Kendeil K32 薄膜电容数据手册
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【选型】Kendeil 铝电解电容选型指南（中文）
公司简介 铝电解电容产品路线图 铝电解电容零件编号系统 铝电解盖电容器重量表 铝电解电容质量 技术信息 形成电解质电容器 铝电解电容器的电气特性 铝电解电容器的可靠性 铝电解电容器的有效期 铝电解质电容器准则 铝生产控制流程 铝电解电容器 螺旋电容器 K01系列铝电解电容器 K02系列铝电解电容器 K03系列铝电解电容 K04系列铝电解电容 K07系列铝电解电容 K11系列铝电解电容器 K21系列高纹波铝电解电容器 K22系列高纹波铝电解电容器 K41系列铝电解电容 K42系列铝电解电容 K61系列铝电解电容 K71系列铝电解电容 K72系列铝电解电容 K91系列铝电解电容 K92系列低阻抗铝电解电容 电容器单元 K05系列铝电解电容 K06系列通用铝电解电容 K15专业系列铝电解电容 K16系列通用铝电解电容 K25低ESR系列铝电解电容 K26低ESR系列铝电解电容 K55系列小型铝电解电容 K75系列小型铝电解电容 K76系列小型铝电解电容 K85系列低ESR高寿命铝电解电容 K95低ESR系列铝电解电容 电机启动电容 K13系列铝电解电容 附件 卡环 绝缘六角螺母、垫圈 安装用五金件
KENDEIL - 五金件,绝缘六角螺母,卡环,盖电容器,电容器,电容,螺旋式电容器,铝电解电容器,铝电解电容,防浪涌电容器,垫圈,电解质电容器,螺旋电容器,卡扣式电容器,K04350153__M0L220,K05100102_PM0C030,K42400152__M0H105,K02063222__M0E060,K02063473__M0J143,K22350682__M0J214,K05025472_PM0C030,K13125600000000B2,K41450682__M0J214,K42100222__M0E060,K02400471__M0G079,K06450331_PM0E040,K42025153__M0E060,K42400103__M0L220,K76250761_PM0D035,K41075472__M0E060,K13125200000002B2,K06500331_PM0E050,K91450332__M0J105,K75400122_PM0E060,K41016154__M0H105,K72450222__M0G105,K11400203__M0J240,K21450332__M0L098,K05200221_PM0B030,K01016473__M0G079,K07160103__M0G115,K76450681_PM0E040,K21350152__M0G079,K41075103__M0G079,K71400303__M0L220,K02200681__M0E060,K41400222__M0J105,K04500682__M0J214,K71450472__M0H105,K06050223_PM0F050,K22420682__M0J214,K05050223_PM0F050,K42250153__M0J214,K05450331_PM0E050,K11350203__M0J240,K06050103_PM0D040,K22400682__M0J214,K03400222__M0J143,K42063153__M0G105,K03500222__M0L145,K04500392__M0J143,K75450222_PM0V077,K76350921_PM0D050,K91400222__M0G105,K05040472_PM0D025,K03450152__M0J105,K61080423__M0J143,K95420681_PM0E050,K01200681__M0E060,K91420222__M0G105,K42400222__M0J105,K05400821_PM0E060,K05450331_PM0E040,K95400681_PM0E050,K01450681__M0G079,K05500181_PM0D050,K03500152__M0J143,K13320050000002B2,K41500102__M0G079,K55450561_PM0E060,K02063473__M0J105,K13125800000001B2,K02450152__M0J105,K76350122_PM0E045,K07160333__M0J143,K42063333__M0J105,K07200143__M0H130,K13125315000002B2,K76200681_PM0C035,K76400242_PM0N077,K76350881_PM0D045,K01025333__M0E079,K11450203__M0L220,K41100473__M0J143,K76350242_PM0N060,K42016154__M0H105,K05200102_PM0E030,K75450182_PM0V060,K72450822__M0J143,K22450103__M0L220,K41400152__M0H105,K06500152_PM0N097,K02500102__HM0G105,K06200221_PM0B030,K42040154__M0J143,K11400233__M0L240,K91450332__M0J143,K41025