C*/250°C**
≤10s
≤3s* or 5s**
≤6°C/s
≤6°C/s
≤6 min
≤8 min
预热时间 Preheating time
焊膏熔化时间 Melting time of solder paste
峰值温度 Peak temperature
峰值温度负偏差小于 5℃的保持时间
Holding time of peak temperature (-5℃~0℃)
降温速率 Cooling rate
室温 25°C 到峰值温度时间
Time from 25 ° C to peak temperature
说明:所有温度都是基于产品尺寸,测量距离 PCB 板上方 1cm 高度处的气氛温度。 “*”对应 A, B, C 壳、“** ”对应其它壳号。
Note: All temperatures are based on product size and measure the ambient temperature at 1cm height above the PCB board.
"*" corresponds to a, B, C shells and "* *" corresponds to other shell numbers.
湖南湘怡中元科技有限公司
HUNAN XIANGYEE ZHONGYUAN TECHNOLOGY CO.,LTD.
地址:湖南省株洲市天元区渌江路 2 号
电话:0731-22885166
传真:0731-22885196
第 4 页 共 10 页
2.适用范围 Scope
本承认图适用于本公司生产的电子设备用CA45型片式固体电解质钽电容器,
规格为:CA45-C-16V22μF,所供客户为:
。
This admit diagram is suitable for the company production of electronic equipment with
flake solid
electrolyte tantalum capacitor.
specifications for:CA45-C-16V22μF, customer is:
.
3.应用范围 Application scope
适用于高密度表面贴装的民用电子设备,例如:彩电、个人电脑、移动电话、摄像机、雷达等。
Most suitable for high-dencity surface mount consumer electronic equipment , such as colour TV sets 、
PC 、mobile telephone sets 、pickup camera 、radar etc.
4.测试条件 Test condition
环境温度:25℃±5℃,相对湿度:≤80%RH。在2.0V的偏置电压下使用串联的方式,对电容器进行
电容量、损耗及ESR的测量,其中ESR的测试频率为100KHz,电容量及损耗的测试频率为120Hz,使用额
定电压UR对电容器充电5min进行漏电流的测量。
Ambient temperature:25℃±5℃, relative humidity :≤80% RH .The capacitance, loss and ESR of the
capacitor are measured in series under 2.0V bias voltage, in which the ESR test frequency is 100kHz,
the capacitance and loss test frequency is 120Hz, and the leakage current is measured when the capacitor
is charged with rated voltage ur for 5min.
5.注意事项 Notices
测定及实验时,为使试验结果不至发生问题,有必要将测试后的产品充分放电。本产品为有极性元
器件,测试或使用时严禁将正负极接反,以免性能失效。
Test and experiment,in order to make the test results not problems,it is necessary to will test
the product after fully discharge.This product is a polar components, testing or when using it is strictly
prohibited to will is negative pick back, in order to avoid performance failure.
6.参数特性 Characteristics
项目 Item
特性 Characteristic
使用温度范围
-55℃~+125℃
Operating Temperature Range
额定电压
Rated voltage Rang
漏电流(I0)
Leakage Current
16 VDC
施加额定电压 UR 充电 5 分钟读数,I0≤0.01CRUR 或 0.5μA 取大者
Measured after 5 min application of rated voltage reading,I0≤0.01CRURor0.5μA whichever is greater.
CR:标称容量(μF)Nominal Capacitance UR:额定电压(V)Rated voltage
根据上述漏电流计算公式的条件,漏电流上限值:16 μA
纹波电流(Irms)
根据 14.2.2 的纹波电流计算公式,25℃/100KHz,可承受纹波电流上限值:447 mA
额定电容量(CR)
Capacitance
CR(μF)
22 ± 10%
损耗角正切值(tgδ)
Dissipation Factor
tgδmax(%)
6
等效串联电阻(ESR)
ESRmax(mΩ)
1500
25℃±5℃
100kHz
损耗角正切值(tgδMax)
Dissipation Factor
容量变化率(%)
Capacitance change
漏电流(IMax)
Leakage Current
温度特性
Temperature characteristics
25℃±5℃
120Hz
-55℃
+85℃
+125℃
-55℃
+85℃
+125℃
+85℃
+125℃
9
9
12
-10~+10
-10~+30
-10~+50
8I0
10I0
湖南湘怡中元科技有限公司
HUNAN XIANGYEE ZHONGYUAN TECHNOLOGY CO.,LTD.
