厂商 ：东莞荣誉科技电子有限公司
广东 东莞- 主营产品：
- 贴片铝电解电容
- 贴片电解电容
- 螺栓电解电容
联系电话 ：18665189741
商品详细描述
贴片电解电容 型号 *贴片电解电容 型号
REV系列（85度贴片标准品）、RKV系列（105度贴片高温品）：用于数码相机、IC卡电话机、随身听、电话计费器、电脑及DVD板卡、汽车电器等高可靠性的袖珍电子产品中 。
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★ ZAV系列（105度贴片超低阻抗品）：在电性能上与钽电解电容相当，是贴片钽电解电容的替代品，而成本上远低于钽电解电容。
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YK系列（85度普通标准品）、YXA系列（105度高温标准品）：应用于家用电器、电脑板卡、仪表、消费类电子产品等，在可靠性高的场合，宜采用YXA系列。
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★PK系列（85度超小型品）、PX系列（105度超小型品）：电性能上分别与YK系列、YXA系列相对应，而体积上比前者缩小了近百分之四十，特别适合用于小体积的电子产品中。
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YXF系列（105度长寿命、低阻抗品）YXG系列（105度长寿命、高纹波品）：用于开关电源作为输出滤波用，在滤波要求高的场合建议采用YXG系列，长寿命数字电能表建议采用YXF系列 。
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ZA系列（105度超低阻抗品）、ZL系列（105度高纹小波低阻抗品）：是的改进型，在耐纹波的能力上有很大提高，特别适用于军事、航天、航空等领域的开关电源中。
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MS5系列（85度普通品）、MH5系列（105高温品）：用于微型电子产品。
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BXA系列（105度8000-10000小时长寿命品）、CFX系列（105度小时长寿命品）：节能灯及电子镇流器专用品。
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USR系列（85度针脚基板自立型）、MXR系列（105度过针脚基板自立型）：彩电、显示器、空调等电子产品中工频电源部分滤波用。
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LSQ系列（85度针脚螺丝锁大电解）、LSW系列（105度螺丝锁大电解）：用于大功率工频电源设备中，如工业变频器、大型不间断电源等等。WXA、AXW系列（105度小型品）：小型电源专用品。
东莞荣誉电子有限公司全国免费电话接入:13427820351传真Fax:86-0769-85359269
贴片铝电解电容（SMD Aluminum Electrolytic Capacitor )
全称：贴片铝电解电容器，简称：片式铝电解，片铝等。
主要规格尺寸，接公制标准分为：4*5.5mm, 5*5.5mm, 6.3*5.5mm, 6.3*7.7mm, 8*6.2mm, 8*10.2mm, 10*10.2mm, 10*12mm等。
220uf6.3v 贴片电容|SMD电容器|铝电解电容器|片式电容|片铝|片式铝电解电容器|贴片电容器
220uf6.3v 贴片电容|SMD电容器|铝电解电容器|片式电容|片铝|片式铝电解电容器|贴片电容器
470u35v 贴片电容|SMD电容器|铝电解电容器|片式电容|片铝|片式铝电解电容器|贴片电容器
10uf25v 贴片电容|SMD电容器|铝电解电容器|片式电容|片铝|片式铝电解电容器|贴片电容器
220uf16v 贴片电容|SMD电容器|铝电解电容器|片式电容|片铝|片式铝电解电容器|贴片电容器
10uf10v 贴片电容|SMD电容器|铝电解电容器|片式电容|片铝|片式铝电解电容器|贴片电容器
铝电解电容器的构成：是由正箔. 负箔和电解纸卷成芯子，用引线引出正负极，含浸电解液后通过导针引出，再用铝壳和胶密密封起来。片式铝电解电容器体积虽然较小，但是因为通过电化学腐蚀后，电极箔的表面积被扩大了，且它的介质氧化膜非常薄，所以，片式铝电解电容器可以具有相对较大的电容量。
正确选用一颗贴片铝电解电容器产品，要注意的参数包括：电容量. 额定电压.温度. 寿命以及特性（比如高频低阻抗）的要求。。
0.47uF50v|50v 0.47uF 4*5.4 0.47uF63v|63v0.47uF 4*5.4 0.47 uF 100v|100v0.47uF 4*5.4
1uF50v|50v1uF 4*5.4 1uF63v|63v1uF 4*5.4 1uF 100v|100v1uF 6.3*5.4
2.2uF50v|50v 2.2uF 4*5.4 2.2uF63v|63v1uF 4*5.4 2.2 uF 100v|100v2.2uF 6.3*5.4
3.3uF35v|35v3.3uF 4*5.4 3.3uF50v|50v3.3uF 4*5.4 3.3uF63v|63v3.3uF 5*5.4
3.3uF100v|100v3.3uF 6.3*5.4
4.7uF25v|25v4.7uF 4*5.4 4.7uF35v|35v4.7uF 4*5.4 4.7uF50v|50v4.7uF 5*5.4 4.7uF63v|63v4.7uF 6.3*5.4 4.7uF100v|100v4.7uF 6.3*7.7
6.8uF25v|25v6.8uF 4*5.4 6.8uF35v|35v6.8uF 4*5.4 6.8uF50v|50v6.8uF 5*5.4 6.8uF63v|63v6.8uF 6.3*5.4 6.8uF100v|100v6.8uF 6.3*7.7
8.2uF25v|25v8.2uF 4*5.4 8.2uF35v|35v8.2uF 4*5.4 8.2uF50v|50v8.2uF 5*5.4 8.2uF63v|63v8.2uF 6.3*5.4 8.2uF100v|100v8.2uF 6.3*7.7
10uF16v|16v10uF 4*5.4 10uF25v|25v10uF 4*5.4 10uF35v|35v10uF 4*5.4 10uF50v|50v10uF 6.3*5.4 10uF63v|63v10uF 6.3*5.4 10uF100v|100v10uF 6.3*7.7
22uF6.3v|6.3v22uF 4*5.4 22uF10v|10v22uF 4*5.4 22uF16v|16v22uF 4*5.4 22uF25v|25v22uF 5*5.4 22uF35v|35v22uF 6.3*5.4 22uF50v|50v22uF 6.3*5.4 22uF63v|63v22uF 6.3*7.7 22uF220v|220v22uF 8*10.2
33uF6.3v|6.3v33uF 4*5.4 33uF10v|10v33uF 4*5.4 33uF16v|16v33uF 5*5.4 33uF25v|25v33uF 5*5.4 33uF35v|35v33uF 6.3*5.4 33uF50v|50v33uF 6.3*7.7 33uF63v|63v33uF 8*10.2 33uF330v|330v33uF 10*10.2
