湖南艾华集团股份有限公司
HUNAN AIHUA GROUP CO., LTD
Tel: (0737)6184466
Fax : (0737)6180493
Http://www.aihuaglobal.com
SPECIFICATION
Description: Aluminum Electrolytic Capacitors
AISHI P/N: EGH1EM221F12OTGOS0
SERIES: GH
ITEM: 25V220μF (Φ8×12)
Customer P/N:
No.: CRS-JD-1711290
APPROVED BY
Please Return One Copy with Your Approval
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File Description
Approval Sheet-GH
Component
No./rev
CRS-2010-GH/ 01
变更记录
版本
CRS-JD-1711290
更改原因
新建
更改内容
新建
生效日期
2017-11-24
Customer
深圳市仁天芯科技有限公司
GH
SERIES
2017-11-24
DATE
FIG-1
TABLE-1
No.
1
Customer
Part No.
Aishi
Part No.
EGH1EM221F12OTGOS0
Tolerance
Rated Surge
Capacitance on Rated
Voltage Voltage
Capacitance
(μF)
(Vdc) (Vdc)
(%)
220
±20
25
32
Operating
Max Ripple
Dimensions (mm)
ESR
Leakage
tanδ
Endurance
Temp.
Current
（Ω）
(120Hz) Current
at 105℃
Φ
Range
(mArms)
at 20℃,100kHz (Hours)
L α d F
(Max) (μA)(2min.)
(℃)
at105℃100kHz
D
-40~+105
0.18
55
210
0.46
7000
8
12
注：料号第 15 码“G”表示橡胶塞特殊要求，第 16 码“O”表示 CP 线特殊要求，料号第 17、18 码“S0” 表示套管体现容量偏差代码的要求。
2
0.6 3.5
Appearance
Drawing No.
FIG-1
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File Description
Approval Sheet-GH
Component
CRS-2010-GH/ 01
No./rev
1 概述 SCOPE
本承认书规定了 GH 系列径向引线引出铝电解电容器的技术规范，本技术规范条文解释权归
本公司所有。
This specification covers “GH series” miniature single-ended aluminum electrolytic capacitors，
Aishi reserves the right of final interpretation for this technical specification.
2 参考标准 APPLICABLE SPECIFICATION
本承认书参考 GB/T2693-2001、GB/T5993-2003、GB/17215.211-2006、GB/T2423.32-2008 和
GB/T2423.28-2005 制定。
This approval sheet consulted the institute of GB/T2693-2001 、 GB/T5993-2003 、
GB/17215.211-2006、GB/T2423.32-2008 and GB/T2423.28-2005。
3 基本要求 Basic requirements.
3.1 温度范围 OPERATING TEMPERATURE RANGE
表 1 环境温度范围（℃）
Table1 Ambient Temperature Range（℃）
No.
1
2
3
条件 Condition
温度 Temperature
规定的使用温度
-40~105
Operating temperature
极限使用温度
Limiting operating temperature
贮存温度
-55~105
-40~105
Storage temperature
3.2 湿度范围 HUMIDITY RANGE
表 2 空气相对湿度
Table 2 Relative Humidity
湿度
No.
条件 Condition
1
年平均 annual average
＜75%
2
30 个自然日/年 30 natural days / year
95%
3
在其它天偶然出现 By accident on other days
85%
Humidity
3.3 大气压力 Air pressure
63.0kPa~106.0kPa（海拔 4000m 及以下），特殊订货要求除外。高海拔地区，电解电容器满
足在海拔 4000m~4700m 正常工作的要求。
63.0kPa~106.0kPa（altitude: ≤4000m），exclude special requirement. For high-altitude areas,
aluminum electrolytic capacitors can operate normally even in regions with the altitude of
4000m~4700m.
Name
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GH
Approval Sheet-GH
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STANDARD
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4. 测试环境 CONDITION OF TEST
如果没有其他规定，标准的测试、检验环境条件如下所示：
环境温度：15℃~25℃
相对湿度：30%~70%
大气压力：86kPa~106kPa
如果对测试结果有异议，可以在以下条件测试：
环境温度：20℃±1℃
相对湿度：60%~67%
大气压力：86kPa~106kPa
Unless otherwise specified, the standard range of atmospheric conditions for making
measurements and tests are as follows
Ambient temperature ：15℃ to 25℃
Relative humidity ：30% to 70%
Air pressure
：86kPa to 106kPa
If there may be doubt on the results, measurements shall be made within the following limits
Ambient temperature ：20±1℃
Relative humidity
：60% to 67%
Air pressure
：86kPa to 106kPa
Name
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GH
Approval Sheet-GH
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5. 产品特性 PRODUCT CHARACTERISTICS
5.1 电气特性 ELECTRICAL CHARACTERISTICS
序号
项目
测试方法
性能
No.
Item
Test method
Performance
5.1.1
额定工作电压
电压：直流电压值+交流电压峰值≤额定电压
Rated voltage
Voltage：DC. Voltage + peak ripple voltage ≤
6.3V.DC~450V.DC
Rated voltage
5.1.2
电容量
Capacitance
测试频率：120Hz(±20%)
容量范围：1μF ~18000μF
测试电路：串联等效
容量偏差：-20%~+20%
测试电压：0.5Vrms 以下+1.5~ 2.0VDC
Range of Capacitance:
Measuring frequency: 120Hz±20%
1μF ~18000μF
Measuring circuit:
Capacitance tolerance:
-20%~+20%
Series equivalent circuit
Measuring voltage:
0.5Vrms or less +1.5 to 2.0 VDC
5.1.3
损失角正切值
Dissipation Factor
参照 GB/T5993-2003 中 4.3.3 的方法，施加频率为 120Hz、 不超过规定值
最大为 0.5V 交流有效值或不超过额定纹波电流要求的较
Not more than the specified value
低电压施加在被试样品上。
According to the method of 4.3.3 in GB/T5993-2003, apply
the maximum 0.5V AC RMS voltage at 120Hz or a low
voltage (not exceeding the rated ripple current requirement)
to the sample capacitor.
