罗定“独角兽”企业微容科技跻身全球前列，核心产品片式多层陶瓷电容器

《“小不点”蕴含高科技，罗定“独角兽”企业跻身全球前列》一南方日报

时间： 2023-10-31 来源：微容科技公众号

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人才“云”聚，科技强市。为展现云浮科技先锋的现代城市形象，云浮市科学技术局联合南方日报于2023年10月起推出“云浮高成长企业”系列报道，讲述云浮科技企业扎根地方、突破创新、锐意进取，融入云浮高质量发展过程的故事。

在2018年，云浮罗定创业二路还是一片农田。在六年的时间里，这条以创业为核心发展方向的街道发生了翻天覆地的变化，汇聚了一批科技企业。而广东微容电子科技有限公司（下称“微容科技”）作为云浮目前唯一一家“独角兽”企业，则是其中的典型代表。

2017年，微容科技创始人陈伟荣带领他的团队来到罗定，计划建设新的研发、生产基地。面对在罗定出生成长的陈伟荣，罗定招商团队在打出“乡情牌”的同时，着重介绍了罗定营商环境等优势，并承诺除了首期100多亩土地供应外，还将预留周边300多亩土地用于项目扩产。同年11月，微容科技自此扎根在罗定，不断发展壮大。

微容科技的核心产品叫片式多层陶瓷电容器（下称“MLCC”）。MLCC的主要功能就像蓄水池和调节器，让电路中的电压、信号更稳定地在预定范围内传输。MLCC作为最基础的被动元器件，“就像人每天要吃饭一样，有电路控制的地方就会用到它，因此业内形容它是‘电子工业大米’。”陈伟荣介绍说。

16道工序，打造纳米级材料

本次记者采访了微容科技副总经理江孟达，为大家揭秘讲解MLCC是如何经过配料、流延、印刷、叠层等16道繁复且高精尖的工序制作而成的。

微容科技定位走高端MLCC产品路线，对于MLCC而言，不论是小尺寸还是高容量，都指向材料的精密度和介电性能。因此，原材料和配料、流延、印刷、叠层、烧结等制造流程的设备和工艺都是关键要素。

“我们的配料做好之后，就要进入‘流延’阶段。我们将配料涂覆在离型膜上，就如同做罗定肠粉一般，此过程需要保持高度的致密性、稳定性和一致性。而我们目前的制作工艺，可以将这个‘肠粉’的厚度制作到1μm以下，也就是薄至千分之一毫米以下。”

流延结束后，则进入印刷阶段，产品相应的图形将会印刷在膜片上，再进行叠层，“此时前面的流延工序就显得很重要，倘若流延失误，导致膜片不平，近千层的流延膜片叠起来后就会导致不稳，如同大楼倒塌一般。同时在内电极印刷及叠层工序中，机台设备控制精度也非常重要，内电极印刷的质量、堆叠的对位精度和紧密度会影响产品的性能。”

在“烧结”过程当中，烧结炉的升温速率、控温精度和合理的烧结工艺的制定非常关键。按以往的技术，炉温升温速率300度需要一个小时，而微容科技采用的是国际先进的辊道炉设备，每小时升温速率可以达到12000度，也就是以往的40倍。

“为什么我们需要在这么短的时间内达到这么高的温度呢？因为我们的材料达到纳米级别，纳米材料越小活性越大，常规烧结就容易团聚，长成一个球一样。而在我们超级升温率下，材料依旧可以快速形成亚微级别呈直线的金属平板。”

近些年来，微容科技的产品正在往两个方向发展，一个是“超微”，另一个则是“高容”。

“超微”即是将材料“越做越小”，江孟达以智能手表举例，未来的电子手表可能会发展得像一台计算机一般，包含更多功能。这时候就需要更小的MLCC，只有这样才能给其他元器件及功能模块腾出空间。

