HT1E476M0607PC

高分子固态铝电解电容器 HT 系列 特长／用途 •125℃、2,000 小时寿命保证 •极低等效串联电阻(ESR)并可承受大纹波电流 •符合 ROHT 和 REACH 指令 ◆规格表 项 目 工作温度范用 性 能 -55～＋125℃ 额定静电容量容许误差值 ±20% （20℃、120Hz） 漏电流（LC) 注： 计算方法 LC≤0.2CV 或 300µA，取较大者 ≤标准品一览表的值（20℃、2 分值） 损失角正切值（tanδ） 参阅标准品一览表（20℃、120Hz） 等效串联电阻（ESR) 参阅标准品一苋表（20℃、100KHz） 在 125℃环境中，连续加载额定电压 20,00 小时后、待温度恢复到 20℃进行测量时，应满足以下要求。 外观 无明显变化 静电容量变化率 ≤初始值的± 20% 损失角正切值 ≤初始规格值的 150% 等螳申联电阻(ESR) ≤初始规格值的 150% 漏电流 ≤初始规格值 耐久性 在 60℃90～95%RH 环境中，连续加载额定电压 1,000 小时后，待温度恢复到 20℃进行测量时，应满足以下要求。 耐湿负荷特性 外观 无明显变化 静电容量变化率 ≤初始值的± 20% 损失角正切值 ≤初始规格值 等螳申联电 RI(ESR) ≤初始规格值的 150% 漏电流 ≤初始规格值 在 125℃环境中，按照充电 30 秒、放电 5 分 30 秒连续加载浪涌电压 1,000 次 (Rc＝1kΩ) 后，待温度恢复到 20℃进行测量时，应满足以 下要求。 额定电压 (RV) 2.5 6.3 7.5 10 12 16 25 35 50 63 浪涌电压 (SV) 2.9 7.2 8.6 11.5 13.8 18.4 28.8 40.3 57.5 72.5 浪涌电压特性 外观 无明显变化 静电容量变化率 ≤初始值的± 20% 损失角正切值 ≤初始规格值 等螳申联电 RI(ESR) ≤初始规格值的 150% 漏电流 ≤初始规格值 ◆尺寸图［mm］ φd ΦD ⊕ P 15 min. L max. 19 min. ⊖ 4 min. 单位：ｍｍ Π 5.0 5.5 6.3 8.0 10.0 P 2.0 2.5 2.5 3.5 5.0 Φd 0.5 0.5 0.5/0.6 0.6 0.6 ΦD ΦD+0.5max L L+1.0max 高分子固态铝电解电容器 HT 系列 ◆标准品一览表 Cap 尺寸 损失角正切值（tanδ） 漏电流 等效串联电阻（ESR） 额定纹波电流 （μF） ΦDxL(mm) (20℃, 120Hz） (µA)(max) （mΩ max./20℃, 100kHz） （mArms/125℃, 100kHz） 470 6.3X8 0.08 300 16 1150 HT0E477M0607PC 560 6.3X8 0.08 300 16 1250 HT0E567M0607PC 6.3X8 0.08 340 16 1350 HT0E687M0608PC 6.3X9 0.08 340 14 1400 HT0E687M0609PC 6.3X8 0.08 410 16 1450 HT0E827M0608PC 6.3X9 0.08 410 14 1500 HT0E827M0609PC 6.3X9 0.08 500 12 1550 HT0E108M0609PC 8X8 0.08 500 12 1600 HT0E108M0808PC 8X11.5 0.08 750 12 1750 HT0E158M0811PC 8X16 0.08 1100 12 2100 HT0E228M0811PC 10X12 0.08 1100 12 2100 HT0E228M1012PC 3300 10X12 0.08 1650 12 2250 HT0E338M1012PC 4700 10X16 0.08 2350 12 2400 HT0E478M1013PC 100 5X7 0.08 300 28 1050 HT0J227M0507PC 270 5X8 0.08 340 18 1200 HT0J277M0508PC 330 5X9 0.08 415 16 1250 HT0J337M0509PC 470 6.3X8 0.08 592 16 1350 HT0J477M0608PC 6.3X9 0.08 16 1400 HT0J567M0808PC 8X8 0.08 14 1450 HT0J567M0808PC 6.3X10.5 0.08 16 1500 HT0J687M0610PC 6.3X11.5 0.10 14 1650 HT0J827M0611PC 8X11.5 0.10 14 1700 HT0J827M0811PC 6.3X11.5 0.10 14 1750 HT0J108M0611PC 8X11.5 0.10 14 1800 HT0J108M0811PC 6.3X15 0.10 14 1900 HT0J158M0615PC 8X11.5 0.10 14 1950 HT0J158M0811PC 8X16 0.10 14 2150 HT0J228M0816PC 10X12 0.10 14 2150 HT0J228M1012PC 10X13.5 0.10 14 2350 HT0J338M1013PC 10X16 0.10 14 2450 HT0J338M1016PC 10X16 0.10 14 2600 HT0J478M1016PC WV 产品代码 680 820 2.5V 1000 1500 2200 560 680 820 6.3V 1000 1500 2200 3300 4700 705 856 1033 1260 1890 2772 4158 5922 高分子固态铝电解电容器 Cap 尺寸 损失角正切值（tanδ） 漏电流 等效串联电阻（ESR） 额定纹波电流 （μF） ΦDxL(mm) (20℃, 120Hz） (µA)(max) 220 6.3X5.5 0.08 330 28 900 HT0Q227M0605PC 330 6.3X8 0.08 495 16 1100 HT0Q337M0608PC 470 6.3X8 0.08 705 16 1200 HT0Q477M0608PC 6.3X9 0.08 14 1350 HT0Q567M0609PC 8X8 0.08 14 1400 