47uF6.3v|6.3v47uF 4*5.4 47uF10v|10v47uF 5*5.4 47uF16v|16v47uF 5*5.4 47uF25v|25v47uF 6.3*5.4 47uF35v|35v47uF 6.3*5.4 47uF50v|50v47uF 6.3*7.7 47uF63v|63v47uF 8*10.2 47uF470v|470v47uF 10*10.2
68uF6.3v|6.3v68uF 5*5.4 68uF10v|10v68uF 6.3*5.4 68uF16v|16v68uF 6.3*5.4 68uF25v|25v68uF 8*6.5 68uF35v|35v68uF 8*6.5 68uF50v|50v68uF 8*10.2 68uF63v|63v68uF 10*10.2 68uF680v|680v68uF 10*10.2
82uF6.3v|6.3v82uF 5*5.4 82uF10v|10v82uF 6.3*5.4 82uF16v|16v82uF 6.3*5.4 82uF25v|25v82uF 8*6.5 82uF35v|35v82uF 8*6.5 82uF50v|50v82uF 8*10.2 82uF63v|63v82uF 10*10.2 82uF820v|820v82uF 10*10.2
100uF6.3v|6.3v100uF 5*5.4 100uF10v|10v100uF 6.3*5.4 100uF16v|16v100uF 6.3*5.4 100uF25v|25v100uF 6.3*7.7 100uF35v|35v100uF 6.3*7.7 100uF50v|50v100uF 8*10.2 100uF63v|63v100uF 10*10.2
150uF6.3v|6.3v150uF 6.3*5.4 150uF10v|10v150uF 6.3*5.4 150uF16v|16v150uF 6.3*7.7 1220uF6.3v|6.3v220uF 6.3*5.4 220uF10v|10v220uF 6.3*7.7 220uF16v|16v220uF 6.3*7.7 220uF25v|25v220uF 8*10.2 220uF35v|35v220uF 8*10.2 220uF50v|50v220uF 10*10.2
50uF25v|25v150uF 8*10.2 150uF35v|35v150uF 8*10.2 150uF50v|50v150uF 10*10.2
330uF6.3v|6.3v330uF 6.3*7.7 330uF10v|10v330uF 8*10.2 330uF16v|16v330uF 8*10.2 330uF25v|25v330uF 10*10.2 330uF35v|35v330uF 10*10.2
470uF6.3v|6.3v470uF 6.3*7.7 470uF10v|10v470uF 8*10.2 470uF16v|16v470uF 8*10.2 470uF25v|25v470uF 10*10.2
680uF6.3v|6.3v680uF 8*10.2 680uF10v|10v680uF 10*10.2 680uF16v|16v680uF 10*10.2
820uF6.3v|6.3v820uF 8*10.2 820uF10v|10v820uF 10*10.2 820uF16v|16v820uF 10*10.2
1000uF6.3v|6.3v1000uF 8*10.2 1000uF10v|10v1000uF 10*10.2 1000uF16v|16v1000uF 10*10.2
1500uF6.3v|6.3v1000uF 10*10.2
capsun牌电容作为中国特种大型高压铝电解电容器的制造商，透过专利技术的应用让您品质上使用更无忧。
联系人：杨永林
电 话：86 - 0769 – 85359259 手机号13427820351
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公司Emailyyl@honordz.com 公司网址http://www.honordz.com
1 Scope范围
This standard applies to aluminum electrolytic capacitors with non-solid electrolyte primarily intended ford.c.
本标准适用于非固体电解质铝电容器. 该电容器主要用于电子设备中的直流电路.
2 Normative references有关文件
IEC 60062; IEC 60063; IEC 60068; IEC 60384; IEC 60410; IEC QC 001001; IEC QC 001002; ISO 3 & JIS.
3 Marking标志
The capacitor shall be clearly marked with rated capacitance, rated voltage, Max. operating temperature, polarity of the terminations, tolerance on rated capacitance, DECON trademark & type designation.
电容器上应清楚地标出额定容量, 额定电压, 最高工作温度, 引出端的极性, 标称电容量偏差, DECON商标和型号名称.
4 Operating temperature range工作温度范围
-40℃ to +85℃
5 Tests and measurement procedures试验和测量程序
Pre-conditioning预处理
Before starting the test programmer, all capacitors shall be pre-conditioned by the application of the rated voltage from a direct voltage source having a low internal resistance, such as a regulated power supply. The voltage shall be applied to the capacitor through a resistor the value of which shall be approximately 100 Ω for rated voltages up to and including 100V, and approximately 1000 Ω for rated voltages above 100V. The voltage shall be maintained for 1 h after its value across the capacitor has become equal to the rated voltage with a tolerance of ±3%. After this pre-conditioning, the capacitors shall be discharged through a resistor of approximately 1 Ω per applied volt.