而“高容”则是指电容容量要“越做越大”，“我们点击手机屏幕，使其亮起，这个过程并非电池直接供电。而是电容放电首先唤醒屏幕，后续才是电池供电。如果没有电容的话，电池直接供电亮屏，亮屏速度将会很慢。”

当电容容量越大时，其“滤波”作用就会更明显。当一个空间内有很多电子产品时，就会存在电磁波互相干扰的问题。这时候需要一个大容量的电容，就可以有“滤波”的作用，过滤干扰的电磁波。

度过“低迷期”，在危机中成长

2021年末，初创四年的微容科技遭遇了电子行业大环境的低迷时期。微容科技很大一部分的MLCC产品将会应用到手机等电子产品当中，当产业链下游的手机产品出现产销问题时，作为上游的MLCC产品则就会受到巨大冲击。

当时，市场产品同质性强，消费者消费意愿不高，产品出货量、采购订单与库存量也随之下降。江孟达认为那段时间整个电子行业都在“熬”，许多手机生产商的出货量都减少了30%以上。公司的MLCC生产线缺少订单，出现开工率不足的情况。

在这段时间中，江孟达看到了机遇。“我们研发团队时常会带有危机感，别人做不出来的时候，我们做出来了，这便是一个机遇。行业衰退时，竞争对手会缩小产量，市场便有很大的空白，正是我们推出新品，争夺先机的时候。”

“那时候我们就立刻调整战略，把重心从常规化的产品，调整到高容等更高技术顶尖产品。公司加大了研发投入，以带动工厂产能发展。同时，在整个行业低迷期的时候，我们向客户推出了新的产品。在客户产品销售停滞时，我们更新换代，提供了一个发展动力。”江孟达讲述了那段度过“寒冬”的过程。

随着政府出台多项刺激经济政策，经历过2022年周期波动的中下游企业目前去库存调整已接近尾声，正在重新调整采购策略并建立健康的库存水位。而微容的战略调整很快就显现出效果，更先进的高端产品受到下游客户的不断追单。

目前，微容科技MLCC销量已经排在我国大陆品牌第一，MLCC月产量达到450亿片，超微产品坐稳我国大陆地区第一、全球第三的位置，整体产品排名全球第六。并且，微容科技研发投入持续多年超过14%，远高于同行的3%—5%。

企业成长，关键在于土壤

“云浮市委、市政府高度重视科技创新工作，微容科技成立以来，多次得到惠企政策帮助，获得财政专项资金以推动技术发展，为公司获得缓冲时间，也为高端MLCC产能快速提升提供了资金保障、打下坚实基础。”

这六年间，云浮市科技局等主管部门对公司技术创新发展提供了政策支持和引导，比如设立市科技计划项目资金，支持微容开展研发创新活动，激励科技成果转化；在面向创新人才引进中提供了各项政策支持；协助微容承建省级、市级工程技术研究中心等。

公司目前有员工1700多人，研发人员300多人，包括通用品研发中心、车规品研究院等部门。近些年来，微容科技等企业落户罗定，让越来越多的罗定人回到了家乡工作，江孟达直言：“微容科技是罗定的企业，现在我们引入各地的人才，同步和当地学校及周边打造属于罗定高端人才，希望未来在罗定打造粤西粤北制造业高端人才的领地。”

MLCC是一个技术和资金门槛都非常高的产业，涉及材料、机械、电子、化工、自动化、统计学等多个学科先进的理论和实践，需要全面的技术人才和专业设备。目前，微容科技累计申请专利84项，在射频芯片模组超微型MLCC、供应电动汽车车规级MLCC等领域已实现国内自我研发的突破，打破国外厂商的垄断，产品性能达到国际先进水平，成功实现国产替代。

据负责人介绍，作为高新技术企业，微容科技未来将继续加大扩产技改的投入，开展二三期扩建工程。同时，公司将力争吸引MLCC上游原材料、生产设备及零部件制造，下游电子产品模组生产等企业集聚云浮，在构建现代化产业体系上实现更大作为。