5.1.4
等效串联电阻和
阻抗
ESR and Z
参照 GB/T2693-2001 中 4.8.2 的方法施加频率为 100kHz、 不超过规定值
最大为 0.5V 交流有效值或不超过额定纹波电流要求的较
Not more than the specified value
低电压施加在被试样品上。
According to the method of 4.8.2 in GB/T2693-2001, apply
the maximum 0.5V AC RMS voltage at 100Hz or a low
voltage (not exceeding the rated ripple current requirement)
to the sample capacitor.
Name
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GH
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5.1.5
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CRS-2010-GH/ 01
No./rev
绝缘外套
参照 GB/T5993-2003 中的 4.3.5 方法，把一条金属箔紧紧
不低于 100 MΩ。
的绝缘电阻
缠在电解电容器本体整个长度上，金属箔与电解电容器引
Not less than 100 MΩ.
Insulation
出端之间的间隙不小于 0.5mm。金属箔从两端至少各伸出
resistance of
5mm,电解电容器两端的箔不得折向电解电容器的端部。
insulated sleeve
将 100V±5V 的直流电压施加在金属箔与电解电容器相连
的引线上，保持 1min，测量绝缘电阻。
Refer to the method 4.3.5 in GB/T5993-2003; tightly wrap a
metal foil around the capacitor body, leaving a 5mm length
on both ends of the capacitor and keep 0.5mm distance from
the terminals.
The foil on both ends of the electrolytic
capacitor shall not be folded into the terminals.
After
applying 100V + 5V of the DC voltage to the metal foil and
the lead wires for 1min, measure the insulation resistance.
5.1.6
漏电流
Leakage current
在电容器两端施加额定工作电压，并串联 1000±100Ω 电
6.3V~100V:
阻，在施加电压 2 分钟后，测量漏电流。
CV≤1000
测试电路如下图：
I≤0.01CV 或 3μA，
The rated voltage shall be applied across the capacitor and its
取较大值（2 分钟后）；
protective resistor which shall be 1000±100Ω. The leakage
6.3V~100V:
current shall then be measured after an electrification period
CV≤1000
of 2 min..
I≤0.01CV or 3μA
Whichever is greater（after 2 min）
Measurement circuit
CV>1000
I≤0.006CV+4μA，（2 分钟后）
CV>1000
I≤0.006CV+4μA，（after 2 min.）
160V~450V:
I≤0.01CV+10μA（2 分钟后）
160V~450V:
Rs: Protective resistor(1000±100Ω)
I≤0.01CV+10μA（after 2 min.）
DC ammeter
DC voltmeter
S1: Switch
I：漏电流（μA）
S2: Protective switch for an ammeter
C：容量（μF）
V：额定工作电压（V）
I：Leakage current(μA)
C：Capacitance(μF)
V：Rated voltage (V)
Name
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GH
Approval Sheet-GH
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5.1.7
温度特性
File Description
Approval Sheet-GH
Temperature
阶段
Step
温度
Temperature
时间
Time
Characteristic
1
-40±3℃
1h
2
20±2℃
1h
3
105±2℃
1h
Component
CRS-2010-GH/ 01
No./rev
阶段 1：
阶段 1 电容量与阶段 2 容量变化
率，不超过 20%。
阶段 2：
阶段 1 阻抗值与阶段 2 的阻抗比
值，满足表 3 规定值。
阶段 1：将样品置于-40℃环境中 1h，施加频率为 120Hz、 阶段 3：
最大为 0.5V 交流有效值或不超过额定纹波电流要求的较 阶段 3 的容量变化率应在初始值
低电压施加在被试样品上，测量电容量、阻抗。
±20%范围内。
阶段 2：将样品置于 20℃环境中 1h，施加频率为 120Hz、 Step 1：
最大为 0.5V 交流有效值或不超过额定纹波电流要求的较 Variation of capacitance in step 1
低电压施加在被试样品上，测量电容量、阻抗。
and 2: within ±20% of the initial
阶段 3：将样品置于 105℃环境中 1h，施加频率为 120Hz、 value.
最大为 0.5V 交流有效值或不超过额定纹波电流要求的较
Step 2：
低电压施加在被试样品上，测量电容量。
Impedance value in step 2 and
容量比：参照 GB/T5993-2003 中 4.3.2 的方法。
that in step 1 shall not exceed the
阻抗比：参照 GB/T2693-2001 中 4.10 的方法。
value given in table-3.
Step 3：
Step 1：Place the sample in -40℃ for 1h, apply the
Variation of capacitance in
maximum 0.5V AC RMS voltage at 120Hz or a low
step 3: within ±20% of the initial
voltage (not exceeding the rated ripple current
value.
requirement) to it, then measure the capacitance and
impedance。
Step 2： place the sample in 20℃ for 1h, apply the
maximum 0.5V AC RMS voltage at 120Hz or a low
voltage (not exceeding the rated ripple current
requirement)
to it, then measure
the capacitance
and impedance. Calculate the ratio of the above
capacitance values and Impedance values.
Step 3：place the sample in 105℃ for 1h, apply the
maximum 0.5V AC RMS voltage at 120Hz or a low
voltage (not exceeding the rated ripple current
requirement) to it, then measure the capacitance.
