规 格 承 认 书
送认日期:2019/8/30
客户名称:
产品名称:
铝电解电容器
ALUMINUM ELECTROLYTIC CAPACITOR SPECIFICATIONS
型号规格:
序号
NO.
明细如下表
客户料号 P/N
1
产品型号规格
EHLH822V400G13MT
400V8.2μF
外形尺寸D×L
规格书编号
SPEC.NO.
10*13
HEAO-03
寿命(h)
8000
2
3
4
5
6
7
8
9
10
11
12
13
承 认 厂 商
CUSTOMER APPROVED
拟制
陈曦
审核
批准
会签
APPROVER BY:
莫胜辉 李建平
承认章:
中国湖南 : 益阳市和澳电子科技有限公司
CHINA Factory : HUNAN YIYANG HEAO TECHNOLOGY CO., LTD
中国湖南省益阳市龙岭工业园上新路E1栋
HTTP://WWW.HEAOCAP.COM
TEL: +86-737-6685226
FAX: +86-737-6685226
HGS 型铝电解电容器规格书
编 号SPEC.NO.:HEAO 01
HGS
日 期DATE:
版 本:1.0
luminum Electrolytic Capacitors
■ 特点
● 105℃ 8000 小时保证品。
8000 hours at 105℃.
● 专为电子节能灯、镇流器、LED驱动设计制造,耐高纹波,耐高温,特长寿命。High ripple current tolerance type.
■ 技术规范 Specifications
项 目 Item
特
使用温度范围
Operating temperture range
额定电压
Rated working voltage range
-25℃ ~ + 105℃
标称容量Nominal Capacitan
静电容量允许范围
Capacitance tolerance
漏 电 流
Leakage current(μ A)
电容量变化率
Capacitance change
损耗角正切
Dissipation Factor
漏 电 流
Leakage current
试 验 条 件
Test condition
电容量变化率
高温贮存 Capacitance change
Shelf life
损耗角正切
test
Dissipation Factor
漏 电 流
Leakage current
耐久性
Load life
test
试 验 条 件
Test condition
浪涌电压
Surge
voltage
400
V
8.2
μ F
M:-10% ~ +20%(25℃120Hz)
施加额定电压2分钟後的电流值
After 2minutes with rated working voltage applied I≤
损耗角正切Dissipation Factor
试 验 条 件
Test condition
性Characteristics
tgδ ≤
在105℃下施加直流电压叠加额定纹波电流
32.8 μ A
0.08
60
(25℃ 120Hz)
mA(100KHZ)
小时
DC voltage plus ripple current
60
mA(100KHZ)value applied for
hr at 105℃
DC/C初始测量值的20
≤±20% of the initial value
在规定值200%以下
≤200% of the initial specified value
施加额定电压2分钟後的电流值
After 2minutes with rated working voltage applied I≤
32.8 μ A
电容器在105℃下贮存1000小时
The capacitor are then stored with no voltage applied at a temperature of 105±2℃ for 1000 +48,-0 hours.
DC/C初始测量值的10
≤±10% of the initial value
在规定值200%以下
≤200% of the initial specified value
施加额定电压2分钟後的电流值
After 2minutes with rated working voltage applied I≤
65.6μ A
循环次数:1000次,温度:15℃~35℃,充电电压
450 V,充电持续时间:30S,放电持续
时间:5min 30s
(1) Surge voltage application: 1000times charging for 30±5 second .with a period of
5min 30s.
(2)Test temperature: 15-35℃;Rated working voltage range:
450 V
DC/C初始测量值的15
≤
电容量变化率
Capacitance
损耗角正切
Dissipation Factor ≤ 0.15
漏 电 流
施加额定电压2分钟後的电流值
Leakage current After 2minutes with rated working voltage applied I≤
高低温特性
Z-25℃ / Z20℃ ≤
Low Temperature Stability
32.8 μ A
6
■ 试验方法TEST METHOD
参照国标GB2693-2001
■ 外形尺寸及包装 Case Size and Packing Quantity
●外形尺寸:D×L
ΦD+0.5
单位:mm
6.3
L+2.0
12
P±0.5
2.5
d±0.04
0.6
Amax
2.0
M±0.5
6
H±0.5
5
HGS 型铝电解电容器规格书
编 号SPEC.NO.:HEAO-A0
版 本:1.0
HGS Aluminum Electrolytic Capacitors
日 期DATE:2017-07-17
1. 概述 SCOPE
本承认书规定了 HLH(105℃宽温度,长寿命)系列径向引出铝电解电容器的技术规范。This
specification covers “HLH series” 105 ℃
single-ended aluminum electrolytic capacitors.