HT0Q567M0808PC 6.3X11.5 0.08 14 1500 HT0Q687M0611PC 8X8 0.10 14 1550 HT0Q687M0808PC 820 6.3X11.5 0.10 1230 14 1650 HT0Q827M0611PC 1000 8X11.5 0.10 1500 14 1800 HT0Q108M0811PC 1200 8X11.5 0.10 1800 14 2200 HT0Q128M0811PC 8X11.5 0.10 14 2350 HT0Q158M0615PC 10X12 0.10 12 2400 HT0Q158M0811PC 10X12 0.10 12 2600 HT0Q228M0816PC 10X13.5 0.10 12 2750 HT0Q338M1013PC 10X16 0.10 12 2900 HT0Q338M1016PC 100 5X7 0.10 300 28 1100 HT1A107M0507PC 220 5X9 0.10 440 22 1250 HT1A227M0509PC 330 6.3X8 0.10 660 18 1400 HT1A337M0608PC 470 6.3X10.5 0.10 940 16 1500 HT1A477M0610PC 560 6.3X11.5 0.10 1120 16 1650 HT1A567M0611PC 680 8X11.5 0.10 1360 16 1750 HT1A687M0811PC 820 8X11.5 0.10 1640 16 1850 HT1A827M0811PC 1000 10X12 0.10 2000 16 2050 HT1A108M1012PC 1500 8X16 0.10 3000 14 2250 HT1A158M0816PC 2200 10X13.5 0.10 4400 14 2450 HT1A228M1013PC 3300 10X16 0.10 6600 14 2700 HT1A338M1016PC WV 产品代码 560 680 7.5V 1500 2200 3300 10V 840 1020 2250 3300 4950 （mΩ max./20℃, 100kHz） （mArms/125℃, 100kHz） 高分子固态铝电解电容器 Cap 尺寸 损失角正切值（tanδ） 漏电流 （μF） ΦDxL(mm) (20℃, 120Hz） (µA)(max) 5X7 0.12 6.3X5.5 0.12 6.3X7 0.12 6.3X8 0.12 5X11.5 0.12 5X15 0.12 5.5X11.5 0.12 5.5X15 0.12 6.3X11.5 0.12 560 5.5X15 0.12 680 6.3X11.55 0.12 6.3X15 0.12 8X13.5 0.12 8X16 0.12 10X12 0.12 1200 10X16 0.12 1500 10X16 2200 等效串联电阻（ESR） 额定纹波电流 WV 产品代码 28 950 HT1C107M0507PC 48 850 HT1C107M0605PC 20 980 HT1C227M0607PC 18 1050 HT1C227M0608PC 18 1100 HT1C277M0511PC 18 1250 HT1C337M0515PC 16 1250 HT1C337M5511PC 16 1450 HT1C477M5515PC 16 1450 HT1C477M0611PC 1792 14 1100 HT1C567M5515PC 2176 14 1500 HT1C687M0611PC 14 1700 HT1C827M0615PC 14 1850 HT1C827M0813PC 12 1950 HT1C108M0816PC 12 1950 HT1C108M1012PC 3840 12 2100 HT1C128M1016PC 0.12 4800 12 2350 HT1C158M1016PC 10X16 0.12 7040 12 2650 HT1C228M1016PC 47 6.3X7 0.12 300 58 800 HT1E476M0607PC 68 6.3X5.5 0.12 340 38 800 HT1E686M0605PC 5X7 0.12 38 850 HT1E107M0507PC 5X9 0.12 38 1250 HT1E107M0509PC 6.3X5.5 0.12 55 850 HT1E107M0605PC 6.3X7 0.12 38 1150 HT1E107M0607PC 6.3X8 0.12 35 1250 HT1E107M0608PC 5X11.5 0.12 38 1400 HT1E227M0511PC 5.5X8.5 0.12 38 1350 HT1E227M5508PC 5.5X9 0.12 38 1450 HT1E227M5509PC 6.3X8 0.12 38 1500 HT1E227M0608PC 8X11.5 0.12 28 1950 HT1E227M0811PC 5.5X15 0.12 35 1650 HT1E337M0608PC 8X8 0.12 32 1750 HT1E337M0808PC 5.5X15 0.12 35 2000 HT1E477M5515PC 6.3X11.5 0.12 35 2050 HT1E477M0611PC 6.3X15 0.12 35 2100 HT1E477M0615PC 8X11.5 0.12 20 2350 HT1E477M0811PC 6.3X15 0.12 35 2300 HT1E567M0615PC 6.3X15 0.12 35 2450 HT1E687M0615PC 8X11.5 0.12 20 2550 HT1E687M0811PC 8X16 0.12 20 2900 HT1E687M0816PC 10X12 0.12 28 2750 HT1E687M1012PC 100 220 270 330 470 16V （mΩ max./20℃, 100kHz） （mArms/125℃, 100kHz） 820 1000 100 220 25V 330 470 560 680 320 704 864 1056 1504 2624 3200 500 1100 1650 