Capacitance ratio:
According to the method of 4.3.2 in GB/T5993-2003;
Impedance ratio:
According to the method of 4.10 in GB/T2693-2001;
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5.1.8
耐浪涌电压
Surge Test
File Description
Approval Sheet-GH
Component
CRS-2010-GH/ 01
No./rev
容量变化：在初始值的±10%以内。
损耗角正切值不超过规定值的
等于 315V 施加浪涌电压为额定电压的 1.15 倍，对于额定
150%。
电压大于 315V 施加浪涌电压为额定电压的 1.10 倍。
漏电流：不超过中规定值的 120%
电解电容器通过串联的电阻施加浪涌电压及放电，充电与 外观：无可见损伤。
放电时所串联的电阻阻值为 1000Ω，充电（施加浪涌电压） Capacitance change:
Within ±10% of the initial value.
30s±5s，放电 330s±25s，重复 1000 次，然后电解电容器
Dissipation factor:
在大气条件下恢复 1h~2h 后测量电容量、漏电流、损耗角 Not more than 150% of the specified
value .
正切。试验温度为电解电容器的上限类别温度值。
Leakage current:
Refer to test method in 4.14 of GB/T5993-2003, for surge
Not more than 120% of the specified
voltage, apply 1.15 times the rated voltage for those whose value
rated voltage ≤315V, If the rated voltage exceeds 315V, the Appearance:
surge voltage applied shall be 1.10 times of the rated voltage. No visible damage.
参照 GB/T5993-2003 中 4.14 的方法对于额定电压小于或
The electrolytic capacitor is charged and discharged through
series-wound resistor with resistance value of 1000Ω.
After subjecting to 1000 cycles each consisting of charge
(with surge voltage) for 30±5sec., and discharge for
330s±25s, restore the capacitor in standard atmospheric
conditions for 1h to 2h, then measure the capacitance, LC
and dissipation factor. Test temperature refers to the upper
category temperature.
Test circuit
+
K
R
DC Power
Cx
R
_
Note: This requirement is applicable only to instantaneous over voltage which may
be applied to terminals of capacitor, therefore, not applicable to such
over voltages as often applied.
5.1.9
额定纹波
电流试验
Rated ripple
current test
将电解电容器置于规定的上限类别温度条件下，按照试
验条件施加规定频率的额定纹波电流，持续 1000h，不
同频率纹波电流换算系数见第 7 点纹波电流频率因子.
Put electrolytic capacitor under upper category temperature
conditions; apply rated ripple current for 1000 h. See table 7
for frequency coefficient of rated ripple current.
容量变化：在初始值的±20%以内。
损耗角正切值不超过规定值的
200%。
漏电流：不超过规定值。
ESR：不超过 300%的规定值。
外观：无可见损伤
Variation of capacitance:
Within ±20% of the initial value.
Dissipation factor:
Not more than ±200% of the specified
value
Leakage current: Not more than the
specified value
ESR: Not more than ±300% of the
specified value
Appearance:No visible damage
Name
File No.
GH
Approval Sheet-GH
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STANDARD
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5.2 机械特性 MECHANICAL PERFORMANCE
序号
项目
测试方法
No.
Item
Test method
5.2.1
特性
Performance
端子强度
端子抗拉强度：
Terminal
沿电容器端子引线方向施加拉力(如下表)，10±1 秒。
Strength
引线直径 Φ
拉力 N
0.45
0.5
0.6
5
0.8
10
1.0
20
容量变化：在初始值的±5%以内。
测量电容器应无接触不良、开路或短
路，无可见机械损伤。
Variation of capacitance:
端子抗弯强度：
Within ±5% of the initial value.
在电容器引线施加固定重力（如下表），然后，将电容体弯
When the capacitor is measured, there
折 90°后回到原位，再向相反方向弯折 90°后回到原位。
shall be no loose contacts, or open or
上述过程在 5 秒内完成。
short circuiting. There shall be no
引线直径 Φ
0.45
0.5
0.6
0.8
1.0
visible mechanical damage.
2.5
5
10
拉力 N
Tensile strength of termination:
A static load （stated in the table below） shall be applied to the
terminal in the axial direction and acting in a direction away
from the body for 10±1 sec.
Bending strength of termination:
Hang the specified dead weight （stated in the table below）,
then bent the body through 90°, return to the original position.
Next bent it in opposite direction through 90°with the same
speed, again return to the original position.
Carry out this operation in about 5 sec.
5.2.2
振动试验
Resistance to
Vibration
Name
File No.
依据 GB/17215.211-2006 中 5.2.2.3 进行振动试验。
电解电容器在使用时安装在电能表上，机械振动试验参照
GB/17215.211-2006《交流电测量设备 通用要求、试验和试
验条件 第 11 部分：测量设备》中机械振动的试验要求进行。
试验条件为：
频率范围：10Hz-150Hz
交越频率：60Hz
f＜60Hz，恒定振幅 0.075mm
f＞60Hz，恒定加速度 9.8m/ s²（1g）
每轴扫描周期数：10
注：10 个扫描周期-75min。
To comply with 5.2.2.3 of GB/17215.211-2006.
Install electrolytic capacitors in the electric energy meter and
follow the test requirement of mechanical vibration
Test condition:
Vibration Frequency Range : 10Hz-150Hz
crossover frequency: 60Hz
f＜60Hz，uniform amplitude: 0.075mm
f＞60Hz，Constant acceleration: 9.8m/ s²（1g）
Scanning cycles for every axis: 10
Note: 10 Scanning cycles-75min.
GH
Approval Sheet-GH
Version
01
STANDARD
MANUAL
容量变化：在初始值的±5%以内。
测量电容器应无接触不良开路或短
路，无可见机械损伤。
Variation of capacitance:
Within ±5% of the initial value.