Long
Life Assurance miniature
2. 参考标准APPLICABLE SPECIFICATION
本承认书参考 GB2693-86 制定。
CHINA GB2693-86 Characteristics as specified in this specification .
3. 工作温度范围OPERATING TEMPERATURE RANGE
工作温度范围是电容器在施加额定工作电压条件下,可以长期可靠工作的环境温度范
围。
-25℃~+105℃(160~450V)
Operating temperature range is the range of ambient temperature at which the capacitor can be
operated continuously at rated voltage.
-25℃~+105℃(160~450V)
4. 测试环境CHARACTERISTICS
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 至 35℃
相对湿度:45 至 85%
大气压力:86kpa 至 106kpa
如果对测试结果有异议,可以在以下条件测试:
环境温度:25±2℃
相对湿度:60 至 70%
大气压力:86kpa 至 106kpa
Unless otherwise specified, the standard range of atmospheric conditions for making
measurements and tests are as follows.
Ambient temperature :15 to 35℃
Relative humidity
:45 to 85%
Air pressure
:86kpa to 106kpa
If there may be doubt on the results, measurements shall be made within the following limits.
Ambient temperature :25±2℃
Relative humidity
:60 to 70%
Air pressure
:86kpa to 106kpa
第 1 页 共 11 页
4.1 电气特性 ELECTRICAL CHARACTERISTICS
序号
项目
测试方法
NO
Item
Test method
4.1.1 额定工作电压
Rated voltage
4.1.2 电容量
测试频率:120Hz
Capacitance
测试电路:串联等效
性能
Performance
DC160~450V
测试电压:0.5Vrms 以下
Measuring frequency: 120Hz
Measuring circuit:
Series equivalent circuit
Measuring voltage:
0.5Vrms or less +1.5 to 2.0 VDC
1~1000μ F
容量偏差:+20%-10%
Capacitance
tolerance:
+20%-10%
4.1.3 损失角正切值
Dissipation
Factor
测试条件与 4.1.2 电容量测试相同
Testing condition are the same as 4.1.2 for
capacitance
不大于表 1 所示
Not more than the value
given in table 1.
4.1.4 漏电流
Leakage current
在电容器两端施加额定工作电压,并串联
1000±100Ω 电阻,在施加电压 2 分钟后,测
量漏电流。
测试电路如下图:
· 2 分钟后I≤
0.01CV+25(μ A) B
I:漏电流(μ A)
C:容量(μ F)
V:额定工作电压(V)
The rated voltage shall be applied across the capacitor
and its protective resistor which shall be 1000 ± 100
·After 2 min. I≤
Ω . The leakage current shall then be measured after
an electrification period of 2 min..
0.01CV+25(μ A)
Measurement circuit
B.
I: Leakage current(μ A)
C: Capacitance(μ F)
V: Rated voltage(V)
Rs: Protective resistor(1000±100Ω )
DC ammeter
DC voltmeter
S1:Switch
S2:Protective switch for an ammeter
第 2 页 共 11 页
4.1.5 温度特性
Temperature
Characteristic
阶段
温度
时间
1
20±2℃
1.5h
2
-25-3 ℃
20±2℃
+3
105 -0℃
2h
3
4
+0
0.25h
2h
阶段 2:
阻抗值与阶段 1 阻抗值
相比,不大于表 1 要求。
阶段 4:
容量变化应在初值的
±20%范围内
阶段 1:测量容量和阻抗
(|z| 20℃ 120Hz)
阶段 2:电容器恒温贮存 2 小时,在热平衡状态测
Step 2:Impedance ratio
Ratio to the value at
step 1 ,shall be
阻抗(|z|-25, 120Hz)
not more than
阶段 4:电容器恒温贮存 2 小时,在热平衡状态测
the
电容量
value given table-1
4.1.6 耐浪涌电压
Surge Test
Step 1:Capacitance and impedance shall be measured.