2350 2800 3400 高分子固态铝电解电容器 Cap 尺寸 损失角正切值（tanδ） 漏电流 （μF） ΦDxL(mm) (20℃, 120Hz） (µA)(max) 8X16 0.12 10X12 0.12 1000 10X13.5 0.12 1500 10X16 10 等效串联电阻（ESR） 额定纹波电流 WV 产品代码 20 3150 HT1E827M0816PC 24 2950 HT1E827M1012PC 5000 20 3500 HT1E108M1016PC 0.12 7500 20 3900 HT1E158M1016PC 5X8 0.12 300 55 650 HT1V106M0508PC 47 5X7 0.12 329 55 850 HT1V476M0507PC 100 6.3X8 0.12 700 55 1050 HT1V107M0608PC 150 6.3X9 0.12 1050 38 1250 HT1V157M0609PC 6.3X11.5 0.12 38 1700 HT1V227M0611PC 8X11.5 0.12 28 1850 HT1V227M0811PC 330 8X13.5 0.12 2310 28 2000 HT1V337M0813PC 470 10X12 0.12 3290 28 2150 HT1V477M1012PC 560 8X16 0.12 3290 26 2250 HT1V567M0816PC 680 10X16 0.12 4760 26 2400 HT1V687M1016PC 820 10X16 0.12 5740 26 2550 HT1V827M1013PC 1000 10X16 0.12 7000 26 2700 HT1V108M1016PC 4.7 6.3X5.5 0.12 300 58 550 HT1H475M0605PC 10 5X8 0.12 300 58 600 HT1H106M0508PC 22 5X9 0.12 300 58 650 HT1H226M0509PC 33 6.3X8 0.12 330 58 700 HT1H337M0608PC 47 6.3X10.5 0.12 470 55 780 HT1H476M0610PC 100 8X13.5 0.12 1000 48 850 HT1H107M0813PC 150 8X16 0.12 1500 45 950 HT1H157M0816PC 220 10X16 0.12 2200 38 1250 HT1H227M1016PC 5.6 6.3X5.5 0.12 300 58 450 HT1J565M1012PC 10 6.3X8 0.12 300 55 550 HT1J106M0608PC 22 6.3X8 0.12 300 48 650 HT1J226M0808PC 47 8X11.5 0.12 592.2 38 800 HT1J476M0811PC 100 10X12 0.12 1260 38 900 HT1J107M1012PC 150 10X16 0.12 1890 32 1050 HT1J157M1016PC 820 25V 220 35 50V 63V （mΩ max./20℃, 100kHz） （mArms/125℃, 100kHz） 4100 1540 ◆高低温阻抗 阻抗比 性能 Z (-55℃) / Z (+20℃) 0.75 to 1.25 Z (125℃) / Z (+20℃) 0.75 to 1.25 ◆纹波电流频率系数 频率 Frequency 120Hz ≦ f ＜1 kHz 1 KHz ≦ f ＜10 kHz 10 KHz≦ f ＜100 kHz 100 KHz ≦ f ＜300 kHz 系数 Coefficient 0.05 0.3 0.7 1.00 高分子固态铝电解电容器 ◆物料编码 HT 1E 157 M 0509 PC 成型方式编码(1.6) 尺寸编码(1.5) 电容公差 (1.4) 电容量编码(1.3) 电压编码(1.2) 系列编码(1.1) 1.1 系列编码 编码 Code HT 系列编码 Series Code HT 1.2 . 电压编码 编码 Code 0E 0G 0J 0C 0Q 1A 1B 1L 1C 1D 1E 1V 1H 1J 电压编码 VoltageCode(W.V) 2.5 6.3 6.8 7.5 10 35 4 12 14 16 20 25 1K 50 63 80 1.3 电容公差 “M”代表-20%～+20% 1.4 电容量编码 编码 Code 476 107 157 337 477 567 687 827 108 电容量 Capacitance (uF ) 47 100 150 330 470 560 680 820 1000 编码 Code 0509 0607 0608 0609 0611 0808 0811 1010 1012 直径 D (Φ) 5 6.3 6.3 6.3 6.3 8 8 10 10 高度 H (mm) 9 7 8 9 11.5 8 11.5 10 12 1.5 尺寸编码 1.6 成型方式编码 编码 Code 其他 Other PC PJ PB PZ 平豆散装 Platform rubber& In bulk 平豆剪脚 Platform rubber &Lead Cut3.5±0.3mm 平豆编带 Platform rubber& Taping Pitch=2.0mm 座板 Right lying Bending2.0±0.5mm 2A 100 高分子固态铝电解电容器 ◆结构 导针:固体镀锡铜包钢线 Lead wires : Solid tinned copper weld steel wire 导针端子：高纯铝 Al-boss : High pure aluminum 电解纸：马尼拉麻 Paper : Manila hemp 铝箔（正极）：高纯铝 Al-foil (Anode) : High pure aluminum 铝箔（负极）：碳箔、高纯铝 Al-foil (Cathode) : Carbon foil﹑High purity aluminum 铝壳：高纯铝（尼龙碾压）Al-case : Aluminum (nylon laminate) 胶粒：聚酯 Tape : Polyester 导针和圆柱端子通过焊接连接在一起 The lead wire and the Al-boss are welded together. 