【产品】MMKP82是什么电容器?MMKP82怎么测试好与坏?
MMKP82电容器,从名称MMKP82可以读出来材质,MKP为金属化聚丙烯膜材质,前面多一个M表示多一层金属镀层,即为双面金属化聚丙烯膜的意思,后面的82是区别于CBB81高压金属化聚丙烯膜/箔式电容器,MMKP82电容器是CBB81电容器的升级产品,MMKP82电容的全称:双面金属化聚丙烯膜电容器,它可以理解成CBB81高压电容的升级款,性能要比传统的CBB81电容上升一个台阶。MMKP82是什么电容?内部组成:一般的CBB电容,都是使用的单边蒸镀膜,而MMKP82电容有些特殊,它是由双面蒸镀金属化聚丙烯膜+光膜卷绕而成。MMKP82电容采用聚丙烯薄膜作为介质,以自愈特性优良的耐高温双面金属化聚酯薄膜作电极,双端喷金形成无感结构,单向引出,引出采用镀锡铜线(CU线),阻燃环氧树脂灌封。
MMKP82电容的主要特点:
具有良好自愈性能,高频损耗小,温升低,可以承受高冲击强度,电压高,可以过大电流,容量稳定性好。
MMKP82电容的主要作用:
MMKP82也经常被称作电源谐振电容,因为它被经常用到电源电路中,主要使用在高压、高频脉冲电路中。它可以被用于变频器的谐振电路中;适用于LED驱动高效电路和开关电源高效电路中;吸收和SCR整流电路中。
我们都知道,能生产MMKP82电容的厂家极少,因为它不但使用的材料很特殊,生产工艺也很复杂,对生产人员的技术水平要求也特别高,所以想生产出质量合格的MMKP82电容是有一定难度的,大家很关心,MMKP82电容质量好坏怎么测?下面分享一些方法。
MMKP82电容质量好坏检测的一些方法
1、老化实验。
很多对品质要求极高的厂家,采购任何元器件,都要先进行老化,比如有些就把我们的MMKP82电容在连续老化了半年,然后拆下来再测量电容的容量误差了多少,根据这样的数据来看电容质量的好坏,缺点是周期长,优点是很容易把劣质的MMKP82电容测量出来。
2、电压击穿测试。
MMKP82电容的优点就是耐高压,高频、大电流。一般标称直流工作电压的电容器用直流电压来进行耐压试验,而标称交流工作电压的电容器(例如交流电动机起动电容器)要用交流电压来进行耐压试验。MMKP82电容可以一直不停地施加直流电压,直至电容被击穿,这样就能测量出电容的实际击穿电压,真正质量好的MMKP82的击穿电压是额定工作电压的2倍到3倍。
3、使用电桥测量MMKP82的损耗值。
建议大家使用电容器专用数字电桥,可以测量MMKP82电容的损耗值,损耗越低,电容的质量当然也就越好。
建议:MMKP82生产的难度要远大于CBB22电容,生产技术要求较高,生产设备也很复杂,一般要选择有实力,口碑好的,这样质量才更放心一些。
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型号- MKP1O142207I_ _ _ _ _ _,DCHPN07180EU00_ _ _ _,FKP3C024703F00_ _ _ _,DCP4I052006J_ _ _ _ _ _,FKP4O121505B00 _ _ _ _,FKP1T016805F_ _ _ _ _ _,DCP4R251507I_ _ _ _ _ _,MKP1G021002C_ _ _ _ _ _,FKP1X024707H_ _ _ _ _ _,MKS4J033305D_ _ _ _ _ _,MKP1O112702C_ _ _ _ _ _,MKS4G044706G_ _ _ _ _ _,MKP4R042707J00_ _ _ _,MKS4D026802A_ _ _ _ _ _,DCP6P06470EN00_ _ _ _,SMDTC02680TA00_ _ _ _,MKS4S032206D_ _ _ _ _ _,MKP1U011803F_ _ _ _ _ _,MKS4F031002C_ _ _ _ _ _,SMDIO12150XA00_ _ _ _,MKS4F051507E_ _ _ _ _ _,MKP1M022205B_ _ _ _ _ _,FKP2D021501J00_ _ _ _,MKS4G051007F_ _ _ _ _ _,MKP2D021001B00_ _ _ _,SMDIF02680TB00_ _ _ _,SMDNC02220TA00_ _ _ _,MKS4U041007K_ _ _ _ _ _,MKX2AW35606A00_ _ _ _,MKPFAW36806A_ _ _ _ _ _,FKP1J026807A_ _ _ _ _ _,SMDNC02150TA00_ _ _ _,DCP4I052207G_ _ _ _ _ _,MKS4G041005G_ _ _ _ _ _,MKS0C036800F00_ _ _ _,MKP1G036806B_ _ _ _ _ _,FKS3D013302B00_ _ _ _,FKP1O126807B_ _ _ _ _ _,SMDTF02150QA00_ _ _ _,DCP4S048007I_ _ _ _ _ _,MKS4D022203C_ _ _ _ _ _,MKP1F051007H_ _ _ _ _ _,SMDTC02100QA00_ _ _ _,MKP1M043909F_ _ _ _ _ _,MKP1U031206F_ _ _ _ _ _,SMDIF03220VA00_ _ _ _,DCP4G052206G_ _ _ _ _ _,MKS4J041006B_ _ _ _ _ _,SNMPU036808H_ _ _ _ _ _,DCP4H162209J_ _ _ _ _ _,DCHPR27129EX00_ _ _ _,SMDIG02470XA00_ _ _ _,SMDID02330QA00_ _ _ _,MKS4C051005F_ _ _ _ _ _,MKX2AW43306I00_ _ _ _,SMDND02220KA00_ _ _ _,MKS4B043302F_ _ _ _ _ _,MKY22W35607D00_ _ _ _,MKP1W034707I_ _ _ _ _ _,SNFPU031007E_ _ _ _ _ _,FKP1G031005H_ _ _ _ _ _,SMDID02150QA00_ _ _ _,MKS4G032203G_ _ _ _ _ _,MKX2AW34705G00_ _ _ _,FKP0D002200B00_ _ _ _,MKS4B036802C_ _ _ _ _ _,FKS3D012202B00_ _ _ _,FKS2D024701K00_ _ _ _,FKP2D014701G00_ _ _ _,DCP4I058007K_ _ _ _ _ _,SMDIC03330QB00_ _ _ _,FKP0C014700E00_ _ _ _,MKS4O121002E_ _ _ _ _ _,SMDND03330QB00_ _ _ _,FKP1J041509F_ _ _ _ _ _,DCP4G042006A_ _ _ _ _ _,SMDTF02220QA00_ _ _ _,MKP1U024705G_ _ _ _ _ _,SNMPO144708L_ _ _ _ _ _,MKP2F033301M00_ _ _ _,MKS4G053307J_ _ _ _ _ _,MKS4D061809H_ _ _ _ _ _,MKS4O114702C_ _ _ _ _ _,MKS4O116803C_ _ _ _ _ _,MKP2O122201N00_ _ _ _,DCHPI07406EW00_ _ _ _,MKP1U018204D_ _ _ _ _ _,MKP 4F,DCP4G061809E_ _ _ _ _ _,MKX2AW36805I00_ _ _ _,SMDIF03150VA00_ _ _ _,MKP1G026804C_ _ _ _ _ _,FKP4J026805F00 _ _ _ _,MKS2D041001K00_ _ _ _,MKP1J051009H_ _ _ _ _ _,MKY22W13903D00_ _ _ _,MKP1G051507K_ _ _ _ _ _,FKP0D001500B00_ _ _ _,FKP4O133307F00 _ _ _ _,SNMPM046008L_ _ _ _ _ _,GTOMI05700GF00_ _ _ _,FKP3F013303A00_ _ _ _,FKP3F026804J00_ _ _ _,MKY22W24704F00_ _ _ _,DCP4L048006G_ _ _ _ _ _,MKS4D054706I_ _ _ _ _ _ _,MKP4J043306J00_ _ _ _,FKP1G022205A_ _ _ _ _ _,SMDTF03330XA00_ _ _ _,SMDIC03220QB00_ _ _ _,MKP4J031504F00_ _ _ _,DCHPS06780E700_ _ _ _,FKP4T021005B00 _ _ _ _,MKP4D052707G00_ _ _ _,MKP1O131506B_ _ _ _ _ _,MKS4F041504J_ _ _ _ _ _,MKS4S034707E_ _ _ _ _ _,MKP1M012203C_ _ _ _ _ _,MKPF4W42206J_ _ _ _ _ _,SMDID02470TA00_ _ _ _,FKP1G041007G_ _ _ _ _ _,SNMPM044708J_ _ _ _ _ _,MKS4O126805B_ _ _ _ _ _,SMDND02150KA00_ _ _ _,MKS4D064709J_ _ _ _ _ _,SNMPO142208H_ _ _ _ _ _,FKP1O114704C_ _ _ _ _ _,SMDIC02150KA00_ _ _ _,MKY22W31205F00_ _ _ _,FKP4T041007K00 _ _ _ 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_,MKPF3Y43306