地址:湖南省株洲市天元区渌江路 2 号
电话:0731-22885166
传真:0731-22885196
第 5 页 共 10 页
7.电性能参数变化曲线 Electrical characteristics
同型号不同规格尺寸的电容器,其电性能变化趋势相同。
The change trend of electrical performance of capacitors with the same model and
different sizes is the same.
湖南湘怡中元科技有限公司
HUNAN XIANGYEE ZHONGYUAN TECHNOLOGY CO.,LTD.
地址:湖南省株洲市天元区渌江路 2 号
电话:0731-22885166
传真:0731-22885196
第 6 页 共 10 页
8.产品编码 Product coding
型号
隔离符
壳号尺寸
见下表
直流额定电压
2R5=2.5Vdc; 004=4Vdc;
6R3=6.3Vdc; 010=10Vdc
016=16Vdc; 020=20Vdc
025=25Vdc; 035=35Vdc
050=50Vdc;
容量允差
容量代码
包装方式
K=±10%
M=±20%
前 2 位数字为有效数字,单位
为 pF,第 3 位数字为指数。(即
有效数字后跟多少个 0)
T =编带
W =盘装
9.产品标识 Marking
[容量代码]
单位为 pf 的容量值
代码 226 表示 22μf
[电压代码]
额定电压
代码 C 表示 16 Vdc
C226
[正极标识]
10.壳号与尺寸 Case code & Size
正极引脚面
负极引脚面
产品侧面
H
H
S
S
L
W2
W2
W1
W1
尺寸代码
Case Code
EIA 代码
EIA Code
EIA 公制
EIA Metric
L
W1
H
S
W2
A
1206
3216-16(±0.20)
3.35
1.74
1.80
0.70
1.20
B
1210
3528-19(±0.20)
3.68
3.00
2.08
0.70
2.20
C
2312
6032-25(±0.30)
6.20
3.40
2.65
1.30
2.20
D
2917
7343-28(±0.30)
7.45
4.45
3.00
1.30
2.40
E
2917
7343-43(±0.30)
7.40
4.40
4.58
1.30
2.40
V
2924
7361-36(±0.30)
7.50
6.20
3.80
1.40
3.00
产品底面
湖南湘怡中元科技有限公司
HUNAN XIANGYEE ZHONGYUAN TECHNOLOGY CO.,LTD.
地址:湖南省株洲市天元区渌江路 2 号
电话:0731-22885166
传真:0731-22885196
第 7 页 共 10 页
11.产品可靠性试验的内容以及 FIT 值 Reliability test content and FIT value
序
号
1
2
3
4
5
6
7
8
检验
项目
耐焊接热
加速寿命
可焊性
振动
大电流
技术要求
按 GJB 360B-2009,方法 210 进行试验:
焊接温度:260℃;
持续时间:5s*2;
恢复时间:>3h。
按 GJB2283A-2014 中 3.21 条及 GJB360B-2009
中方法 108 规定进行试验。
试验温度:125+0 4℃;
试验方式:逐渐(不超过 5min)施加 0.8UR;
试验时长:2000h;