When the capacitor is measured there
shall be no intermittent contacts, or
open or short circuiting There shall be
no such mechanical damage.
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5.2.3
可焊性
Solderability
File Description
Approval Sheet-GH
依据 GB/T2423.32-2008 的试验方法，对于含铅焊料，试验
前和试验中的焊料温度为（235±3）℃；对于无铅焊料，除
非相关标准有相反规定，Sn96.5Ag3.0Cu0.5 焊料的温度为
（245±3）℃，Sn99.3Cu0.7 焊料的温度为（250±3）℃。
将电解电容器以（5±1）mm/s～（20±1）mm/s 的速度浸入熔
融焊料中至规定的深度，并保持 5s，然后取出。测试电解电
容器润湿力。
According to test method in GB/T2423.32-2008, for leaded
solder, the temperature before and during the test shall be
（235±3）℃; for lead-free solder, unless there is relevant
regulations，the temperature for solder(Sn96.5Ag3.0Cu0.5) shall
be （245±3）℃, solder (Sn99.3Cu0.7) shall be （250±3）℃.
Component
CRS-2010-GH/ 01
No./rev
润湿力不低于理论润湿力的 90%。
Wetting power shall not be less than
90% of the theoretical wetting
power.
Immerse the electrolytic capacitors into the molten solder to the
specified depth at the rate of （5±1）mm/s～（20±1）mm/s for
5 sec. and then take them out. Measure the wetting power of
electrolytic capacitor.
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Component
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5.3 耐久性测试 ENDURANCE PERFORMANCE
序号
No.
项目
Item
5.3.1
耐焊接热
测试方法
Test method
特性
Performance
焊槽法：
Resistance to
焊锡温度：260±5℃
soldering heat
浸入时间：5±1 秒
电路板
：1.6mm
Solder bath method
Solder bath temperature : 260±5℃
Immersion time
容量变化：在初始值 5%范围内
外观：无可见损伤
Variation of capacitance:
Within ±5% of the initial value
Appearance:
No visible damage
:5±1sec.
Printed wiring board: 1.6mm
5.3.2
稳态湿热
试验温度：40±2℃
容量变化：在初始值±10%范围内
Resistance to damp
试验时间：240±8h
损失角正切值：不超过规定值
heat
相对湿度：90~95%
漏电流：不超过规定值
试验后，电容器在标准大气条件下 1~2 小时，然后
外观：无可见损伤
测试参数
Variation of capacitance:
To comply with JIS C 5101-1 4.22
Within
(steady state)
5.3.3
±10%
of
the
initial
Test temperature : 40±2℃
Dissipation factor:
Test time
Not more than the specified value
: 240±8h
value.
Relative humidity: 90~95%
After completion of test, the capacitor shall be
subjected to standard atmospheric conditions for 1 to
2 hours, after which measurements shall be made.
Leakage current:
高温负荷试验
电解电容器进行 GB/T2693-2001 中 4.23 的寿命试
容量变化：在初始值±20%范围内
Load Life Test
验，进行 105℃高温并施加额定电压 5000h 的耐久
损耗角正切值：不超过规定值的 200%
性试验，试验结束后在常温下静置 16h 进行电气试
漏电流：不超过规定值
验。
ESR：不超过规定值的 300%
Refer to test method in 4.23 of GB/T 2693-2001.
Apply rated voltage for 5,000 hours at 105°C.
Conduct electrical test after the capacitors are restored
for 16h.
Not more than the specified value
Appearance: No visible damage
外观：无可见损伤
Variation of capacitance:
Within ±20% of the initial value.
Dissipation factor:
Not more than 200% of the specified value
Leakage current:
Not more than the specified value
ESR: Not more than 300% of the specified
value
Appearance:
No visible damage.
Name
File No.
GH
Approval Sheet-GH
Version
01
STANDARD
MANUAL
Page
9
Starts
Released
5.3.4
File Description
Approval Sheet-GH
参考 GB/T5993-2003 中 4.17 的方法电解电容器应
容量变化：初始值±10%范围内
Storage at high
进行 105℃±2 高温 96h 的贮存，试验结束后在常温
损耗角正切值：不超过规定值的 150%
漏电流：不超过规定值的 120%
外观：无可见损伤
Variation of capacitance:
Within ±10% of the initial value.
Dissipation factor:
Not more than 150% of the specified value;
Leakage current:
Not more than 120% of the specified value
Appearance:
No visible damage.
下静置 4h 进行电气试验。.
Refer to test method in 4.17 of GB/T 5993-2003.
Store the capacitors at 105℃±2℃ for 96h. After
recovery for 4h, the measurements prescribed in the
relevant specification shall be made.
低温贮存试验
参考 GB/T5993-2003 中 4.18 的方法电解电容器应
容量变化：初始值±10%范围内
Storage at low
进行-55℃±2 低温 96h 的贮存，试验结束后在常温
electrical test after the capacitors are restored for 16h.
损耗角正切值：不超过规定值的 150%
漏电流：不超过规定值的 120%
外观：无可见损伤
Variation of capacitance:
Within ±20% of the value before test.
(6.3V,10V: ≤±30%)
Dissipation factor:
Not more than 200% of the specified value
Leakage current:
Not more than 200% of the specified value
Appearance:
No visible damage.
高温高湿
参考 GB/T2693-2001 中 4.22 的试验方法电解电容
容量变化：初始值±10%范围内
贮存试验
器应进行 85℃±2 高温、85%RH 湿度 96h 的贮存， 损耗角正切值：不超过规定值的 150%
漏电流：不超过规定值的 120%
试验结束后在常温下静置 4h 进行电气试验。
外观：无可见损伤
Refer to test method in 4.22 of GB/T2693-2001.