导针扁平端子与铝箔通过按压连接在一起 The Al-tab and the Al-foil are stitched to join together. 卷绕的素子外部以阴极箔包裹 The outer most Al-foil spiral of the element is cathode. ◆奈印 导电高分子用作电解质 除非另有说明，奈印应该清晰地印在电容上 Conductive polymer is used as the electrolyte. 负极 Negative Polarity 07：月编码month code (7) HT:系列Series (HT) HT03 HT7 HT 330 330 150 16V 16V 25V 额定电容Rated Capacitance(150-150uF) 额定电压Rated voltage (25V-25V) 奈印油墨为红色The color of marking ink is red. ◆包装 包装标签标示 Packing Label Marked (下面的项目应该标志在标签上 the following items shall be marked on the label) (盒内或包内 Inside box or bag) 1)系列 series 2)料号 P/N 3)额定电容 Rated capacitance 4)额定电压 Rated Voltage 5)数量 quantity 6)尺寸 size 7)批号 LOT Number ： 1 2 3 4 5 6 7 8 9 成品 Product 年 year 月 month 号码 number 分类 尺寸 标准品 剪脚品 袋 内盒 外箱 袋 内盒 外箱 D*L(mm) (pcs) 267x260x135 (mm) 546x279x160 (mm) (pcs) 267x260x135 (mm) 546x279x160 (mm) φ5 1000 10000 20000 1000 12000 24000 φ6 1000 10000 20000 1000 12000 24000 φ8 500 5000 10000 1000 6000 12000 φ10 500 5000 10000 500 6000 12000 高分子固态铝电解电容器 ◆操作注意事项Operating Precautions 8.1 极性Polarity CAP是具有正负极的固态铝电解电容，使用中不可反接，若接反，则电容会因为漏电流不断增 大或短路而造成寿命缩短。 CAP is a solid aluminum electrolytic capacitor with positive and negative electrodes. Do not reverse the polarity when using.If it is used with the polarities reversed, its life may shorten because of increasing leakage current or short circuit. 8.2禁止电路 Prohibited circuits 因为焊接及其它动作可造成电容的漏电流增加，CAP不可使用在下列电路中： Since problems can be expected due to leakage current increasing during soldering and other processes, CAP cannot be used in the following circuits 1)高阻抗电路1) High impedance circuits； 2)耦合电路2) Coupling circuits； 3)时限恒量电路3) Time constant circuits； 4)为提高耐电压而串联两个或多个电容于电路中 4) Connection of two or more capacitors in series for higher witHTtand voltage； 5)电路因漏电流过大而有坏的影响5)Circuits to get bad influence by big leakage current * 除漏电流的波动上升外，电容的使用条件如在承认书中规定的高温和低温，温热和 耐受性条件都会影响电容量。若电容作为时限恒量电容使用，因其对电容量的变动的敏感 性，电容量的改变会造成影响。不要将其作为时限恒量电容使用，同时若因电压原因要串 联多个CAP电容，请联系东莞荣誉电子有限责任公司。 * In addition to the leakage current fluctuation above, the operational conditions such as characteristics at high and low temperature, damp heat and endurance stipulated in the specifications will affect the capacitance.The fluctuation of the capacitance may cause problem if it is used as a time constant capacitor, which is extremely sensitive to the fluctuation of the capacitance.Do not use it as a time constant capacitor Additionally . please contact , DONGGUAN HONOR Electronics Co., Ltd. for usage of two or more CAP in series for voltageproof. 8.3 电压Over voltage 电压若超过额定电压，即便只是一瞬间也可能造成短路 Over voltage exceeding the rated voltage may not be applied even for an instant as if may cause a short circuit. 