在罗定，有一项建造于20世纪80年代的水利工程——长岗坡，其横跨5200米，每年输送近4亿立方米水源，保障了当地生产生活用水。当年在缺少工程机械的情况下，靠着肩挑人扛、人力车等土办法来建设这样一项浩大工程。

如今，微容科技延续着这种精神，以“尊重人才、信任人才、依靠人才”的信念吸引人才来到罗定，打造了罗定自主的电子科技品牌。

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本文由FY转载自微容科技公众号，原文标题为:《“小不点”蕴含高科技，罗定“独角兽”企业跻身全球前列》一南方日报，本站所有转载文章系出于传递更多信息之目的，且明确注明来源，不希望被转载的媒体或个人可与我们联系，我们将立即进行删除处理。

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型号- V3R0B0402C0G500NB*,V820J0105C0G250NZ*,V6R2D0201C0G500NA*,V560J0201C0G500NA*,V682M0105X5R160NZ*,V120J0402GQC500NB*,V473M0402X5R500NB*,V7R5C0105C0G250NZ*,V470G0402C0G500NB*,V474K0201X6S6R3NX*,X7R系列,V1R5C0105C0G250NZ*,V223M0201X5R250NA*,V683K0402X5R250NB*,V6R2B0105GQC250NZ*,V9R0B0402C0G500NB*,V3R3C0105GQC250NZ*,V6R0B0402C0G500NB*,V104K0201X6S160NJ*,V4R7B0402C0G500NB*,V4R7C0402C0G500NB*,V470J0105C0G250NZ*,V681M0201X7R500NA*,V100G0402GQC500NB*,V221K0105C0G250NZ*,V271K0105X7R250NZ*,V0R1B0201C0G500NA*,V105M0402X7T4R0NC*,V220J0105C0G250NZ*,V3R0A0201C0G500NA*,V1R8C0201C0G500NA*,V471J0201C0G250NA*,V182K0105X7R160NZ*,V153K0201X5R250NA*,V470K0105C0G250NZ*,V104M0201X7S100NJ*,V1R8B0201C0G500NA*,V3R0A0402C0G500NB*,V104K0201X7S100NJ*,V0R4A0201GQC500NA*,V100J0105GQC250NZ*,V683M0201X5R160NA*,V474K0201X5R100NX*,V151G0402C0G500NB*,V3R0C0402C0G500NB*,V475K0805X5R250NH*,V6R2C0105GQC250NZ*,V100G0201GQC500NA*,V105K0402X6S160NC*,V152K0201X5R250NA*,V4R7B0201C0G500NA*,V273K0402X7R500NB*,V470G0201C0G500NA*,V9R0C0402C0G500NB*,V6R0C0402C0G500NB*,V0R5B0402GQC500NB*,V473M0201X5R250NA*,V683K0201X5R160NA*,V821G0402C0G500NB*,V221G0402C0G500NB*,V471J0402C0G500NB*,V1R8B0105GQC250NZ*,V6R0D0105C0G250NZ*,V0R2A0105GQC250NZ*,V152M0105X5R160NZ*,V330J0201C0G500NA*,V273M0402X7R250NB*,V120G0201GQC500NA*,V476M0805X5R6R3NH*,V0R4B0402GQC500NB*,V472K0201X5R250NA*,V273K0402X7R250NB*,V220G0402C0G500NB*,V151J0105C0G250NZ*,V820G0402C0G500NB*,V0R5A0201GQC500NA*,V272M0105X7R160NZ*,V472M0201X5R250NA*,V106M0402X5R100NC*,V226M0805X5R160NH*,V1R8B0402C0G500NB*,V821J0402C0G500NB*,V273K0105X5R6R3NZ*,V150J0105C0G250NZ*,V683K0402X5R500NB *,V220G0201C0G500NA*,V4R7D0105C0G250NZ*,V473K0402X5R500NB*,V474M0201X6S6R3NX*,V6R0D0402C0G500NB*,V0R3A0105GQC250NZ*,V390J0201GQC500NA*,V3R3B0402GQC500NB*,V9R0D0402C0G500NB*,V330G0105GQC250NZ*,V104M0201X6S160NJ*,V681G0201C0G250NA*,V221J0402C0G500NB*,V820G0201C0G500NA*,V240G0402C0G500NB*,V682M0402X7R500NB*,V271M0105X7R250NZ*,V0R6A0201GQC500NA*,V4R7C0201C0G500NA*,V3R6A0201GQC500NA*,V151G0201C0G500NA*,V5R0B0201GQC500NA*,V471G0402C0G500NB*,V100J0402GQC500NB*,V2R0B0201GQC500NA*,V823M0402X5R250NB*,V8R0B0201GQC500NA*,V153M0201X5R250NA*,VI83K0201X7R160NA*,V3R3A0105GQC250NZ*,V182M0105X7R160NZ*,V220G0105C0G250NZ*,V152M0201X7R500NA*,V682K0201X5R250NA*,V220K0105C0G250NZ*,V223M0402X5R250NB*,V473M0402X5R250NB*,V560J0402C0G500NB*,V9R0D0201C0G500NA*,V1R8C0402C0G500NB*,V473M0201X5R160NA*,V150G0105C0G250NZ*,V390J0402GQC500NB*,V820K0105C0G250NZ*,V475K0805X5R500NH*,V0R2A0201C0G500NA*,V6R0D0201C0G500NA*,V7R5D0105C0G250NZ*,V151M0201X7R500NA*,V561J0402C0G500NB*,V1R5B0402C0G500NB*,V3R3C0402GQC500NB*,V4R3C0105C0G250NZ*,V330J0402C0G500NB*,V330J0105GQC250NZ*,V120G0402GQC500NB*,V123K0105X5R100NZ*,V150K0105C0G250NZ*,V153K0201X5R160NA*,V1R8C0105GQC250NZ*,V222M0201X5R250NA*,V680J0105C0G250NZ*,V221G0201C0G500NA*,V220J0402C0G500NB*,V105K0402X6S6R3NB*,V822M0201X5R250NA*,V100J0201GQC500NA*,V560K0105C0G250NZ*,V151K0105C0G250NZ*,V820J0402C0G500NB*,V1R5B0201C0G500NA*,V106M0603X6S6R3NK*,V683M0402X7R500NB*,V224M0201X7T6R3NJ*,V152M0402X7R500NB*,V683M0402X5R500NB*,V183M0201X7R160NA*,V0R2A0402C0G500NB*,V680G0402C0G500NB*,V7R5B0201C0G500NA*,V3R3C0402C0G500NB*,VI83K0402X7R500NB*,V105K0201X5R6R3NX*,V4R3D0105C0G250NZ*,V9R0