Variation of capacitance:
Store the capacitors under a relative humidity of 85% Within ±10% of the initial value;
at 85℃±2℃ for 96h. Conduct electrical test after the Dissipation factor:
Not more than 150% of the specified value
capacitors are restored for 4h.
Leakage current:
Not more than 120% of the specified value
Appearance:No visible damage.
temperature
下静置 16h 进行电气试验。
Refer to test method in 4.18 of GB/T 5993-2003.
Store the capacitors at -55℃±2℃ for 96h. Conduct
5.3.6
High temperature and
high humidity storage
test
5.3.7
No./rev
高温贮存试验
temperature
5.3.5
Component
CRS-2010-GH/ 01
温度冲击实验
低温：-40℃持续 30min
容量变化：初始值±10%范围内
Thermal shock test
高温：85℃持续 30min
损耗角正切值：不超过规定值的 150%
漏电流：不超过规定值的 120%
外观：无可见损伤
Variation of capacitance:
Within ±10% of the initial value;
Dissipation factor:
Not more than 150% of the specified value
Leakage current:
Not more than 120% of the specified value
Appearance: No visible damage.
温度转换时间：2min-3min
循环周期数：5
实验后恢复 16H 进行电气试验。
Low temperature: 30min at -40℃;
High temperature: 30min at 85℃;
Temperature switching time: 2min-3min
Cycle time: 5
Conduct electrical test after the capacitors are restored
for 16h.
Name
File No.
GH
Approval Sheet-GH
Version
01
STANDARD
MANUAL
Page
10
Starts
Released
5.3.8
防爆试验
Safety Vent
File Description
Approval Sheet-GH
Component
CRS-2010-GH/ 01
No./rev
以下试验只适用于铝壳直径≥Φ8 产品。
上述过程中应无引线、铝箔等散射，无火
The following tests only apply to those products with
花产生。
vent products at diameter≥Φ8 with vent.
The vent device is actuated under the test
在电容器两极施加反向直流电压，其中通过的电流
conditions, thereby preventing terminals,
为 1 A，在测试时防爆装置应能在 30 分钟内动作。 metal pieces, etc, of the capacitor from
scattering due to burst, the case from
D．C．Application test
The capacitor shall be subjected to a reverse D.C.
voltage
separating from the seal packing, or the
capacitor from producing flame.
The current flowing through the capacitor shall be 1A.
If the vent does operate with the voltage applied for
30 minutes, the test is considered to be passed.
※ 表 3（TABLE 3）
阻抗比
额定工作电压
Max. Impedance
Ratio
Rated voltage (v)
|z|-40℃/|z|20℃
Name
File No.
6.3
10
7
16
25
35
50
5
GH
63
100
160
200~450
4
Approval Sheet-GH
Version
01
STANDARD
MANUAL
7
Page
11
Starts
Released
File Description
Approval Sheet-GH
Component
CRS-2010-GH/ 01
No./rev
6. 标记 MARKING
6.1 在电容器体上应注明如下内容：
（1）生产厂商商标
GH 105℃
（2）型号-额定温度
YyWwJ PET (Yy 表示年份，Ww 表示制造周期，
（3）周期代码-我司代码-套管材质
M 表示容差代码，PET 表示套管材质)
--V- -μF
（4）电压容量
（5）负极标志
（6）容量偏差代码
6.1The following items shall be marked indelibly on the capacitor.
（1）Manufacture’s name or trade mark.
（2）Model - Rated temperature
GH 105℃
（3）Cycle code- AIHUA code -Sleeve material
YyWwJ PET (Yy denotes last two digit of years and Ww
denotes the week in which the capacitor is
Manufactured，M denote capacitance tolerance code，
PET denotes the sleeve material )
（4）Voltage Capacity
--V- -μF
（5）Polarity of the terminals
（6）Capacitance tolerance code
6.2 标记颜色 Marking color
套管颜色：棕色
标记颜色：白
Sleeve color：Brown
Marking color：White
7. 纹波电流频率因子 RIPPLE CURRENT FREQUENCY COEFFICIENT
Freq. (Hz)
50/60
100/120
1k
10k
100k
Cap.≤330
0.35
0.50
0.75
0.85
1.00
330＜Cap.≤1500
0.45
0.65
0.85
0.90
1.00
1500＜Cap.≤18000
0.53
0.75
0.90
0.95
1.00
Cap(μF)
Name
File No.
GH
Approval Sheet-GH
Version
01
STANDARD
MANUAL
Page
12
Starts
Released
File Description
Approval Sheet-GH
Component
CRS-2010-GH/ 01
No./rev
8. 物料编码 PART NO SYSTEM
1
2
3
4
5
6
7
8
9
10 11 12
13 14 15
16
Sleeve
Terminal
Size
Capacitance
Capacitance tolerance
Voltage
code⑧
code⑦
code⑥
code⑤
code④
code③
Series code②
Category code①
Type
Code
WV(V)
1th
4
6.3
10
16
25
35
40
50
63
80
100
160
180
200
220
250
315
350
380
400
420
450
500
Electrolytic Capacitor
E
②Series code
Series name
Code
2 th
3 th
G
H
GH
⑥Size code
ΦD
Code
10th
4
5
6.3
8
10
11
12
12.5
13
14
16
18
19
20
22
25
30
35
40
51
63.5
76
89
C
D
E
F
G
H
J
W
K
X
L
M
Z
N
O
P
Q
R
Y
S
T
U
V
Name
File No.