试验开始前, 所有电容器加额定电压进行预处理, 这个电压由一低内阻的直流电压源如稳压电源供给. 对额定电压小于或等于100V的电容器, 通过一个大约为100Ω的电阻器在电容器上加电压, 对额定电压大于100V的电容器, 通过一个大约为1000Ω的电阻器在电容器上加电压. 以不超过±3%的误差在电容器两端加额定电压, 保持一小时. 经预处理后, 电容器应通过大约1Ω/V的电阻器放电.
5.1 Standard atmospheric conditions for testing试验用标准大气条件
temperature温度: 15℃ to 35℃
relative humidity相对湿度: 25% to 75%;
air pressure气压: 86kPa to 106kPa.
5.2 Visual examination and check of dimensions外观检查和尺寸检查
(Unit: mm)
5.3 Electrical tests电气试验
5.3.1 Leakage current漏电流
5.3.1 .1 Measuring conditions测量条件
The rated voltage shall be applied across the capacitor and its protective resistor. Unless otherwise stated, the protective resistor shall be approximately 100Ωfor rated voltages ≤100V and approximately 1000Ωfor rated voltages >100V.
额定电压应施加在电容器及其保护电阻的两端. 测量条件除非另有规定, 对于额定电压小于或等于100V的电容器, 保护电阻约为100Ω; 对于额定电压大于100V的电容器,约为1000Ω.
5.3.1 .2 Requirements要求
The leakage current shall not exceed the values given as below
漏电流应不超过下表给出的数值(Unit: uA)
C: Capacitance (uF)
5.3.2 Capacitance电容量
5.3.2 .1 Measuring conditions测量条件
Measuring voltage: max. 0.5 V r.m.s or such lower voltage as is required in order not to exceed the rated ripple current.
测量电压: 最大0.5V交流有效值或不超过额定纹波电流要求的较低电压.
The frequency of the measuring voltage shall be 120 Hz.
测量电压频率应为120 Hz.
5.3.2 .2 Requirement要求
The capacitance shall be within the rated tolerance. (+-20%)
电容量应在额定偏差之内.(+-20%)
5.3.3 Tangent of loss angle损耗角正切(tanδ)
5.3.3 .1 Measuring conditions测量条件
Measuring voltage: max. 0.5 V r.m.s or such lower voltage as is required in order not to exceed the rated ripple current.
测量电压: 最大0.5V交流有效值或不超过额定纹波电流要求的较低电压.
The frequency of the measuring voltage shall be 120 Hz.
测量电压频率应为120 Hz.
5.3.3 .2 Requirement要求
The limits for tangent of loss angle shall be specified as below
损耗角正切值应不超过下表给出的数值
0.02 is added to each 1000uF increase over 1000uF
5.3.4 Impedance阻抗
5.3.4 .1 Initial measurement初始测量
The frequency of the measuring voltage shall be 120 Hz. The tolerance on frequency for measuring purposes shall not exceed ±20%.
测量电压的频率为120 Hz. 对于测量, 其频率的误差应不超过±20%.
5.3.4 .2 Measuring conditions测量条件
The voltage used for the measurement shall be as small as practicable and shall be applied for a time short enough to avoid undue heating of the capacitor. To demonstrate that the voltage is sufficiently small, it shall be applied to one of the capacitors in each sample for 1 min during which time there shall be no readable change in the impedance of the capacitor. The error of measurement shall not exceed 5% of the requirement of 0.02Ω, whichever is the greater.
测量用电压应尽可能低, 同时加电压的时间尽可能的短, 以避免电容器过热. 为了证明电压足够低, 可把电压加在每个电容器样品上一分钟, 在加电压时间内电容器阻抗不应有明显变化. 测量误差应不超过要求值的5%或0.02Ω(取二者较大的数值).
5.3.4 .3 Measurement at lower category temperature下限类别温度下的测量
The frequency shall be 120 Hz unless otherwise specified.
除非另有规定, 频率应为120 Hz.
5.3.4 .4 Requirements要求
The impedance ratio shall meet the requirements as below
阻抗比应符合下表的要求_
5.4 Robustness of terminations引出端强度
5.4.1 Tensile拉力
5.4.2 Bending(half of the sample)弯曲(引出端的一半)
Two consecutive bends shall be applied in each direction.
应在每个方向上连续进行两次弯曲.
5.4.3 Torsion(remaining sample)扭转(引出端的另一半)
Two successive rotations of 180 degree.
两次连续扭转180度.
5.4.4 Visual examination外观检查
After each of these tests, the capacitors shall be visually examined. There shall be no visible damage.
这些试验的每一试验后, 电容器应进行外观检查, 并应无可见损伤.
5.5 Resistance to soldering heat耐焊接热
5.5.1 ---temperature of the solder bath: 260℃±5℃
焊槽温度
---depth of immersion from the seating plane 2.0 mm,using a thermal insulating screen of 1.5mm±0.5mm
thickness
浸入深度为离安装面2.0 mm, 采用厚度为1.5mm±0.5mm的绝热屏蔽板
---Immersion time: 10 s
持续时间
5.5.2 The period of recovery shall, unless otherwise specified, be not less than 1 h or more than 2 h.
除非另有规定, 恢复时间应为1 h ~ 2 h.
5.5.3
---When the test has been carried out the capacitors shall be visually examined
当试验后, 电容器应进行外观检查
---There shall be no visible damage and the marking shall be legible
无可见损伤, 标志清晰
5.6 Solder ability可焊性
Unless otherwise stated, the test shall be carried out with non-activated flux.
除非另有说明, 试验用非活性焊料进行.