C0105GQC250NZ*,V0R5B0105GQC250NZ*,V823K0402X5R250NB*,V222M0105X5R160NZ*,V3R0C0105GQC250NZ*,V3R0B0105GQC250NZ*,V2R0A0201GQC500NA*,V562M0201X5R250NA*,V6R0C0105GQC250NZ*,V120J0105GQC250NZ*,V0R3B0402C0G500NB*,V0R4A0105GQC250NZ*,V681M0105X7R250NZ*,V223K0402X5R250NB*,V4R7B0105GQC250NZ*,V1R8B0402GQC500NB*,V220J0201C0G500NA*,V225M0603X6S100ND*,V0R4B0201C0G500NA*,V225K0603X6S100ND*,V820J0201C0G500NA*,X5R系列,V1R5A0105GQC250NZ*,V683M0105X5R6R3NZ*,V331J0201C0G250NA*,V105M0402X6S160NC*,V4R3A0402C0G500NB*,V683K0105X5R6R3NZ*,V474M0201X5R100NX*,V0R1A0402C0G500NB*,V0R3B0201C0G500NA*,V680K0105C0G250NZ*,V3R3B0201C0G500NA*,V152K0105X5R160NZ*,V476M0805X6S4R0NH*,V221J0201C0G500NA*,X6S系列,V150G0201C0G500NA*,V272K0402X7R500NB*,V183M0105X5R100NZ*,V272K0105X7R160NZ*,V241G0402C0G500NB*,V560J0105C0G250NZ*,V220G0105GQC250NZ*,V683M0402X7R250NB*,V6R2B0201C0G500NA*,V1R8C0402GQC500NB*,V105M0201X5R100NX*,V223K0201X5R250NA*,V151M0105X7R250NZ*,V0R2B0201C0G500NA*,V3R0C0201C0G500NA*,V823M0105X5R6R3NZ*,V6R0C0201C0G500NA*,V9R0C0201C0G500NA*,V475M0603X5R350NK*,X7T系列,VI82K0402X7R500NB*,V474M0402X7S100NN*,V330J0105C0G250NZ*,VI53M0402X5R500NB*,V1R5A0402C0G500NB*,V682K0105X5R160NZ*,V330G0201GQC500NA*,V273M0201X5R100NA*,V104M0201X6S6R3NA*,V150G0402C0G500NB*,V3R0A0105GQC250NZ*,V472M0402X7R500NB*,V680G0201C0G500NA*,VI50G0105GQC250NZ*,V105K0402X7T4R0NC*,V823M0201X5R160NA*,V3R3B0105GQC250NZ*,V226M0603X6S6R3NW*,V1R8A0201C0G500NA*,V223M0201X5R160NA*,V0R4B0402C0G500NB*,V0R4B0105GQC250NZ*,V821G0201C0G250NA*,V681K0105X7R250NZ*,V271K0201X7R500NA*,V105K0402X7T100NC*,V474K0402X5R100NN*,V226M0805X5R250NH*,V475M0603X6S160NK*,V223K0402X5R500NB *,V1R5A0201C0G500NA*,V9R0B0201C0G500NA*,V1R8A0402C0G500NB*,V473K0201X5R160NA*,V6R2C0201C0G500NA*,V6R0B0201C0G500NA*,V0R2B0402C0G500NB*,V3R0B0201C0G500NA*,V0R3B0105GQC250NZ*,V334M0201X5R100