103__M0E060,K07160822__M0G105,K21400152__M0G079,K21420152__M0G079,K13320031000002B2,K91450152__M0G105,K75350122_PM0E050,K13250040000001B2,K42350222__M0J105,K75420251_PM0C035,K42025103__M0E060,K75400511_PM0E030,K95450221_PM0D030,K05450471_PM0E050,K42100682__M0G105,K01200332__M0H105,K91400332__M0H105,K01075103__M0G079,K21400332__M0J098,K42350152__M0H105,K72350133__M0J143,K95350102_PM0E060,K21420332__M0J098,K06100102_PM0C030,K91420332__M0H105,K95350391_PM0D035,K95350681_PM0E040,K06550101_PM0D030,K85450391_PM0E045,K06200102_PM0E040,K41050333__M0G105,K22350222__M0H105,K07250682__M0G130,K95420821_PM0E060,K01050473__M0G105,K76250102_PM0E035,K03400102__M0H105,K15420102_PM0F060,K41200472__M0G105,K72350292__M0G079,K21450472__M0L098,K04450222__M0H105,K85400151_PM0C030,K71450682__M0J105,K76450272_PM0N105,K76400442_PM0V105,K26400152_PM0N060,K95350471_PM0C050,K02400222__M0J105,K02450682__M0J214,K06500221_PM0D050,K92450102__M0G105,K76450102_PM0E060,K02040683__M0J105,K21400332__M0J079,K02100682__M0G105,K01016155__M0L220,K42040104__M0J105,K02100222__M0E060,K11400163__M0J240,K02400152__M0H105,K22350123__M0L220,K06550561_PM0F077,K01075472__M0E060,K03450122__M0H105,K06400821_PM0E060,K42400471__M0G079,K02016154__M0H105,K26400202_PM0F105,K85350391_PM0C050,K16420102_PM0F060,K85420331_PM0C055,K95420391_PM0D040,K01016154__M0H105,K42040473__M0H105,K03475561__M0G105,K72420103__M0L105,K16450152_PM0V060,K15450152_PM0V077,K91450681__M0G079,K76420122_PM0E060,K41016473__M0G079,K75450272_PM0N105,K01160333__M0J214,K42040104__M0J143,K06600271_PM0F050,K01040223__M0E079,K01400222__M0J105,K76450202_PM0F097,K41040473__M0H105,K91450102__M0G105,K05200471_PM0C030,K71350682__M0H105,K85420391_PM0C055,K55450561_PM0E050,K25400152_PM0N077,K75450102_PM0E060,K95450271_PM0D040,K76250152_PM0E050,K85400271_PM0E030,K01350222__M0G105,K04400152__M0H105,K76450391_PM0D035,K02016224__M0J105,K04400332__M0H105,K75420352_PM0V105,K01100222__M0E060,K01350681__M0E079,K15420152_PM0F097,K75450391_PM0D040,K76200821_PM0C040,K41450822__M0J214,K01400153__M0L220,K05050103_PM0D040,K02025153__M0E060,K92420471__M0G079,K22420222__M0H105,K42100333__M0J143,K07250392__M0G096,K76250252_PM0F060,K13125250000002B2,K01250471__M0E060,K22400392__M0J105,K41250152__M0G079,K21400392__M0J105,K41500682__M0J214,K71400392__M0G105,K01160152__M0G079,K04600222__HM0J143,K76420561_PM0E035,K95350821_PM0E050,K01025153__M0E060