④Capacitance Tolerance code
③Voltage code
Category code
①
L
5
7
11
12
16
20
25
30
35
40
46
50
60
80
100
115
120
130
140
160
200
Code
11th 12th
0
0
1
1
1
2
2
3
3
4
4
5
6
8
A
B
C
D
E
G
K
5
7
1
2
6
0
5
0
5
0
6
0
0
0
0
5
0
0
0
0
0
Code
4th 5th
0
0
1
1
1
1
1
1
1
1
1
2
2
2
2
2
2
2
2
2
2
2
2
G
J
A
C
E
V
G
H
J
B
K
C
L
D
N
E
F
V
P
G
T
W
H
Tol.
Code
(%)
6th
-10～+10
K
-20～+20
M
-10～+30
Q
-10～+50
T
-10～+20
V
-0～+20
A
-5～+20
C
-10～-20
B
-5～+5
D
-0～+10
E
-5～-20
F
-15～+5
N
⑤Capacitance code
Cap (µF)
0.10
0.22
0.33
0.47
0.68
1
2.2
3.3
4.7
6.8
10
22
33
47
68
100
220
330
470
680
1000
2200
3300
4700
6800
10000
22000
33000
68000
⑦Terminal Code
Specification
Bulk packing
编带 Taping F=5mm
(4Ф~8Ф)
Taping F=2.5mm
(4Ф~5Ф)
Taped Straight-pack
GH
Code
Size
13th
14th 15th
8th
9th
R
R
R
R
R
0
2
3
4
6
1
2
3
4
6
1
2
3
4
6
1
2
3
4
6
1
2
3
6
1
2
3
4
6
1
R
R
R
R
0
2
3
7
8
0
2
3
7
8
0
2
3
7
8
0
2
3
8
0
2
3
7
8
0
2
3
7
8
0
0
0
0
0
1
1
1
1
1
2
2
2
2
2
3
3
3
3
O
-
-
P
5
0
X
2
5
⑧Sleeve Code
5
0
Sleeve
3
5
2
5
2
0
1
5
B
Lead Cut L=3.5mm
C
3
5
Lead Cut L=11.0mm
C
B
0
Lead Forming＆cut
L=4.5mm
F
4
5
Kink＆cut L=4.5mm
J
4
5
Approval Sheet-GH
Version
01
STANDARD
Code
7th
MANUAL
Page
PVC
Code
16th
C
PET
T
13
Starts
Released
File Description
Approval Sheet-GH
Component
CRS-2010-GH/ 01
No./rev
9. 加工型式 Forming Lead Type
9.1 编带 Taping
●Straight lead type
PIN Code : X
ΦD=4~5
PIN Code : B
ΦD=4~8
P
P2
±2.0
φD
P1
H
F
1.0max
W2
W1
W0
W
4.0±0.3
φd
Name
File No.
P0
0.9±0.3
GH
Approval Sheet-GH
Version
01
STANDARD
MANUAL
Page
14
Starts
Released
File Description
Approval Sheet-GH
Component
CRS-2010-GH/ 01
No./rev
PIN Code : B
ΦD=10
P2
P
±2.0
φD
P1
H
1.0max
F
W2
W1
W
W0
4.0±0.3
φd
P0
1.0±0.3
DIMENSIONS(mm)
CASE SIZE
Items
Symbol
Pin Code
4x5
4x7
X
Lead wire diameter
5x5
5x7
B
X
5x11
B
X
B
6.3x5
6.3x7
6.3x11
8x5
8x7
8x11
8x12
B
B
B
B
Φd
0.45
0.45
0.5
0.45
0.5
0.5
Pitch of body
P
12.7
12.7
12.7
12.7
12.7
12.7
12.7
Feed hole pitch
P0
12.7
12.7
12.7
12.7
12.7
12.7
Hole center to lead distance
P1
5.1
5.1
Feed hole center to body
center distance
P2
6.35
Lead to lead distance
F
Height of body from tape center
H
18.5
18.5
Base tape width
W
18.0
Adhesive tape width
W0
Hole position
Hole down tape position
Name
File No.
8x16
8x20
10x13
10x16
10x20
B
B
0.6
±0.05
12.7
12.7
±1.0
12.7
12.7
12.7
±0.2
5.1
4.6
4.6
3.85
±0.7
6.35
6.35
6.35
6.35
6.35
±1.0
2.5
2.5
2.5
3.5
3.5
5.0
±0.5
18.5
18.5
18.5
18.5
18.5
18.5
18.5
±0.75
18.0
18.0
18.0
18.0
18.0
18.0
18.0
18.0
±0.5
11.0
11.0
11.0
11.0
11.0
11.0
11.0
11.0
11.0
min
W1
9.0
9.0
9.0
9.0
9.0
9.0
9.0
9.0
9.0
+0.75
-0.5
W2
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
max
5.1 5.6 5.1 5.35 5.1
6.35
6.35
5.35
6.35
2.5 1.5 2.5 2.0 2.5
GH
2.0
Approval Sheet-GH
Version
01
STANDARD
MANUAL
0.45/0.5 0.5/0.6
Tolerance
Page
15
Starts
Released
File Description
Approval Sheet-GH
Component
CRS-2010-GH/ 01
No./rev
●Forming type
PIN Code : P
P2
ΦD=4~8
P
±2.0
φD
P1
H0
1.0max
F
W2
F1
H
W1
W
W0
4.0±0.3
φd
P0
0.7±0.3
DIMENSIONS(mm)
CASE SIZE
6.3x11
8x5
8x7
8x11
8x12
8x16
8x20
P
P
P
P
0.45
0.5
0.5
0.45/0.5
0.5/0.6
±0.05
12.7
12.7
12.7
12.7
12.7
12.7
±1.0
12.7
12.7
12.7
12.7
12.7
12.7
12.7
±0.2
3.85
3.85
3.85
3.85
3.85
3.85
3.85
3.85
±0.7
6.35
6.35
6.35
6.35
6.35
6.35
6.35
6.35
6.35
±1.0
F
1.5
2.0
2.0
2.0
2.5
2.5
2.5
3.5
3.5
±0.5
Lead to lead distance
F1
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
+0.8
-0.2
Height of body from tape center
H
18.5
18.5
18.5
18.5
18.5
18.5
18.5
18.5
18.5
±0.75
Lead wire clinch height
H0
16.0
16.0
16.0
16.0
16.0
16.0
16.0
16.0
16.0
±0.5
Base tape width
W
18.0
18.0
18.0
18.0
18.0
18.0
18.0
18.0
18.0
±0.5
Adhesive tape width
W0
11.0
11.0
11.0
11.0
11.0
11.0
11.0
11.0
11.0
min
Items
Symbol
4x5
4x7
5x5
5x7
5x11
6.3x5
6.3x7
P
P
P
P
P
Φd
0.45
0.45
0.45
0.5
Pitch of body
P
12.7
12.7
12.7
Feed hole pitch
P0
12.7
12.7
Hole center to lead distance
P1
3.85
Feed hole center to body
center distance
P2
Lead to lead distance
Pin Code
Lead wire diameter
Tolerance
Hole position
W1
9.0
9.0
9.0
9.0
9.0
9.0
9.0
9.0
9.0
+0.75
-0.5
Hole down tape position
W2
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
max
Name
File No.