选型指南 - 微容科技 - 2021/9/14 PDF 中文下载

微容科技（VIIYONG）车规系列片式多层陶瓷电容器选型指南

目录- 公司简介和产品介绍产品型号规格及代码定义车规MLCC产品范围车规MLCC-C0G系列车规MLCC-X7R系列车规MLCC-X7S系列车规MLCC-X7T系列应用技术要求

型号- A360J0201C0G500NA,A271F0805C0G101NK,A271J0805C0G101NK,A392M0402X7R250NB,A331G0805C0G251NK,A1R2A0402C0G250NB,A100G0603C0G101ND,A0R5B0603C0G101ND,A821M0402X7R160NB,A471K0201X7R100NA,A471M0201X7R100NA,A392K0402X7R250NB,A821K0402X7R160NB,A1R8B0201C0G250NA,A3R0A0603C0G500ND,A272K0603X7R101ND,A272K0402X7R160NB,A226M1210X7S250N3,A272M0402X7R160NB,A102J1206C0G631N1,A105M0805X7S101NH,A102F1206C0G631N1,A103G1206C0G631N1,A2R7A0603C0G101ND,A2R7C0603C0G101ND,A8R2C0201C0G500NA,A1R5B0402C0G500NB,A105K0805X7S101NH,A102M0201X7R100NA,A225K0805X7R250N5,A226K1210X7S250N3,A473K0603X7R101ND,A3R0C0603C0G500ND,A102K0201X7R100NA,A225M0805X7R250N5,A122G0603C0G101ND,A180G0201C0G500NA,A180G0201C0G250NA,A683J1206C0G500N1,A5R6C0402C0G250NB,A0R6A0603C0G101ND,A332J0805C0G251NH,A561K0402X7R250NB,A104M0402X7R160NB,A227M1210X7T2R5N3,A683F1206C0G500N1,A562F1210C0G631NO,A3R6B0402C0G500NB,A1R3B0402C0G250NB,A153K0402X7R100NB,A104M0603X7R101ND,A562J1210C0G631NO,A101F0603C0G101ND,A103F1206C0G500NE,A153M0402X7R100NB,A472G1206C0G631N1,A104K0603X7R101ND,A332F0805C0G251NH,A105K0805X7R160N5,A221F0402C0G250NB,A240F0603C0G500ND,A153G1206C0G101NE,A105M0805X7R160N5,A6R0B0201C0G500NA,A6R0B0201C0G250NA,A9R0C0603C0G101ND,A103J0805C0G101NH,A332K0402X7R100NB,A6R2D0201C0G500NA,A221J0402C0G250NB,A7R5B0603C0G500ND,A7R5D0603C0G500ND,A240J0603C0G500ND,A183G1210C0G631NP,A6R0D0201C0G500NA,A222G1206C0G251NO,A332M0402X7R100NB,A563M0402X7R500NB,A8R0C0201C0G250NA,A1R1B0402C0G250NB,A151J0805C0G251NK,A103J1206C0G500NE,A8R2C0201C0G250NA,A561M0402X7R500NB,A103F0805C0G101NH,A563K0402X7R500NB,A104K0402X7R160NB,A151F0805C0G251NK,A561K0402X7R500NB,A121F0603C0G101ND,A123F1206C0G500NE,A360J0201C0G250NA,A392M0402X7R500NB,A1R0B0603C0G500ND,A121J0603C0G101ND,A123J1206C0G500NE,A223G0805C0G500N5,A392K0402X7R500NB,A823K0603X7R101ND,A182M0201X7R250NA,A823K0402X7R160NB,A272J0603C0G500ND,A102G0603C0G101ND,A471G0805C0G101NK,A823M0402X7R160NB,A333F1206C0G101NE,A6R0D0201C0G250NA,A104G1206C0G500N1,A152M0201X7R250NA,A681F0603C0G101ND,A681J0603C0G101ND,A152K0201X7R250NA,A221M0402X7R101NB,A1R6A0402C0G500NB,A272F0603C0G500ND,A333J1206C0G101NE,A221M0201X7R160NA,A223M0603X7R500ND,A3R3B0603C0G500ND,A8R0C0201C0G500NA,A471M0402X7R160NB,A1R2A0402C0G500NB,A1R2C0402C0G500NB,A1R3B0402C0G500NB,A101J0603C0G101ND,A360F0201C0G250NA,A1R6C0402C0G500NB,A223K0603X7R500ND,A823K0805X7R101N5,A471G0603C0G101ND,A221K0402X7R101NB,A823M0805X7R101N5,A272G0805C0G101NK,A471K0402X7R160NB,A390G0402