,K91400103__M0J143,K95450471_PM0E050,K76350292_PM0N077,K41450102__M0G079,K42063222__M0E060,K04400222__M0J105,K01400332__M0H105,K21450122__M0G079,K06200471_PM0C030,K01016334__M0H105,K02160152__M0G079,K75420561_PM0E035,K01063473__M0G105,K25400272_PM0V105,K01025154__M0J105,K01450152__M0G105,K75450332_PM0V105,K16420152_PM0F097,K76200332_PM0F060,K07250123__M0H143,K11400153__M0J214,K02450331__M0E079,K01075153__M0G105,K02450822__M0J214,K06016153_PM0D030,K16420222_PM0V105,K01050683__M0H105,K06400681_PM0E050,K41350332__M0H105,K91420682__M0J143,K16420182_PM0V077,K95420181_PM0C030,K75450221_PM0C035,K75350821_PM0D050,K95400181_PM0C030,K07250123__M0H130,K25450122_PM0N077,K41016334__M0H105,K71420332__M0G105,K21420103__M0J214,K25420272_PM0V105,K22400332__M0J105,K75400821_PM0D060,K16400152_PM0F077,K75450821_PM0E050,K15400182_PM0V077,K02040104__M0J143,K01100103__M0H105,K02200222__M0G105,K02450102__M0G105,K76200182_PM0E040,K02100153__M0H105,K05063682_PM,机车,工业设备控制,电力,医疗电子,电动工具,交通及轨道交通,装备及逆变电源,可再生能源,工业自动化,工业伺服,电力及能源,国防工业设备,轨道交通,工业设备,再生能源
科尼盛优质电容器中标国家电网集团，赋能智慧电力
科尼盛专业研发、制造和销售以铝电解电容、超级电容(锂离子电容)、电力电子薄膜电容、陶瓷电容和压敏电阻为核心阻容器件。铝电解电容通过国家电网测试认证；科尼盛固液混合电容满足AECQ-200车规标准；科尼盛安规电容获美国CUL/德国VDE/欧盟ENEC/韩国KTL/中国CQC安全认证。热销海内外，广泛应用于电力电子、汽车电子、工控、新能源、通讯电子、消费电子等，客户涉及各行业头部知名品牌。
祥如差模电感，具有高电感量、低直流电阻、高饱和电流等显著特点，是电力滤波的卓越之选
在当今复杂多变的电子电路环境中，信号的纯净度与稳定性对于设备的正常运行起着决定性作用。差模电感，作为一种关键的电子元件，正以其卓越的性能和广泛的应用领域，为众多电子设备提供可靠的电力滤波解决方案。
【选型】Kendeil 直流电薄膜电容选型指南
公司简介 聚丙烯直流熔丝电容器产品路线图 聚丙烯直流熔丝电容器零件编号系统 直流电薄膜盖电容器重量表 直流薄膜电容器 K31系列（-40°C+85°C）电容器 K32系列（-40°C+85°C）电容器 K34系列（-40°C+70°C）电容器
KENDEIL - 聚丙烯直流熔丝电容器,电容器,电容,直流薄膜电容,K34900451__K0L120,K31131181__K0J155,K32900351__K0J155,K31131171__K0J140,K31131171__K0L120,K31600501__K0J120,K32131221__K0L155,K31600801__K0L140,K31900351__K0L120,K31111201__K0L120,K32111301__K0L140,K32131171__K0J155,K32700501__K0J155,K31111251__K0L140,K32111151__K0J120,K31111191__K0J120,K31600901__K0L155,K31700501__K0J155,K32111221__K0J140,K32111221__K0L120,K32700601__K0L155,K31700701__K0L155,K31111221__K0J155,K31131121__K0J120,K31131251__K0L155,K32900351__K0L140,K31600102__K0L155,K31900221__K0J120,K32131201__K0L140,K32111381__K0L155,K31111281__K0J155,K31900451__K0L140,K32700351__K0J120,K32131151__K0J140,K32900221__K0J120,K32111251__K0J155,K32131151__K0L120,K31600651__K0L120,K31900271__K0J140,K32900441__K0L155,K31900301__K0L120,K31700601__K0L155,K34900571__K0L140,K31700421__K0J140,