8.4突然充放电Sudden charge and discharge 突然的充放电是不可取的（为了维持高的可靠性）。为防止突然的充放电造成电容短路或 漏电过增大，电路中应加上一个保护电路用以分流过大的电流。若瞬间电流超过10A或超过10 倍允许纹波电流，要使用保护电路。在测试漏电流时请加上一个1kΩ的电阻用以充放电。 Sudden charge and discharge restricted(for maintenance of high-proof reliability). A protection circuit is recommended for when a sudden charge or discharge causes excessive rush current because this is a main cause of short circuits and large leakage current.Use protection circuits if the rush current exceeds 10A. The rush current exceeds 10×the maximum allowable ripple current of CAP.Be sure to insert a protection resistor of about 1kΩ for charge and discharge when measuring the leakage current. 8.5焊接注意事项Considerations when soldering 焊接条件要在承认书的规定范围内。若没有遵守承认书的条件，则电容漏电流可能急 剧增加，容量衰减。 The soldering conditions are to be within the range prescribed in specifications. If the specifications are not followed,there is a possibility of the cosmetic defection, the intensive increase of leakage current, and the capacitance reduction. 高分子固态铝电解电容器 (a) 已安装过的或加过电压的CAP请勿再使用。经历了周期性电性能测试的CAP不可再用。 (a) Do not reuse CAP that have been assembled in a set and energized. Excluding CAP that have been removed for measuring electrical characteristics during a periodic inspection, CAP cannot be reused. (b) CAP贮藏一年时间后，漏电流可能会增大，使用前，请在105℃ ，额定电压及接有1 kΩ电阻 的条件下充电2小时。 (b)Leakage current may increase when CAP are stored for one year. In this case, apply rated voltagefor 2 hour at 105℃ with load of 1 kΩ resistor. (c)Reflow soldering流体焊接 Do not apply radial lead type capacitors to reflow soldering. 不可用于SMD系列 (d)Handling after soldering焊接后处理 在这之后，不要倾斜，弯曲或扭曲CAP Do not tilt, bend or twist theCAP after it 不可通过抓捏CAP来移动印刷电路板Do not move the PCB with catching CAP itself. 堆叠印刷电路板时确保CAP没有碰触到其它电路板或部件 When stacking PCB make sure that the CAP does not touch other PCB or components. 不可将CAP与其它物品堆放Do not dump the CAP with objects. 8.6使用CAP于工业设备Use of CAP for industrial equipments 为确保CAP在工业设备上的可靠性，设计必须与之相符。 To ensure reliability when the CAP is used in industrial equipments, design must allow for its 8.7使用CAP于生命保障系统Use of CAP for human life equipments 若使用于与人类生命有关的设备上（如空间设备、航空设备、原子设备等），请与东 莞荣誉 电子有限责任公司详细咨询，不要使用没有东莞荣誉电子有限责任公司承认文件的 CAP。 In case of using in equipments regarding human life(e.g. Space equipment, aeronautic equipment and atomic equipment etc.) , be sure to talk over the matter with DONGGUAN HONOR Electronics Co., Ltd. Don’t use without recognition document of DONGGUAN HONOR Electronics Co., Ltd. 8.8贮存Storage 1)请将CAP贮存于温度在-40 to 85℃之间，相对湿度在75%以下的没有阳光直射的环境中， 如果可能可贮存于包裹中。(如果在35到85℃，他应该少于三个月) Store CAP with the temperature range between -40 to 85℃（If between 35 to 85℃, it should be less than three months），and the relative humidity of 75% without direct sunshine and store CAP in the package states if possible. 