(|z| 20℃ 120Hz)
Step 2:After the capacitor being stored for 2 hours,
impedance shall be made at thermal stability.
(|z|-25, 120Hz)
Step 4:After the capacitor being stored for 105 ℃ 2
hours, capacitance shall be measured. The
measurement shall be made at thermal stability
充电 30±5 秒,放电 5.5±0.5 分钟作为一个周期,
共进行 1000 次。
测试温度:15℃-35℃
然后在标准大气条件下放置达到热稳定,测试各参
数
Step4:Variation
of
capacitance
Within±20% of the
value at Step 1.
容量:
不低于试验前的 80%。损
耗 角 正 切 值 不 大 于
200%的表 1 规定值。
漏电流:
达到 4.1.4 要求
Voltage application:
Capacitance:
Not less than 80% of the
1000 times of charging for 30 ± 5 sec., with a
value before test.
period of 5.5±0.5 min..
Dissipation factor:
Test temperature: 15℃-35℃
Not more 200% of the
And the capacitor shall be stored under
specified value in Tablestandard atmospheric conditions to
1.
obtain thermal stability, after which Leakage current:
measurements shall be made.
To satisfy No.4.1.4
Test circuit
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.
4.2 机械特性 MECHANICAL PERFORMANCE
序号
项目
测试方法
NO
Item
Test method
依据
JIS
C
0050
进行试验
4.2.1 可焊性
Solder ability 焊锡温度:245±5℃
浸入时间:2.5±0.5 秒
To comply with JIS C 0050
Temperature or solder: 245±5℃
Dipping time: 2.5±0.5sec.
This specification shall be met after the capacitors are
stored under standard atmospheric conditions for 6
months.
第 3 页 共 11 页
特性
Performance
浸入焊锡的引线表面积约
3/4 以上应附著新锡
At
least
3/4of
circumferential surface of
the dipping portion of
termination shall be covered
with new solder.
4.3 耐久性测试 ENDURANCE PERFORMANCE
序号
项目
测试方法
NO
Item
Test method
焊槽法:
4.3.1 耐焊接热
焊锡温度:260±5℃
Resistance
to
浸入时间:10±1 秒
soldering heat
电路板 :1.6mm
Solder bath method
Solder temperature : 260±5℃
Immersion time : 10±1sec.
Printed wiring board: 1.6mm
特性
Performance
容量变化:在初始值±10%范
围内
损失角正切值:满足表 1 要求
漏电流:满足 4.1.4 要求
外观:无异状
Variation of capacitance:
Within ± 10% of the value
before test.
Dissipation factor:
To satisfy Table 1.
Leakage current:
To satisfy No.4.1.4
Appearance :
No remarkable abnormality.
依据 JIS C 5023 进行试验
4.3.2 稳态湿热
试验温度:40±2℃
Resistance
to 试验时间:240±8h
damp heat
相对湿度:90~95%
试验后,电容器在标准大气条件下 1~2 小时,
(steady state)
容量变化:在初始值±10%范
围内损失角正切值:满足表 1
要求
漏电流:满足 4.1.4 要求
外观:无异状
然后测试参数
Variation of capacitance:
To comply with JIS C 5023
Within ± 10% of the value
Test temperature : 40±2℃
before test.
Test time
: 240±8h
Dissipation factor:
Relative humidity: 90~95%
After completion of test, the capacitor shall be To satisfy Table 1.
subjected to standard atmospheric conditions for 1 Leakage current:
to 2 hours, after which measurements shall be To satisfy No.4.1.4
Appearance :
made.
No remarkable abnormality.
4.3.3 高温负荷试验
Load Life Test
试验温度:105±2℃
+48
试验时间:
h
-0
Test temperature: 105±2℃
Test time:
+48
-0
h
第 4 页 共 11 页
容量变化:在初始值±25%范
围内损耗角正切值:不超过表
1 所列规定值的 200%
漏电流:满足 4.1.4 需求
外观:无异状
Variation of capacitance:
Within ± 25% of the value
before test.