5.6.1 Test conditions试验条件
Bath temperature: 235℃±5℃
焊槽温度
Immersion time: 2.0 s ±0.5 s
浸入时间
Depth of immersion (from the seating plane or component body): from the seating plane 2.0 mm, using a
thermal insulating screen of 1.5mm±0.5mm thickness
浸入深度(离安装面或电容器本体)
离安装面2.0 mm, 采用厚度为 1.5mm±0.5mm的绝热屏蔽板
5.6.2 The terminations shall be examined for good tinning as evidenced by free flowing of the solder with
wetting of the terminations.
应检查引出端, 以引出端的焊料自由流动来说明包锡良好.
5.7 Rapid change of temperature温度快速变化
5.7.1 Initial measurement初始测量
The capacitance shall be measured according to5.3.2
电容量应按5.3.2 条进行测量
5.7.2 Conditioning
The capacitors shall be subjected to test Na for 5 cycles. The duration t1 of the exposure at each temperature
limit shall be 30 min or 3 h as specified. The recovery period shall be 16 h.
电容器应经受试验Na的五次循环. 在每个极限温度下放置时间为30min或3h. 恢复周期应为16h.
5.7.3 Final inspection, measurements and requirements最后检查和测量和要求
After recovery, the capacitors shall be visually examined and measured and shall meet the requirements.
电容器恢复之后应进行外观检查和测量并应符合有关要求.
5.8 Vibration振动
Frequency: 10~55 Hz
频率
Amplitude or acceleration (whichever is the lower acceleration): 0.75mm or 98 m/s (10g)
振幅或加速度
Duration (h): 3 x 2
持续时间
Final inspection, measurements and requirements最后检查和测量和要求
The capacitors shall be visually examined and measured and shall meet the requirements.
电容器应进行外观检查和测量并应符合有关要求.
5.9 Bump碰撞
Total number of bumps: 1000
碰撞总次数
Acceleration: 390 m/s (or 40g)
加速度
Duration of pulse: 6 ms
脉冲宽度_
Final inspection, measurements and requirements最后检查和测量和要求
The capacitors shall be visually examined and measured and shall meet the requirements.
电容器应进行外观检查和测量并应符合有关要求.
5.10 Endurance耐久性
5.10.1 Initial measurement初始测量
The capacitance shall be measured according to5.3.2
电容量应按5.3.2 条进行测量
5.10.2
Duration: 2000 h (With the polarity inverted every 250 h)
持续时间
Ambient temperature: upper category temperature
环境温度 上限类别温度
Applied voltage: category voltage (unless otherwise specified)
施加电压 除非有规定外, 为类别电压
Final inspection, measurements and requirements最后检查和测量和要求
After recovery, for a minimum of 16 h, the capacitors shall be visually examined and measured and shall
meet the requirements given in table I.
恢复至少16 h之后, 电容器应进行外观检查和测量并应符合表I给出的要求.
Table I
5.11 Surge浪涌
5.11.1 Initial measurement初始测量
The capacitance shall be measured according to5.3.2
电容量应按5.3.2 条进行测量
5.11.2 Test procedure实验步骤
The capacitors shall be submitted to 1000 cycles, each consisting of charge as described below, followed by a no-load period of 5 min 30 s with the capacitor disconnected and allowed to discharge internally. The test temperature shall be room temperature.
电容器应经1000次循环, 每次循环由下述的充电,接着为5 min 30 s无载周期组成. 试验温度为室温.
Charge充电
Applied voltage: 1.15 times the rated voltage for rated voltages ≤ 315V
施加电压 对于额定电压小于或等于315V者为1.15倍的额定电压
1.10 times the rated voltage for rated voltage >315V
对于额定电压大于315V者为1.10倍的额定电压
Internal resistance of the voltage sources: as required for RC=0.1s±0.05s_
电源内阻: 按RC=0.1s±0.05s要求
5.11.3 Final inspection, measurements and requirements最后检查和测量和要求
After recovery, the capacitors shall be visually examined and measured and shall meet the requirements given in table I.
恢复之后, 电容器应进行外观检查和测量并应符合表I给出的要求.
5.12 Storage at high temperature高温贮存
5.12.1 Initial measurement初始测量
The capacitance shall be measured according to5.3.2
电容量应按5.3.2 条进行测量
5.12.2
Temperature: Upper category temperature
温度 上限类别温度
Duration: 500 h ± 4 h
持续时间
5.12.3 Final inspection, measurements and requirements最后检查和测量和要求
After recovery, for a minimum of 16 h, the capacitors shall be visually examined and measured and shall
meet the requirements given in table I.
恢复至少16 h之后, 电容器应进行外观检查和测量并应符合表I给出的要求.
5.13 Storage at low temperature低温贮存
5.13.1 Initial measurement初始测量
The capacitance shall be measured according to5.3.2
电容量应按5.3.2 条进行测量
5.13.2 Final inspection, measurements and requirements最后检查和测量和要求
After recovery, for a minimum of 16 h, the capacitors shall be visually examined and measured and shall
meet the requirements given in table I.
恢复至少16 h之后, 电容器应进行外观检查和测量并应符合表I给出的要求.
5.14 Pressure relief压力减弱试验
Unless otherwise specified, one of the following tests shall be used to test the pressure relief device of the
capacitors.
除非另有规定, 应用下述规定之一来试验电容器的减压装置.
5.14.1 A C test交流试验
Applied voltage: alternating voltage with r.m.s. value not exceeding 0.7 times the rated direct voltage.
施加电压 交流电压的有效值不超过额定直流电压的0.7倍
Frequency of the applied voltage: 60 Hz
施加电压的频率
Series resistor: R=0.5 times the impedance of the capacitor at the test frequency
串联电阻为在试验频率下电容器阻抗的0.5倍
5.14.2 DC test直流试验
Applied voltage: direct voltage applied in the reverse direction, of an amplitude necessary to produce a
current of 1 A to 10 A.