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目录- 电子电路用薄膜电容器产品指南 电子电路用薄膜电容器产品标准
型号- FHACB102V684J2LEZ0,HACB3C682J,FTACD801V474JELHZ0,FTACD3B1V156JTLJZ0,HACB3G822J,HACB3A394J,HACD3E104J,FHACD252V223JRLQZ0,TACB2G154J,TACD3A224J,TACD3A684J,TACD3A333J,FTACB801V473JDLCZ0,FTACD401V225JELHZ0,FTACD501V225JELHZ0,TACD2G824J,FHACD1C2V183J0LGZ0,FHACD202V332JKLDZ0,HACD3D123J,TACD 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黑金刚径向引线薄型铝电解电容器系列产品,最高工作温度可达105℃、最低高度5mm
NIPPON CHEMI-CON黑金刚是铝电解电容器的顶级制造商,电解电容产量位居世界第一,SRM、KRE、SRG、KMA、KRG五个系列电容器产品即属于黑金刚推出的径向引线型铝电解电容器中的薄型铝电解电容器。该类铝电解电容器具有尺寸小、工作温度范围宽、符合RoHS2等特点,常用于电源电路或中频、低频电路中,能起到电源滤波,退耦、信号耦合及时间常数设定、隔直流等作用。
新产品 发布时间 : 2018-08-05
解析DC-LINK直流支撑电容器和DC-LINK直流支撑薄膜电容器的区别与联系
本篇文章详细介绍了DC-LINK直流支撑电容器和DC-LINK直流支撑薄膜电容器的基本概念和主要应用场景,并重点讲解了两者之间的区别与联系。DC-LINK直流支撑电容器是一种用于直流电源支撑的电容设备,其基本原理是将电能储存于电容器的静电场中,并通过电源电路中的交流成分来控制电压的波动。这种电容器多用于光伏发电系统、风力发电系统和电力电子转换器等场合,其作用主要是以及提高系统的可靠性。
设计经验 发布时间 : 2023-11-20
液态插件铝电解电容器和牛角型铝电解电容器原材料特性介绍
本文广东科尼盛介绍了液态插件铝电解电容器和牛角型铝电解电容器原材料特性。
技术探讨 发布时间 : 2024-07-02
Kendeil(肯德尔)铝电解电容器选型指南(英文)
目录- COMPANY PRESENTATION TECHNICAL INFORMATION CAPACITORS ACCESSORIES
型号- 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
介绍VT贴片电解电容器和AT贴片电解电容器的区别
如今,电子元器件的种类越来越多,其中电解电容器是一种非常重要的电子元件。电解电容器在电路中主要起到滤波、耦合、旁路等作用,其中又以VT贴片电解电容器和AT贴片电解电容器为主。本文将详细介绍这两种电解电容器的区别。值得注意的是今天我们讨论的VT贴片电解电容器和AT贴片电解电容器都是广东科尼盛电子有限公司生产的,从采访他们技术总监,我们来阐述VT贴片电解电容器和AT贴片电解电容器的区别介绍。
设计经验 发布时间 : 2023-11-21
一种密封性好的叠层铝电解电容器及其制备方法专利介绍
本文广东科尼盛介绍了一种密封性好的叠层铝电解电容器及其制备方法专利。本发明适用于电容技术领域,提供了一种防静电击穿的固态铝电解电容,制作简易,仅需在传统工序流程上新增套管工艺,大大提高了电容器的防静电效果,保护其不受矿场强外部静电的影响,保证电容器的正常使用。
技术探讨 发布时间 : 2024-06-05
介绍AM电解电容器是否可以替代插件型高频低阻抗铝电解电容器
AM贴片电解电容器和插件型高频低阻抗电容器的主要区别在于封装形式和适用电路。插件型高频低阻抗电容器通常采用直插式封装,适用于一些需要较高耐压、低阻抗和高频性能的电路,例如开关电源、音频前置放大器等。而AM贴片电解电容器则采用贴片封装,适用于一些需要大面积分布、低高度和可靠性要求较高的电路,例如电脑主板、电视机等。在某些特定应用中,AM贴片电解电容器确实可以替代插件型高频低阻抗电容器。
技术探讨 发布时间 : 2023-11-07
电子商城
现货市场
服务
可定制UV胶的粘度范围:150~25000cps,粘接材料:金属,塑料PCB,玻璃,陶瓷等;固化方式:UV固化;双固化,产品通过ISO9001:2008及ISO14000等认证。
最小起订量: 1支 提交需求>
可定制丙烯酸酯胶粘剂的粘度范围:250~36000 mPa·s,硬度范围:50Shore 00~85Shore D,其他参数如外观颜色,固化能量等也可按需定制。
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