负载要求:电源内阻不超过 3Ω,电源短路时
至少提供 1A 的电流;
测试要求:每隔 96h、500h、1000h、2000h 将
产品取出,在检验环境下静置 6h 后,测量电
性能并记录,记录失效产品序号的最终失效时
长,然后将合格品继续按试验条件进行寿命试
验。
按 GJB 360B-2009,方法 208 进行试验:
焊接温度:245℃±2℃;
浸渍时间:5s;
焊锡:Sn/3.0Ag/0.5Cu。
按 GJB 360B-2009,方法 201 进行试验:
频率:10-55hz(每个循环 20 分钟);
全振幅:1.5mm;
方向与时间:X,Y,Z 方向各 2 小时(共 6 小时)
参照客户特殊需求与 GJB360B-2009,方法 312
进行:
额定电压,加电 5s,放电 5s,10A,10000 次
充放电
湿热
试验
温度
冲击
浪涌
按 GJB 2283-2014 的 4.5.15 的试验条件进行试
验,试验条件如下:;
预处理:样品应在 50℃±2℃、不控制相对湿度
的条件下放置 24h;
试验条件:85℃、85%RH、1000h;
恢复时间:在检验环境下,静置 24h 后进行测
试检查;
按 GJB 2283-2014 的 3.15.2 条件进行测试,步
骤如下:
过程温度:低温-55℃、高温+125℃;
高低温保温时间:各 15min;
高低温转换时间:不超过 2min;
循环次数:100 次;
恢复时间:在检验环境下,静置 16h;
按 JIS C5101-3-1998 的条件进行试验,要求如
下:
环境温度:85℃;
充电电压:1.15UR;
充电时间:30 秒;
空载持续时间:5 分半;
循环次数:1000 次;
湖南湘怡中元科技有限公司
测试项目
测试标准
电容量变化
变化量应在初始测量值的±15%范围内
损耗角正切
在标准值范围内
等效串联电阻
在标准值的 200%范围内
直流漏电流
在标准值的 200%范围内
外观检查
无明显变化
电容量变化
变化量应在初始测量值的±30%范围内
损耗角正切
应在标准值的 200%范围内
等效串联电阻
应在标准值的 200%范围内
直流漏电流
应在标准值的 300%范围内
外观检查
元件端电极焊锡覆盖率大于 95%
电容量
前后变化量应不超过初始测量值的±15%
损耗角正切
应在标准值范围内
等效串联电阻
应在标准值的 150%范围内
直流漏电流
应在标准值的 150%范围内
外观检查
应无明显机械损伤现象
电容量变化
变化量应在初始测量值的±20%范围内
损耗角正切
在标准值范围内
等效串联电阻
应在标准值的 200%范围内
直流漏电流
应在标准值的 300%范围内
外观检查
应无瞬时、永久性短路现象
电容量变化
变化量应在初始测量值的±30%范围内
损耗角正切
应在标准值的 200%范围内
等效串联电阻
应在标准值的 200%范围内
直流漏电流
应在标准值的 300%范围内
外观检查
应无有害腐蚀、标志模糊、瞬时短路或永久性短
路现象
电容量
前后变化量应不超过初始测量值的±15%
损耗角正切
应在规定值范围内
等效串联电阻
应在标准值的 200%范围内
直流漏电流
应在标准值的 150%范围内
外观检查
应无瞬时短路或永久性短路现象
电容量
应在初始测量值的±15%范围内
损耗角正切
在标准值范围内
等效串联电阻
在标准值范围内
直流漏电流
在标准值范围内
外观检查
应无瞬时短路或永久性短路现象
HUNAN XIANGYEE ZHONGYUAN TECHNOLOGY CO.,LTD.