施加电压: 在相反方向上施加的直流电压, 其值必需产生1 A ~ 10 A的电流.
5.14.3 P neumatic test充气试验
Applied pneumatic pressure: gas pressure introduced from outside shall be increased at a rate of 20 kPa/s
continuously.
施加气体的压力: 从外面充进的气体的压力应以20 kPa/s的速率连续增加.
5.15 Characteristics at high and low temperature高低温特性
The capacitors shall be subjected to the procedures of the dry heat and cold test with the following details:
电容器应承受干热和寒冷试验的并符合下列说明
5.15.1 The degree of severity for these tests shall be the same as for the dry heat and cold tests. Test at intermediate temperatures may be prescribed by the relevant specification. Measurements shall be made at each of the specified temperatures after the capacitor has reached thermal stability. The condition of thermal stability is jugged to be reached when two readings of a characteristic, taken in an interval of not less than 5 min, do not differ by an amount greater than that, which can be attributed to the measuring apparatus.
这些试验应与干热和寒冷试验的严酷度是一样的. 可以规定中间温度. 在每个规定温度下, 电容器达到热稳定后
进行测量. 在不小于5 min 的时间间隔所取得的两次电容量读数之差不大于认为由测量仪器所引起的误差时应
判为达到了热稳定状态.
5.15.2 Measurements and requirements测量和要求
The capacitors shall be measured and shall meet the requirements given in table I.
电容器应进行测量并应符合表I给出的要求.
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贴片铝电解电容（SMD Aluminum Electrolytic Capacitor )
全称：贴片铝电解电容器，简称：片式铝电解，片铝等。
主要规格尺寸，接公制标准分为：4*5.5mm, 5*5.5mm, 6.3*5.5mm, 6.3*7.7mm, 8*6.2mm, 8*10.2mm, 10*10.2mm, 10*12mm等。
220uf6.3v 贴片电容|SMD电容器|铝电解电容器|片式电容|片铝|片式铝电解电容器|贴片电容器
220uf6.3v 贴片电容|SMD电容器|铝电解电容器|片式电容|片铝|片式铝电解电容器|贴片电容器
470u35v 贴片电容|SMD电容器|铝电解电容器|片式电容|片铝|片式铝电解电容器|贴片电容器
10uf25v 贴片电容|SMD电容器|铝电解电容器|片式电容|片铝|片式铝电解电容器|贴片电容器
220uf16v 贴片电容|SMD电容器|铝电解电容器|片式电容|片铝|片式铝电解电容器|贴片电容器
10uf10v 贴片电容|SMD电容器|铝电解电容器|片式电容|片铝|片式铝电解电容器|贴片电容器
铝电解电容器的构成：是由正箔. 负箔和电解纸卷成芯子，用引线引出正负极，含浸电解液后通过导针引出，再用铝壳和胶密密封起来。片式铝电解电容器体积虽然较小，但是因为通过电化学腐蚀后，电极箔的表面积被扩大了，且它的介质氧化膜非常薄，所以，片式铝电解电容器可以具有相对较大的电容量。
正确选用一颗贴片铝电解电容器产品，要注意的参数包括：电容量. 额定电压.温度. 寿命以及特性（比如高频低阻抗）的要求。。
0.47uF50v|50v 0.47uF 4*5.4 0.47uF63v|63v0.47uF 4*5.4 0.47 uF 100v|100v0.47uF 4*5.4
1uF50v|50v1uF 4*5.4 1uF63v|63v1uF 4*5.4 1uF 100v|100v1uF 6.3*5.4
2.2uF50v|50v 2.2uF 4*5.4 2.2uF63v|63v1uF 4*5.4 2.2 uF 100v|100v2.2uF 6.3*5.4
3.3uF35v|35v3.3uF 4*5.4 3.3uF50v|50v3.3uF 4*5.4 3.3uF63v|63v3.3uF 5*5.4
3.3uF100v|100v3.3uF 6.3*5.4
4.7uF25v|25v4.7uF 4*5.4 4.7uF35v|35v4.7uF 4*5.4 4.7uF50v|50v4.7uF 5*5.4 4.7uF63v|63v4.7uF 6.3*5.4 4.7uF100v|100v4.7uF 6.3*7.7
6.8uF25v|25v6.8uF 4*5.4 6.8uF35v|35v6.8uF 4*5.4 6.8uF50v|50v6.8uF 5*5.4 6.8uF63v|63v6.8uF 6.3*5.4 6.8uF100v|100v6.8uF 6.3*7.7
8.2uF25v|25v8.2uF 4*5.4 8.2uF35v|35v8.2uF 4*5.4 8.2uF50v|50v8.2uF 5*5.4 8.2uF63v|63v8.2uF 6.3*5.4 8.2uF100v|100v8.2uF 6.3*7.7
10uF16v|16v10uF 4*5.4 10uF25v|25v10uF 4*5.4 10uF35v|35v10uF 4*5.4 10uF50v|50v10uF 6.3*5.4 10uF63v|63v10uF 6.3*5.4 10uF100v|100v10uF 6.3*7.7
22uF6.3v|6.3v22uF 4*5.4 22uF10v|10v22uF 4*5.4 22uF16v|16v22uF 4*5.4 22uF25v|25v22uF 5*5.4 22uF35v|35v22uF 6.3*5.4 22uF50v|50v22uF 6.3*5.4 22uF63v|63v22uF 6.3*7.7 22uF220v|220v22uF 8*10.2
33uF6.3v|6.3v33uF 4*5.4 33uF10v|10v33uF 4*5.4 33uF16v|16v33uF 5*5.4 33uF25v|25v33uF 5*5.4 33uF35v|35v33uF 6.3*5.4 33uF50v|50v33uF 6.3*7.7 33uF63v|63v33uF 8*10.2 33uF330v|330v33uF 10*10.2
47uF6.3v|6.3v47uF 4*5.4 47uF10v|10v47uF 5*5.4 47uF16v|16v47uF 5*5.4 47uF25v|25v47uF 6.3*5.4 47uF35v|35v47uF 6.3*5.4 47uF50v|50v47uF 6.3*7.7 47uF63v|63v47uF 8*10.2 47uF470v|470v47uF 10*10.2