Dissipation factor:
Not more than 200% of the
specified value in Table 1.
Leakage current:
To satisfy No.4.1.4
Appearance :
No remarkable abnormality.
序号
项目
NO
Item
4.3.4 高温贮存试验
Shelf Life Test
测试方法
Test method
特性
Performance
+48
在 105±2℃环境下无负荷贮存 1000 -0 h
The capacitors are then stored with no voltage
+48
applied at a temperature of 105±2℃for 1000 -0 h
4.3.5 防爆试验
Safety Vent
在电容器两极施加反向工作电压,其中通过的
电流应不大于 1 A,在测试时防爆装置应能在
30 分钟内动作。
DC.Application test
The capacitor shall be subjected to a reverse DC.
voltage equal to the rated DC. voltage.
The current flowing through the capacitor shall be
limited to 1A. If the vent does operate with the
voltage applied for 30 minutes, the test is
considered to be passed.
表 1(TABLE 1)
额定工作电压
Rated voltage (v)
160
200
250
350
400
450
浪涌电压
Surge voltage (v)
损失角正切值
Dissipation factor
200
250
300
400
450
500
5.1 在电容器体上应注明如下内容:
(1)
生产厂商商标
(2)
工作电压
(3)
电容量
(4)
负极标志
(5)
上限工作温度
The following items shall be marked indelibly on the capacitor.
第 5 页 共 11 页
上述过程中应无引线、铝箔等
散射,无火花产生。
The vent device is actuated
under the test conditions,
thereby preventing terminals,
metal pieces, etc, of the
capacitor from scattering due
to burst, the case from
separating from the seal
packing, or the capacitor from
producing flame.
阻抗比
-25℃/|z|20℃
0.08
0.08
0.08
0.08
0.08
0.08
*3 当容量值大于 1000μ F 时,每增加 1000μ F,DF 值加 2%
For capacitance of more than 1000μ F, add 2% for every increase of 1000μ F.
5. 标 记 MARKING
容量变化:初始值±20%范围
内。损耗角正切值:不超过表
1 所列规定值的 200%
漏电流:满足 4.1.4 需求
外观:无异状
Variation of capacitance:
Within ± 20% of the value
before test.
Dissipation factor:
Not more than 200% of the
specified value in Table 1.
Leakage current:
To satisfy No.4.1.4
Appearance :
No remarkable abnormality.
3
3
3
6
6
6
(1)
(2)
(3)
(4)
(5)
Manufacture’s name or trade mark.
Rated voltage
Capacitance
Polarity of the terminals
Maximum operating temperature
6、温度因子及频率因子
Temperature coefficient And Frequency coefficient
Temperature Coefficient
Frequency Coefficient
TEMP(℃)
+40
+55
+65
+75
+80
Coefficient
2.41
2.41
2.12
2.0
1.70
7、标准尺寸及纹波电流
+105
1.00
120
0.50
1K
≥100 K
10k
0.80
0.90
1.00
Standard Size Permissible Ripple Current
Ripple Current (mA r.m.s./105,120Hz)Impedance(Ω)Max(20℃,100KHz)
电压(V)
160
尺寸D
×L(mm)
200
250
尺寸D
×L(mm)
6.3×12
8×12
8×12
纹波电流(mArms
/105℃,100kHz)
75
95
98
6.3×12
8×12
8×12
纹波电流(mArms
/105℃,100kHz)
81
102
105
96
110
8×12
8×16
110
120
8×12
8×16
115
120
8×12
8×16
206
250
8×16
8×20
244
268
8×16
8×20
210
367
22
33
8×20
10×20
400
450
10×16
10×20
400
450
10×16
13×20
430
535
47
68
10×20
13×20
500
630
13×20
13×25
610
700
13×20
16×25
627
720
100
150
13×25
16×25
720
850
16×25
16×30
800
900
16×30
880
尺寸
×L(mm)
5.6
6.3×12
8×12
8×12
纹波电流(mArms
/105℃,100kHz)
63
80
84
6.8
8.2
8×12
8×12
10
15
容量(μ F)
4.7
电压(v)
350
400
尺寸D
×L(mm)
纹波电流(mArms
/105℃,100kHz)
3.3
8×12
4.7
450
尺寸D
×L(mm)
8×16
纹波电流(mArms
/105℃,100kHz)
115
88
92
8×16
128
8×10
8×12
92
95
8×20
140
8×10
8×16
115
124
10×16
158
136
170
230
280
10×20
200
189
230
8×16
10×13
10×20
10×20
10×20
10×20
220
250
10×20
13×20
310
410
13×20
13×25
320
450
13×20
13×25
320
450
13×25
530
16×25
550
16×25
550
16×20
18×20
570
726
16×30
18×30
670
800
16×30
18×30
670
800
尺寸
×L(mm)
8×10
8×12
纹波电流(mArms
/105℃,100kHz)
85
90
110
8×10
8×12
8×16
120
5.6
8×16
150
6.8
8×20
175
8.2
8×20
10×16
容量(μ F)