C0G250NB,A472J0805C0G101NH,A221K0201X7R160NA,A682K0201X7R100NA,A8R0B0402C0G500NB,A8R0D0402C0G500NB,A5R0B0603C0G500ND,A682M0201X7R100NA,A560G0201C0G250NA,A220G0402C0G250NB,A820G0603C0G500ND,A271G1206C0G631NK,A123K0402X7R100NB,A122K0201X7R100NA,A101G0805C0G201ND,A472F0805C0G101NH,A182K0201X7R250NA,A123M0402X7R100NB,A1R0A0402C0G250NB,A272K0201X7R100NA,A1R0C0402C0G250NB,A471F1206C0G631NK,A471J1206C0G631NK,A152G0805C0G251NK,A272M0201X7R100NA,A102G0805C0G101NK,A122M0201X7R100NA,A4R0A0201C0G250NA,A683K0402X7R100NB,A0R9A0603C0G500ND,A562K0201X7R250NA,A6R8B0603C0G101ND,A1R2B0603C0G500ND,A561G1206C0G251NK,A1R6C0402C0G250NB,A3R3A0402C0G500NB,A222K0402X7R250NB,A240G0402C0G250NB,A270G0603C0G101ND,A2R0B0201C0G500NA,A1R5A0201C0G250NA,A330F0201C0G500NA,A682F1206C0G631N1,A3R0B0402C0G250NB,A182G0805C0G251NK,A1R8C0402C0G500NB,A183G1206C0G101NE,A563M0402X7R250NB,A330J0201C0G500NA,A1R0C0402C0G500NB,A3R9A0402C0G250NB,A106M0603X7T6R3NK,A472G0603C0G500ND,A2R4B0603C0G101ND,A120G0603C0G101ND,A273J1206C0G500NE,A102M0402X7R160NB,A821M0201X7R100NA,A391K0402X7R101NB,A822K0201X7R160NA,A102M0603X7R101ND,A473G1206C0G500N1,A1R5B0402C0G250NB,A682J1206C0G631N1,A273F1206C0G500NE,A822K0603X7R250ND,A391K0201X7R160NA,A1R5A0201C0G500NA,A101J0805C0G101ND,A820F0603C0G101ND,A6R2B0201C0G250NA,A104M0805X7R101N5,A820J0603C0G101ND,A106M0805X7S250NH,A7R0B0603C0G101ND,A101F0805C0G101ND,A682G0805C0G251NH,A223M0603X7R250ND,A183K0402X7R100NB,A4R0C0201C0G500NA,A822G0805C0G500N5,A361F1206C0G251NK,A681M0402X7R100NB,A5R1B0603C0G101ND,X7T系列,A222J0603C0G500ND,A122M0603X7R101ND,A431K0201X7R100NA,A0R7B0603C0G101ND,A5R1C0603C0G500ND,A682K0402X7R160NB,A221J1206C0G251NK,A6R2B0201C0G500NA,A360G0402C0G500NB,A220G0402C0G500NB,A391J1206C0G251NK,A4R3B0603C0G101ND,A471J0603C0G500ND,A271K0201X7R160NA,A3R3C0402C0G250NB,A271K0402X7R101NB,A273K0603X7R500ND,A105M0603X7R250ND,A1R6B0201C0G250NA,A122M0402X7R160NB,A152G0603C0G101ND,A152F1210C0G631NK,A474M0603X7R160ND,A153G1210C0G631NP,A471F0603C0G500ND,A152J1210C0G631NK,A682K0603X7R101ND,A222F0603C0G500ND,A391F1206C0G251NK,A683M0603X7R160ND,A4R3B0201C0G250NA,A5R6B0603C0G500ND,A1R1A0603C0G500ND,A3R6C0201C0G250NA,A183M0402X7R500NB,A1R5C0603C0G500ND,A180F0402C0G500NB,A222G1210C0G631NO,A5R6D0201C0G250NA,A8R2D0402C0G500NB,A3R6A0603C0G500ND,A272M0603X7R101ND,A1R1C0201C0G250NA,A473K0402X7R160NB,A681J0805C0G251NK,A182F1210C0G631NK,A1R8B0201C0G500NA,A474K0805X7S101NH,A821G0603C0G101ND,A475M0603X7T6R3NK,A182J1210C0G631NK,A473M0805X7R101N5,A106K0805X7T6R3NH,A240G0402C0G500NB,A8R0D0402C0G250NB,A331M0201X7R250NA,A560G0201C0G500NA,A6R2C0402C0G500NB,A390G0402C0G500NB,A221F120