68uF6.3v|6.3v68uF 5*5.4 68uF10v|10v68uF 6.3*5.4 68uF16v|16v68uF 6.3*5.4 68uF25v|25v68uF 8*6.5 68uF35v|35v68uF 8*6.5 68uF50v|50v68uF 8*10.2 68uF63v|63v68uF 10*10.2 68uF680v|680v68uF 10*10.2
82uF6.3v|6.3v82uF 5*5.4 82uF10v|10v82uF 6.3*5.4 82uF16v|16v82uF 6.3*5.4 82uF25v|25v82uF 8*6.5 82uF35v|35v82uF 8*6.5 82uF50v|50v82uF 8*10.2 82uF63v|63v82uF 10*10.2 82uF820v|820v82uF 10*10.2
100uF6.3v|6.3v100uF 5*5.4 100uF10v|10v100uF 6.3*5.4 100uF16v|16v100uF 6.3*5.4 100uF25v|25v100uF 6.3*7.7 100uF35v|35v100uF 6.3*7.7 100uF50v|50v100uF 8*10.2 100uF63v|63v100uF 10*10.2
150uF6.3v|6.3v150uF 6.3*5.4 150uF10v|10v150uF 6.3*5.4 150uF16v|16v150uF 6.3*7.7 1220uF6.3v|6.3v220uF 6.3*5.4 220uF10v|10v220uF 6.3*7.7 220uF16v|16v220uF 6.3*7.7 220uF25v|25v220uF 8*10.2 220uF35v|35v220uF 8*10.2 220uF50v|50v220uF 10*10.2
50uF25v|25v150uF 8*10.2 150uF35v|35v150uF 8*10.2 150uF50v|50v150uF 10*10.2
330uF6.3v|6.3v330uF 6.3*7.7 330uF10v|10v330uF 8*10.2 330uF16v|16v330uF 8*10.2 330uF25v|25v330uF 10*10.2 330uF35v|35v330uF 10*10.2
470uF6.3v|6.3v470uF 6.3*7.7 470uF10v|10v470uF 8*10.2 470uF16v|16v470uF 8*10.2 470uF25v|25v470uF 10*10.2
680uF6.3v|6.3v680uF 8*10.2 680uF10v|10v680uF 10*10.2 680uF16v|16v680uF 10*10.2
820uF6.3v|6.3v820uF 8*10.2 820uF10v|10v820uF 10*10.2 820uF16v|16v820uF 10*10.2
1000uF6.3v|6.3v1000uF 8*10.2 1000uF10v|10v1000uF 10*10.2 1000uF16v|16v1000uF 10*10.2
1500uF6.3v|6.3v1000uF 10*10.2
capsun牌电容作为中国特种大型高压铝电解电容器的制造商，透过专利技术的应用让您品质上使用更无忧。
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1 Scope范围
This standard applies to aluminum electrolytic capacitors with non-solid electrolyte primarily intended for
本标准适用于非固体电解质铝电容器. 该电容器主要用于电子设备中的直流电路.
2 Normative references有关文件
IEC 60062; IEC 60063; IEC 60068; IEC 60384; IEC 60410; IEC QC 001001; IEC QC 001002; ISO 3 & JIS.
3 Marking标志
The capacitor shall be clearly marked with rated capacitance, rated voltage, Max. operating temperature, polarity of the terminations, tolerance on rated capacitance, DECON trademark & type designation.
电容器上应清楚地标出额定容量, 额定电压, 最高工作温度, 引出端的极性, 标称电容量偏差, DECON商标和型号名称.
4 Operating temperature range工作温度范围
-40℃ to +85℃
5 Tests and measurement procedures试验和测量程序
Pre-conditioning预处理
Before starting the test programmer, all capacitors shall be pre-conditioned by the application of the rated voltage from a direct voltage source having a low internal resistance, such as a regulated power supply. The voltage shall be applied to the capacitor through a resistor the value of which shall be approximately 100 Ω for rated voltages up to and including 100V, and approximately 1000 Ω for rated voltages above 100V. The voltage shall be maintained for 1 h after its value across the capacitor has become equal to the rated voltage with a tolerance of ±3%. After this pre-conditioning, the capacitors shall be discharged through a resistor of approximately 1 Ω per applied volt.
试验开始前, 所有电容器加额定电压进行预处理, 这个电压由一低内阻的直流电压源如稳压电源供给. 对额定电压小于或等于100V的电容器, 通过一个大约为100Ω的电阻器在电容器上加电压, 对额定电压大于100V的电容器, 通过一个大约为1000Ω的电阻器在电容器上加电压. 以不超过±3%的误差在电容器两端加额定电压, 保持一小时. 经预处理后, 电容器应通过大约1Ω/V的电阻器放电.
5.1 Standard atmospheric conditions for testing试验用标准大气条件
temperature温度: 15℃ to 35℃
relative humidity相对湿度: 25% to 75%;
air pressure气压: 86kPa to 106kPa.