地址:湖南省株洲市天元区渌江路 2 号
电话:0731-22885166
传真:0731-22885196
第 8 页 共 10 页
12.电压、电容量、外壳代号对应表 Comparison table(Voltage、Capacitance、Case code)
额定电压[V]
2.5
4
6.3
10
16
20
25
35
50
电压代码
F
G
J
A
C
壳号
D
E
V
T
A
A
A
A/B
A/B
A/B
A/B/C
A/B/C
B/C
B/C/D
B/C/D
C/D/E
C/D/E
C/D/E
D/E/V
D/E/V
E/V
A
A/B
A/B
A/B
A/B/C
A/B/C
A/B/C
B/C/D
B/C/D
C/D
C/D
C/D/E
D/E/V
D/E/V
E/V
容量[μF]
0.1
0.15
0.22
0.33
0.47
0.68
1
1.5
2.2
3.3
4.7
6.8
10
15
22
33
47
68
100
150
220
330
470
680
1000
1500
2200
容量代码
104
154
224
334
474
684
105
155
225
335
475
685
106
156
226
336
476
686
107
157
227
337
477
687
108
158
228
A
A
A
A/B
B
B/D
D
C/D
C/D/E
D/E
D/E/V
V
A
A/B
A/B
A/B
A/B
A/B/C
A/B/C
A/B/C
A/B/C
A/B/C
B/C/D
B/C/D/E
C/D/E
C/D/E
D/E/V
D/E/V
E/V
E
A/B
A
A/B
A/B
A/B
A/B/C
A/B/C
A/B/C
A/B/C
A/B/C
A/B/C
B/C/D
B/C/D
C/D/E
C/D/E
D/E/V
E/V
E
A
A
A/B
A/B
A/B
A/B/C
A/B/C
A/B/C
A/B/C
A/B/C
A/B/C
A/B/C
B/C/D
B/C/D
C/D/E
D/E/V
E/V
E/V
A
A
A/B
A/B
A/B
A/B/C
A/B/C
A/B/C
A/B/C
A/B/C
A/B/C
B/C/D
B/C/D
C/D/E
C/D/E
D/E
D/E/V
E/V
A
A
A/B
A/B
A/B
A/B/C
A/B/C
A/B/C
A/B/C
B/C/D
B/C/D
C/D
C/D/E
C/D/E
D/E/V
D/E/V
E/V
E/V
A
A
A/B
A/B
A/B
A/B/C
A/B/C
A/B/C
B/C/D
B/C/D
C/D
C/D
D/E
D/E
D/E/V
E/V
E/V
13.包装 Packing
13.1 编带尺寸图表 Diagram of Taping Dimensions
单位:mm
Case
A
B
C
D
E
V
A0 ±0.10
1.83
3.15
3.45
4.48
4.5
6.4
B0±0.10
3.57
3.77
6.4
7.62
7.5
7.6
K±0.10
1.65
2.22
2.92
3.22
4.5
4.4
W±0.30
8
8
12
12
12
12
*10 个以上定位孔孔距公差为±0.2mm
E±0.10
1.75
1.75
1.75
1.75
1.75
1.75
F±0.05
3.5
3.5
5.5
5.5
5.5
5.5
P±0.10
4
4
8
8
8
8
P1±0.05
2
2
2
2
2
2
P2±0.10
4
4
4
4
4
4
D+0.20
1.5
1.5
1.5
1.5
1.5
1.5
D1+0.25
1
1
1.5
1.5
1.5
1.5
±0.2mm over 10 sprocket hole spaces
13.2 卷轮尺寸 Reel Dimensions
Reel Size
Tape Wide
A
B
C
W
T
180mm (7")
8mm
178±2.00
50 min
13.0±0.50
8.4+1.5/-0
1.50±0.50
180mm (7")
12mm
178±2.00
50 min
13.0±0.50
12.4+1.5/-0
1.50±0.50
180mm (7")
16mm
178±2.00
50 min
13.0±0.50
16.4+1.5/-1
1.50±0.50
13.3 包装数量Packaging Quantity
壳号
Case size
A
B
C
D
E
V
数量(只/盘)
Quantity (pcs / plate)
2000
2000
500
500
500
400
湖南湘怡中元科技有限公司
HUNAN XIANGYEE ZHONGYUAN TECHNOLOGY CO.,LTD.
地址:湖南省株洲市天元区渌江路 2 号
电话:0731-22885166
传真:0731-22885196
第 9 页 共 10 页
14.使用寿命 Life
在类别电压UC和类别温度TC下,电容器的平均故障率为0.5%/2000小时,符合UC和TC的工业试验标准。最短测试
周期取决于产品寿命试验时间的长短(测试周期一般大于等于2000小时)。
当应用电压UA和应用温度TA低于类别电压UC和类别温度TC时,电容器的实际寿命比预期会增加。正常情况下,当
UA