GH
Approval Sheet-GH
Version
01
STANDARD
MANUAL
Page
16
Starts
Released
File Description
Approval Sheet-GH
Component
CRS-2010-GH/ 01
No./rev
9.2 端子切脚或成型 Lead Cut& Lead Forming
●
LEAD CUT
PIN CODE：C
●
RANGE：Φ4~Φ8
φD
RANGE：Φ4~Φ18
LEAD FORMING AND CUT
PIN COED：F
φD
F±0.5
F±0.5
L±0.5
2.5MAX L±0.5
●
ΦD
F
L
ΦD
F
L
4
1.5
3.0~12.0
4
5.0
3.5，4.5，5.0，7.0
5
2.0
3.0~12.0
5
5.0
3.5，4.5，5.0，7.0
6.3
2.5
3.0~12.0
6.3
5.0
3.5，4.5，5.0，7.0
8
3.5
3.0~12.0
8
5.0
3.5，4.5，5.0，7.0
10
5.0
3.0~12.0
-
-
-
12.5
5.0
3.0~12.0
-
-
-
16
7.5
3.0~12.0
-
-
-
18
7.5
3.0~12.0
-
-
-
Kink & cutting
PIN CODE:J
RANGE:Φ10～Φ18
F±0.5
φD
L±0.5
1.3±0.3
ΦD
F
L
10
5.0
4.0，4.5，5.0
12.5
5.0
4.0，4.5，5.0
16
7.5
4.0，4.5，5.0
18
7.5
4.0，4.5，5.0
Name
File No.
GH
Approval Sheet-GH
Version
01
STANDARD
MANUAL
Page
17
Starts
Released
File Description
Approval Sheet-GH
Component
CRS-2010-GH/ 01
No./rev
10. 包装 Packing
包装标签内容 Packing Label Marked (the following items shall be marked on the label)
(Inside box or bag)
1)系列 series
2)料号 P/N
5)数量 quantity
6)尺寸 size
3)容量 Rated capacitance
4)电压 Rated Voltage
批号的填写 LOT Number ：
1
2
3
4
5
6
7
年份
月份
序号
year
month
number
8
编带产品按下图包装 Taped Packing.
单位 unit：mm
ΦD
L(max)
Φ4、Φ5、Φ6、
Φ8
Φ10
H(max)
W(max)
330
260
50
330
260
62
散包装按下图包装方式 Bulk Packing
Name
File No.
GH
Approval Sheet-GH
Version
01
STANDARD
MANUAL
Page
18
Starts
Released
File Description
Approval Sheet-GH
Component
CRS-2010-GH/ 01
No./rev
11. 其它说明 OTHER REMARKS
11.1 铝电解电容器使用注意事项 IMPORTANT INFORMATION ON THE APPLICATION OF ALUMINUM
ELECTROLYTIC
CAPACITORS
(1)直流铝电解电容器应按正确的极性使用 DC aluminum electrolytic capacitors are normally polarized
当直流铝电解电容器按反极性接入电路时，电容器会导致电子线路短路，由此产生的电流会引致电容器损坏。若电路中有
可能在负引线施加正电压，请选无极性产品。
When reverse voltage is applied on DC aluminum electrolytic capacitor ,the circuit will be short out and the capacitor will be
damaged due to abnormal current flows through the capacitor.Please use non- polar types of capacitors
voltage is
when the positive
applied on the cathode terminal.
(2)在额定工作电压以下使用 Use capacitor within rated voltage
当电容器上所施加电压高于额定工作电压时，电容器的漏电流将上升，其电气特性将在短时内劣化直至损坏。请注意电压峰
值勿超出额定工作电压。
When capacitor is used at higher voltage than the rated voltage, leakage current increased, characteristics drastically deteriorated and
damaged in a short period may occur as a result. Please take extra caution that the peak voltage should not exceed the rated voltage.
(3)作快速充放电使用 Sudden charge and discharge
当常规电容器被用作快速充电用途,其使用寿命可能会因为容量下降,温度急剧上升等而缩减。
When aluminum electrolytic capacitors for general purpose-use are employed in rapid charge and discharge application, its life
expectancy may be shortened resulted from capacitance decrease, heat rise, etc.