2.2
10
15
22
33
47
68
第 6 页 共 11 页
8. 其它说明
8.1 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 electrolytic capacitors are 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极电压,请选无极性产品。
When reverse voltage is applied on DC electrolytic capacitor, the capacitor will becomes short
circuited please use no polarized capacitors in the circuit be damage due to abnormal
current flows through the capacitors since the circuit where the positive voltage may be
applied to the cathode terminal.
(2). 在额定工作电压以下作用 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 increases,
characteristics drastically deteriorate and damage 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 Charge and discharge application.
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 are employed in rapid charge and
discharge application, its life expectancy may be short end by capacitance decrease, heat rise,
etc.
(4). 电容器贮存 Store the capacitor.
当铝电解电容器作了长期贮存后,其漏电流通常升高,贮存温度愈高,漏电流上升愈快。因此应注意贮存 环
境的选择,在电容器上施加电压后,漏电流值将不断下降,在铝电解电容器的漏电流值上升对电路有不 良影响
的,请在使用前充电处理。
I creased leakage current is common in aluminum capacitors which have been stored for
long period of time. The Higher the storage temperature, the higher the leakage current increase,
therefore please take precautions concerning the storage location. The leakage current decreases
gradually as voltage is applied to the capacitor. In cases where increased leakage current
causes problems in the circuit, apply voltage(aging) before using.
(5). 施加纹波电流应小于额定值 Ripple current applied to capacitor should not exceed the rated
value.
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。所施加纹波电压的峰值应小于 额定
工作电压。
Excessive heat will reduce capacitance and result in shortened life of capacitor if ripple
currents exceeding the specified rated value are applied. 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 the aluminum electrolytic capacitor is affected by the ambient temperature. It is
generally stated, that life doubles for each 10℃ decrease in temperature.
(7). 引出线强度 Lead stress
当拉力施加到电容器引出线,该拉力将作用于电容器内部,这将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. This may result in short circuit, open circuit or increased leakage current. 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。
第 7 页 共 11 页
In the dip soldering process of PC board with aluminum electrolytic capacitors mounted,
secondary shrinkage or crack of PVC sleeve may be observed when solder temperature is too high
or dipping 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,这将导致短路或漏电流上升。
A PC board must be designed so its hole pitch coincides with the lead pitch(lead spacing)
of the capacitor specified by the catalog or specifications. when a capacitors is forcibly inserted
into an unmatched hole pitch, a stress is put on the leads This could result in a short circuit
or increased leakage current.
8.2 符合 RoHS
EU/RoHS
本产品(包括所有构件)完全符合欧盟 RoHS 要求,即 6 种有害物质的最大含量均不超过如下要求:
We product is according to the standard of ROHS , it means the max capacitance of six harmful
material not over the following request
Cd(镉)- 100PPM
+6
Cr (6 价铬)-1000PPM
Pb(铅)-1000PPM
PBBs(多溴联苯)-1000PPM
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Hg(汞)-1000PPM
PBDEs(多溴联苯醚)-1000PPM
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