选型指南 - 微容科技 - 2022版 - 2022/7/27 PDF 中文下载

央视财经丨MLCC景气回升，人工智能带动增长

微容科技常务副总郑春晖受邀华强电子以《万物互联，无处不在地AI带来新机会》为主题，向大家介绍了AI的发展历程，以及对从上游元器件至下游终端产品的影响与机遇，受到现场观众热烈反响。

行业资讯发布时间 : 2024-09-15

A104K0402X7R500NB*车载型片式多层陶瓷电容器产品规格书

型号- 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

数据手册 - 微容科技 - 2022/9/2 PDF 中文下载

微容科技超微型MLCC选型表

提供微容超微型MLCC选型参考，覆盖0201、01005产品，0201容量范围0.1pF~4.7μF,额定电压6.3V~50V, 01005容量范围0.2pF~0.22uF,额定电压6.3V~25V。主要应用:智能手机等移动终端,芯片内置,各类集成模块,各类电子产品的高端先进系列

产品型号	品类	尺寸(EIA/JIS)	温度特性代码	静电容量(pF/nF/μF)	偏差	额定电压(Vdc)	厚度(mm)
V0R2A0105C0G250NZT	超微型MLCC	01005/0402	C0G	0.2pF	±0.05pF	25V	0.22mm

选型表 - 微容科技立即选型

【元件】微容片式多层陶瓷电容器GQC/SQC/SPC系列，适用移动通信基站于射频大功率发射

微容推出片式多层陶瓷电容器(MLCC)--射频GQC/SQC/SPC系列，使用了在高频中介质损耗极低的陶瓷材料，并使用镍或者铜金属作为内部电极材料，具有高Q值和低ESR的特点，以其独特的结构和卓越的性能，为射频电路提供了多样化选择，无论从低压到高压，还是从小尺寸到大尺寸，亦或是从低频到高频，这些射频电容都能满足您的需求。

应用方案发布时间 : 2024-04-30

【元件】聚焦高端MLCC，微容科技推出“千伏级高压与高容高温“高可靠性车规MLCC

微容科技的极限高温高容车规系列MLCC，容量可220μF,温度上限可达125度，（规格：A107M1210X7T4R0N3Z，A227M1210X7T2R5N3Z）可适用于有高算力要求的高阶ADAS系统、如智能驾驶域控制器、车身域控制器等。微容科技率先成立车规级MLCC研究院，成功完成了车规级MLCC的全系列开发，成为中国大陆地区首家可以全系列提供满足AEC-Q200车规等级的MLCC制造企业。

产品发布时间 : 2024-04-30

微容科技车规MLCC选型表

满足AEC-Q200标准的车载型片式多层陶瓷电容器

产品型号	品类	静电容量(pF/nF/μF)	允许偏差	长度×宽度(mm)	厚度.Max(mm)	工作温度	电压(V)	温度特性代码
A0R1A0201C0G500NAT	车规MLCC	0.1pF	±0.05pF	0.6mm*0.3mm	0.33mm	-55℃~125℃	50V	C0G

选型表 - 微容科技立即选型

【技术】深度解读高端MLCC的四大方面——发展方向、关键因素、制造工艺、发展形势

在广泛的市场应用中，MLCC技术也持续快速发展，高端MLCC成为市场和供应方共同的追求。而在中国，高端阻容元器件，也成了制约国家工业发展的“卡脖子工程”。今天微容科技就为大家详细解读高端MLCC。

技术探讨发布时间 : 2022-10-19

云浮上半年经济发展增速亮眼，微容科技开辟区域协调发展“反弹琵琶”路径

南方日报在本次云浮专题报导中，多频次多维度对微容科技近年来做出的成绩做出深度分析。微容科技生产的是高端MLCC（片式多层陶瓷电容器），又被称为“电子工业大米”，是电子工业用量最多的元器件之一。作为云浮新质生产力的典型代表，微容疾驰于高新赛道上。从2017年落户，到如今公司估值近100亿元，微容已成为国内最大的MLCC制造商，并立志成为全球行业前三。

原厂动态发布时间 : 2024-09-09