(4) 电容器储存 Storage of the capacitor
请保管在室温 0～40℃，湿度 70%以下的环境。
We recommend the following conditions for storage: Ambient temperature：0～40℃
,Ambient humidity：70%RH;
a) 产品储存期限: ≤12 个月；
Storage life: ≤ 12 months;
b) 产品储存期限12 个月时，需充电后再使用；
If storage life 12 months，the products need to be charged again before using;
c) 存放时间超过 3 年的电解电容器应报废处理；
If Storage time three years, the products need to be discarded;
d) 库存有效期以产品套管上印刷的时间开始计算；
Expiry Date: calculating from the date marked on the sleeve;
e) 请尽量以包装状态保管；
Please keep capacitors in the original package;
f)
请避免在以下环境下保管:
Avoid storing the capacitors under such circumstances:
※
溅水、高温高湿及结露的环境。
With water and oil or damp &dewing location.
※
溅油、或者充满气体油成分的环境。
With gas and oil.
※
充满酸性有毒气体（硫化氢，亚硫酸，亚硝酸，氯，溴，溴化甲烷等）的环境。
With toxic gases such as hydrogen sulfide, sulfurous acid, nitrous acid, chlorine, bromine and methane.
Name
File No.
GH
Approval Sheet-GH
Version
01
STANDARD
MANUAL
Page
19
Starts
Released
※
File Description
Approval Sheet-GH
Component
CRS-2010-GH/ 01
No./rev
直射阳光、臭氧、紫外线及放射线照射的环境。
With direct sunlight, Ozone, ultraviolet rays or radiation.
(5) 施加纹波电流应小于额定值 Use capacitor within rated ripple current
施加纹波电流超过额定值后，会导致电容器体过热，容量下降，寿命缩短。电容器上标注了额定电压，请将和直流电压叠加
的纹波电压的峰值控制在额定工作电压以下。
If excessive ripple current is applied on the capacitor, excessive heat will be generated inside, the capacitance will be reduced and
capacitor’s life shall be shortened. Rated voltage has been marked on the capacitor; therefore, the peak value of the ripple voltage
should be less than the rated voltage.
(6)使用环境温度 Ambient temperature
铝电解电容器的使用寿命会受到环境温度的影响。据科学统计，使用环境温度下降 10℃其使用寿命增加 1 倍。
Life of
aluminum electrolytic capacitor is affected by the ambient temperature. It is generally known
that the
life
doubles for
each 10℃ decrease in temperature.
(7)引出线强度 Tensile strength of lead wire
当拉力施加到电容器引出线，该拉力将作用于电容器内部，这可能导致电容器内部短路，开路或漏电流上升。在电容器焊装
到电路板，请勿强烈摇动电容器。
When a strong force is applied to the lead wires or terminals, stress is put on the internal
connections,which may result in short circuit, open circuit or increased leakage current. So it is not advisable to bend or handle a
capacitor after it has been soldered to the PC board.
(8)焊接过程耐热性 Heat resistance at the soldering process
铝电解电容器装至电路板进行浸焊或波峰焊时，其塑料套管可能因焊接时间过长、温度过高而发生破裂或二次收缩。
During soldering process, secondary shrinkage or sleeve crack may occur when soldering temperature is too high or soldering time
is too long.
(9)电路板的安装孔孔距及安装位置 Hole pitch and position of PC board
电路板安装孔的设计应与产品说明书的引线脚距相一致，如果将电容器强行插入孔距不配套的电路板，那么会有应力作用于
引出线，这可能导致短路或漏电流上升。
When designig a PC board , its hole pitch should be designed to coincide with the lead pitch(lead spacing) of the capacitor specified in
the catalog or specifications.When a capacitor is forcibly inserted into an unmatched hole pitch,a force will put on the leads and which
could result in a short circuit or increased leakage current.
(10) 关于焊接以后的清洗 Cleaning after soldering
① 电容器不能用卤化有机物系列的清洗剂进行清洗。如果必须进行清洗，请使用能够保证电容器质量的清洗剂。
The aluminum electrolyte capacitors should be fee halogenated solvents during board cleaning after soldering. Use solvent proof
capacitors when halogenated solvents are used.
② 对于能够保证电容器质量的清洗剂，清洗后请不要在清洗溶液或者密封容器中保管。清洗后的电容器请和电路板一起在热
风下干燥 10 分钟以上，热风的温度不可高于电容器规定上限温度。
After cleaned with the solvent which should proof the quality of capacitors, the capacitors should not be kept in solvent environments of
non-ventilated places. Let the capacitors after cleaning dry with hot blast fully above 10mins and the temperature of hot blast should not
be over than specified upper limit of capacitors.
(11) 关于固定剂以及镀层（涂层剂）Adhesives、fixative and coating materials(coating agent)
① 请不要使用含有卤化有机物系列的固定剂及镀层（涂层剂）。
Do not use halogenated adhesives and coating materials to fix aluminum electrolytic capacitors.
Name
File No.
GH
Approval Sheet-GH
Version
01
STANDARD
MANUAL
Page
20
Starts
Released
File Description
Approval Sheet-GH
Component
CRS-2010-GH/ 01
No./rev
② 请不要让固定剂及镀层（涂层剂）将电容器封口部位（端子一侧）全部封住。
Do not cover up all the sealing area of capacitors with adhesives、fixative or coating materials(coating agent), make coverage only
partial.
11.2 符合 RoHS
RoHS compliance
符合欧盟 RoHS 的最新标准，若客户有特殊要求，按照双方签订的相关协议为准。
Accord with the latest standard of RoHS,if customers have any special requirements,according to the relevant
agreements which signed by both parts.
Name
File No.
GH
Approval Sheet-GH
Version
01
STANDARD
MANUAL
Page
21
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