K31900351__K0L140,K32900301__K0J155,K32700421__K0J140,K32700451__K0L120,K31700351__K0J120,K32131101__K0J120,K34900501__K0J155,K34900601__K0L140,K31111421__K0L155,K31111251__K0L120,K31900401__K0J155,K32900271__K0J140,K32900501__K0L155,K31600621__K0J140,K31111301__K0L155,K31111191__K0J140,K34900701__K0L155,K31111241__K0J140,K31,K31600701__K0J155,K34900351__K0J120,K32,K31700551__K0L140,K34,K32900301__K0L120,K31111321__K0L140,K31131221__K0L140,K31900301__K0J155,K32700551__K0L140,K31900551__K0L155,K31700451__K0L120,K34900431__K0J140,K34900651__K0L155,K31900501__K0L155,K31111151__K0J120,机车,工业设备控制,电力,医疗电子,电动工具,交通及轨道交通,装备及逆变电源,可再生能源,工业自动化,电力及能源,轨道交通,工业设备,再生能源
X电容和y电容选取时容值有和区别？
安规电容的大小是必须要收到大小限制的，根据GJB151规定，Y电容的容量不应该大于0.1UF。之所以要限制安规电容的容量大小是为了更好的控制在额定频率及额定电压的作用下流过电容的漏电流的大小和对系统EMC性能的影响降到最低的目的。所以生产安规电容器的时候是需要设定控制安规电容器的容量大小的。安规电容包括了X电容和Y电容。x电容是跨接在电力线两线（L-N）之间的电容，一般选用金属薄膜电容；Y电容是分别跨接在电力线两线和地之间（L-E，N-E）的电容，一般是成对出现。基于漏电流的限制，Y电容值不能太大，一般X电容是uF级，Y电容是nF级。
祥如轴向电感具备出色的电感量稳定性，有效减少电磁干扰，引领电力传输新潮流
祥如轴向电感具有出色的电感量稳定性，能够在不同的工作条件下精准地控制电流变化，有效减少电磁干扰，为精密电子电路提供纯净、稳定的电力环境。无论是在高频还是低频电路应用中，它都能展现出卓越的适应性，确保信号传输的准确性与完整性，从而显著提升设备的整体运行效率。
【产品】寿命长达5000小时的薄膜电容，让您的开关电源更耐用
K72系列是Kendeil推出的直流薄膜电容器，失效率不超过40fit，最大尺寸为90mm，非常适合小型化设计。
【产品】纹波电流高达100A的薄膜电容，使用寿命高达10万小时
K34系列为功率薄膜电容，提供350μF~700μF的电容量可选，最大可承受1.35倍额定电压的浪涌冲击。
罗杰斯ROLINX®母线排具有低电感、高电流和高电压能力，提高可再生能源系统的效率
风力涡轮机和太阳能光伏电场等可再生能源技术需要更小、更快、更可靠和更高效的解决方案。罗杰斯的 ROLINX®母线排可以根据定制要求提供电源与电容、电阻器、集成电路 (IC)、分离式功率器件或功率模块之间的连接。
【产品】寿命超过5Kh、失效率低于40fit的直流薄膜电容
Kendeil推出的K75系列非常适合对设计面积敏感的超小型高纹波电流应用。
X电容和Y电容各有什么作用，接法是怎样的，一般怎么选取容值？
安规电容的大小是必须要受到大小限制的，根据GJB151规定，Y电容的容量不应该大于0.1UF。之所以要限制安规电容的容量大小是为了更好的控制在额定频率及额定电压的作用下流过电容的漏电流的大小和对系统EMC性能的影响降到最低的目的。所以生产安规电容器的时候是需要设定控制安规电容器的容量大小的。安规电容包括了X电容和Y电容。x电容是跨接在电力线两线（L-N）之间的电容，一般选用金属薄膜电容；Y电容是分别跨接在电力线两线和地之间（L-E，N-E）的电容，一般是成对出现。基于漏电流的限制，Y电容值不能太大，一般X电容是uF级，Y电容是nF级
【IC】奥松电子新一代MEMS电容式温湿度智能传感器获评广州市轨道交通自主创新产品
近日，广州市发改委公布了《2023年度广州市轨道交通自主创新产品评定清单》，奥松电子研发的新一代MEMS电容式温湿度智能传感器，成为首批通过评定的自主创新产品之一。
电子商城
现货市场
服务
可定制电感可承受4.5KV高压，可适配于30MHz高频应用；支持平共模电感、谐振电感、PFC电感、大电流直流电感等产品电压/频率等参数性能定制；通过AECQ-200认证。
最小起订量： 100000 提交需求>
提供全面表征产品器件耗电特征及功耗波形、快速瞬态效应、电源优化、表征和仿真测试服务，使用直流电源分析仪测量精度达50µV，8nA，波形发生器带宽100kHz，输出功率300W，示波器200kHz，512 kpts
实验室地址： 深圳/苏州 提交需求>
授权代理品牌：集成电路
授权代理品牌：分立元件
授权代理品牌：接插件及结构件
授权代理品牌：部件、组件及配件
授权代理品牌：电源及模块
授权代理品牌：电子材料
授权代理品牌：仪器仪表及测试配组件
授权代理品牌：电工工具及材料
授权代理品牌：机械电子元件
授权代理品牌：加工与定制
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