5.2 Visual examination and check of dimensions外观检查和尺寸检查
(Unit: mm)
|
φD |
5 |
6.3 |
8 |
10,12.5 |
16,18 |
|
F |
2.0 |
2.5 |
3.5 |
5.0 |
7.5 |
|
d |
0.5 |
0.6 |
0.8 | ||
|
α |
1.5 |
1.5 for L16 max. | |||
|
2.0 for L20 min. | |||||
5.3 Electrical tests电气试验
The rated voltage shall be applied across the capacitor and its protective resistor. Unless otherwise stated, the protective resistor shall be approximately 100Ωfor rated voltages ≤100V and approximately 1000Ωfor rated voltages >100V.
额定电压应施加在电容器及其保护电阻的两端. 测量条件除非另有规定, 对于额定电压小于或等于100V的电容器, 保护电阻约为100Ω; 对于额定电压大于100V的电容器,约为1000Ω.
The leakage current shall not exceed the values given as below
漏电流应不超过下表给出的数值(Unit: uA)
|
Less than 0.03CV or 3 whichever is larger(After 5 minutes) |
C: Capacitance (uF)
Measuring voltage: max. 0.5 V r.m.s or such lower voltage as is required in order not to exceed the rated ripple current.
测量电压: 最大0.5V交流有效值或不超过额定纹波电流要求的较低电压.
The frequency of the measuring voltage shall be 120 Hz.
测量电压频率应为120 Hz.
The capacitance shall be within the rated tolerance. (+-20%)
电容量应在额定偏差之内.(+-20%)
Measuring voltage: max. 0.5 V r.m.s or such lower voltage as is required in order not to exceed the rated ripple current.
测量电压: 最大0.5V交流有效值或不超过额定纹波电流要求的较低电压.
The frequency of the measuring voltage shall be 120 Hz.
测量电压频率应为120 Hz.
The limits for tangent of loss angle shall be specified as below
损耗角正切值应不超过下表给出的数值
|
Rated voltage (V) |
6.3 |
10 |
16 |
25 |
35 |
50 |
63 |
100 |
|
tanδ |
0.24 |
0.24 |
0.20 |
0.20 |
0.16 |
0.14 |
0.12 |
0.10 |
0.02 is added to each 1000uF increase over 1000uF
The frequency of the measuring voltage shall be 120 Hz. The tolerance on frequency for measuring purposes shall not exceed ±20%.
测量电压的频率为120 Hz. 对于测量, 其频率的误差应不超过±20%.
The voltage used for the measurement shall be as small as practicable and shall be applied for a time short enough to avoid undue heating of the capacitor. To demonstrate that the voltage is sufficiently small, it shall be applied to one of the capacitors in each sample for 1 min during which time there shall be no readable change in the impedance of the capacitor. The error of measurement shall not exceed 5% of the requirement of 0.02Ω, whichever is the greater.
测量用电压应尽可能低, 同时加电压的时间尽可能的短, 以避免电容器过热. 为了证明电压足够低, 可把电压加在每个电容器样品上一分钟, 在加电压时间内电容器阻抗不应有明显变化. 测量误差应不超过要求值的5%或0.02Ω(取二者较大的数值).
The frequency shall be 120 Hz unless otherwise specified.
除非另有规定, 频率应为120 Hz.
The impedance ratio shall meet the requirements as below
阻抗比应符合下表的要求_
|
Rated voltage (V) |
6.3 |
10 |
16 |
25 |
35 |
50 |
63 |
100 | |
|
Impedance ratio |
Z –25℃/Z+20℃ |
4 |
3 |
2 | |||||
|
Z –40℃/Z+20℃ |
10 |
8 |
6 |
4 |
3 | ||||
5.4 Robustness of terminations引出端强度
|
Nominal cross-sectional area (S) (mm2) |
Corresponding diameter (d) for Circular-section wires (mm) |
Force with tolerance of ± 10% (N) |
|
0.07 ~ 0.2 0.2 ~ 0.5 0.5 ~ 1.2 |
0.35 ~ 0.5 0.5 ~ 0.8 0.8 ~ 1.25 |
5 10 20 |
Two consecutive bends shall be applied in each direction.
应在每个方向上连续进行两次弯曲.
Two successive rotations of 180 degree.
两次连续扭转180度.
After each of these tests, the capacitors shall be visually examined. There shall be no visible damage.
这些试验的每一试验后, 电容器应进行外观检查, 并应无可见损伤.
5.5 Resistance to soldering heat耐焊接热
焊槽温度
---depth of immersion from the seating plane 2.0 mm,using a thermal insulating screen of 1.5mm±0.5mm
thickness
浸入深度为离安装面2.0 mm, 采用厚度为1.5mm±0.5mm的绝热屏蔽板
---Immersion time: 10 s
持续时间
除非另有规定, 恢复时间应为1 h ~ 2 h.
---When the test has been carried out the capacitors shall be visually examined
当试验后, 电容器应进行外观检查
---There shall be no visible damage and the marking shall be legible
无可见损伤, 标志清晰
5.6 Solder ability可焊性
Unless otherwise stated, the test shall be carried out with non-activated flux.
除非另有说明, 试验用非活性焊料进行.
Bath temperature: 235℃±5℃
焊槽温度
Immersion time: 2.0 s ±0.5 s
浸入时间
Depth of immersion (from the seating plane or component body): from the seating plane 2.0 mm, using a
thermal insulating screen of 1.5mm±0.5mm thickness
浸入深度(离安装面或电容器本体)
离安装面2.0 mm, 采用厚度为 1.5mm±0.5mm的绝热屏蔽板
wetting of the terminations.
应检查引出端, 以引出端的焊料自由流动来说明包锡良好.