2)CAP请在使用前再打开包装袋并且快速用完。 CAP are recommended that you shall open the bag just before use and CAP shall be used up. 3)不要在有水、盐水、油及凝结状况的地方贮存CAP Never store CAP in which it is directly exposed to water, brine, oil or in condensation status. 4)禁止在含有毒气体的区域放置CAP（如：硫化氢、亚硫酸、亚硝酸、氯气、氨水等） Never store CAP in any area filled with poisonous gases(including hydrogen sulfide, sulfurous acid, nitrous acid, chlorine and ammonia). 5)禁止在有紫外线或放射性辐射的区域放置CAP。 Never store CAP in any area to which ultraviolet and/or radial rays are radiated. ※ (导针式Radial lead type) 开启前：出货后一年内Before unseal : within 1 year after delivery 封口后：打开后7天内After seal : within 7 days from opening 8.9 清洗Cleaning 关于HCFC，可用高浓酒精，石油，匝烯，水和表面活性剂以及别的溶剂（单独或混 合使用）浸泡，用超声波，煮沸，蒸发等方法按制作者的建议清洗。更多详情请联系。 高分子固态铝电解电容器 关于HCFC，可用高浓酒精，石油，匝烯，水和表面活性剂以及别的溶剂（单独或混 合使用）浸泡，用超声波，煮沸，蒸发等方法按制作者的建议清洗。更多详情请联系。 Concerning about HCFC, higher alcohol system, petroleum system, terpene system, water system with surface active agent and other solvents the washing way (separateness or combinations) by soak, ultrasonic wave, boil, vapor etc. is confirmed under the maker’s recommendation. Please contact us if you require further details. 8.10为CAP设计电路的说明Notes on circuit designs for CAP 8.10.1 执行Performance 在承认书中指定的额定性能范围内使用CAP。 Use CAP within the rating and performance ranges defined in this specifications. 8.10.2使用温度和纹波电流Operating temperature and ripple current 如果CAP的使用温度超过了上限温度（125℃）或是有过载纹波电流通过，则有较大可能 使寿命缩短，或漏电流增大，造成CAP失效。 If CAP is used at a temperature higher than the upper category temperature(125 ℃ ), or excess ripple current flows through CAP, there are high possibilities of life cycle reduction or leakage current increasing to cause CAP defective. 8.10.3漏电流Leakage current 漏电流会因焊接条件而有些微的上升，加载直流电压可使电容自我修复，漏电流逐渐 减小。 The leakage current of CAP may increase slightly by soldering conditions. The application of DC voltage enables the capacitors to be repaired by itself and this leads the leakage current to be smaller gradually. 8.10.4使用电压Applied voltage 为了保证CAP的可靠性，加载到CAP上的电压最好小于其额定电压的80%。直流加交流电 压的峰值应小于额定电压。 For the reliability of CAP, it is recommended that the voltage applied to CAP should beless than 80% of the rated voltage.Peak value of the the dc and ac voltage should not exceed its rated voltage. 8.10.5失效模式Failure mode CAP含有导电聚合物，其寿命的终止大部分是由于偶然失效模式，主要是短路。如果 短路，CAP将会因持续电流流过而过热，然后铝壳会因内部压力的增加而脱离电容。 CAP contains a conductive polymer. The life ends mostly due to random failure mode, mainly short circuit.In case of short circuit, CAP can be overheated by continuous current flow, then case of CAP would be removed by internal pressure increasing.