5.7 Rapid change of temperature温度快速变化
The capacitance shall be measured according to
电容量应按
The capacitors shall be subjected to test Na for 5 cycles. The duration t1 of the exposure at each temperature
limit shall be 30 min or 3 h as specified. The recovery period shall be 16 h.
电容器应经受试验Na的五次循环. 在每个极限温度下放置时间为30min或3h. 恢复周期应为16h.
After recovery, the capacitors shall be visually examined and measured and shall meet the requirements.
电容器恢复之后应进行外观检查和测量并应符合有关要求.
5.8 Vibration振动
Frequency: 10~55 Hz
频率
Amplitude or acceleration (whichever is the lower acceleration): 0.75mm or 98 m/s (10g)
振幅或加速度
Duration (h): 3 x 2
持续时间
Final inspection, measurements and requirements最后检查和测量和要求
The capacitors shall be visually examined and measured and shall meet the requirements.
电容器应进行外观检查和测量并应符合有关要求.
5.9 Bump碰撞
Total number of bumps: 1000
碰撞总次数
Acceleration: 390 m/s (or 40g)
加速度
Duration of pulse: 6 ms
脉冲宽度_
Final inspection, measurements and requirements最后检查和测量和要求
The capacitors shall be visually examined and measured and shall meet the requirements.
电容器应进行外观检查和测量并应符合有关要求.
5.10 Endurance耐久性
The capacitance shall be measured according to
电容量应按
Duration: 2000 h (With the polarity inverted every 250 h)
持续时间
Ambient temperature: upper category temperature
环境温度 上限类别温度
Applied voltage: category voltage (unless otherwise specified)
施加电压 除非有规定外, 为类别电压
Final inspection, measurements and requirements最后检查和测量和要求
After recovery, for a minimum of 16 h, the capacitors shall be visually examined and measured and shall
meet the requirements given in table I.
恢复至少16 h之后, 电容器应进行外观检查和测量并应符合表I给出的要求.
Table I
|
Item项目 |
Performance性能 |
|
Appearance 外观 |
Prominent anomalies not allowed 无明显异常 |
|
Capacitance Change 电容量变化 |
Within ±20% of initial value 在初始值的±20%以内 |
|
Leakage Current 漏电流 |
Below initial standard value 低于初始标准值 |
|
tanδ 损耗角正切 |
Below 200% of initial standard value 低于初始标准值的2倍 |
5.11 Surge浪涌
The capacitance shall be measured according to
电容量应按
The capacitors shall be submitted to 1000 cycles, each consisting of charge as described below, followed by a no-load period of 5 min 30 s with the capacitor disconnected and allowed to discharge internally. The test temperature shall be room temperature.
电容器应经1000次循环, 每次循环由下述的充电,接着为5 min 30 s无载周期组成. 试验温度为室温.
Charge充电
Applied voltage: 1.15 times the rated voltage for rated voltages ≤ 315V
施加电压 对于额定电压小于或等于315V者为1.15倍的额定电压
1.10 times the rated voltage for rated voltage >315V
对于额定电压大于315V者为1.10倍的额定电压
Internal resistance of the voltage sources: as required for RC=0.1s±0.05s_
电源内阻: 按RC=0.1s±0.05s要求
After recovery, the capacitors shall be visually examined and measured and shall meet the requirements given in table I.
恢复之后, 电容器应进行外观检查和测量并应符合表I给出的要求.
5.12 Storage at high temperature高温贮存
The capacitance shall be measured according to
电容量应按
Temperature: Upper category temperature
温度 上限类别温度
Duration: 500 h ± 4 h
持续时间
After recovery, for a minimum of 16 h, the capacitors shall be visually examined and measured and shall
meet the requirements given in table I.
恢复至少16 h之后, 电容器应进行外观检查和测量并应符合表I给出的要求.
5.13 Storage at low temperature低温贮存
The capacitance shall be measured according to
电容量应按
After recovery, for a minimum of 16 h, the capacitors shall be visually examined and measured and shall
meet the requirements given in table I.
恢复至少16 h之后, 电容器应进行外观检查和测量并应符合表I给出的要求.
5.14 Pressure relief压力减弱试验
Unless otherwise specified, one of the following tests shall be used to test the pressure relief device of the
capacitors.
除非另有规定, 应用下述规定之一来试验电容器的减压装置.
Applied voltage: alternating voltage with r.m.s. value not exceeding 0.7 times the rated direct voltage.
施加电压 交流电压的有效值不超过额定直流电压的0.7倍
Frequency of the applied voltage: 60 Hz
施加电压的频率
Series resistor: R=0.5 times the impedance of the capacitor at the test frequency
串联电阻为在试验频率下电容器阻抗的0.5倍
Applied voltage: direct voltage applied in the reverse direction, of an amplitude necessary to produce a
current of 1 A to 10 A.
施加电压: 在相反方向上施加的直流电压, 其值必需产生1 A ~ 10 A的电流.
Applied pneumatic pressure: gas pressure introduced from outside shall be increased at a rate of 20 kPa/s
continuously.
施加气体的压力: 从外面充进的气体的压力应以20 kPa/s的速率连续增加.
5.15 Characteristics at high and low temperature高低温特性
The capacitors shall be subjected to the procedures of the dry heat and cold test with the following details:
电容器应承受干热和寒冷试验的并符合下列说明
这些试验应与干热和寒冷试验的严酷度是一样的. 可以规定中间温度. 在每个规定温度下, 电容器达到热稳定后
进行测量. 在不小于5 min 的时间间隔所取得的两次电容量读数之差不大于认为由测量仪器所引起的误差时应
判为达到了热稳定状态.
The capacitors shall be measured and shall meet the requirements given in table I.
电容器应进行测量并应符合表I给出的要求.
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