Nippon Chemi-Con announced The Advanced Technology Nano-hybrid Capacitor

时间： 2023-11-11 来源：Nippon Chemi-Con News

代理服务

技术支持

批量订货

Nippon Chemi-Con Corporation would start the development of mass production technology for the "Nano-hybrid Capacitor", a capacitor that has been developed in collaboration with the Tokyo University of Agriculture and Technology (TUAT ). The company aimed to launch a framework to ship samples by April 2011.

Nippon Chemi-Con has been developing next-generation capacitors in collaboration with the Naoi Laboratory at the graduate school of TUAT (Professor Katsuhiko Naoi) and K & W (a venture company spun off from the university). The company established the "Capacitor Technology Course", a course that focused on capacitors at TUAT in 2006 and has been sponsoring the course since then. This business-academia alliance achieved the development of the "Nano-hybrid Capacitor" in March 2009 and Nippon Chemi-Con is now focused on commercializing the capacitor.

The Nano-hybrid Capacitor used completely new electrode materials comprising nanocrystalline lithium titanate grafted on carbon nanofiber for its negative electrode. The capacitor has up to 3 times higher energy density than that of conventional electric double layer capacitors (EDLC) while maintaining the power density of EDLC.

When compared with lithium-ion capacitors, the Nano-hybrid Capacitor has achieved 1.5 times higher power density while featuring the same energy density as lithium-ion capacitors. The capacitor has low-temperature advantages over lithium-ion capacitors, showing good performance in the cold climate temperature range of 20 deg C to -40 deg C.

In regard to reliability, the capacitor ensures high safety as its intercalation potential on the negative electrode is 1.55V which is higher than that of lithium-ion capacitors (about 0V), preventing decomposition of electrolyte and electrocrystallization of lithium metal. In addition, the Nano-hybrid Capacitor offered productivity superiority as it requires no Li pre-doping process in assembling the cells.

For commercialization, Nippon Chemi-Con planned to develop 2 types of capacitors. One is the "high-energy type", with energy density increased by 3 times compared to EDLC, and the other is the "high-power type", with energy density doubled over the EDLC while maintaining the same power density of EDLC. The rated voltage of both types will be 2.8V, and their configurations would be cylindrical with winding structure for the purpose of ensuring high durability.

The company would aim toward establishing mass production technology to start sample shipments in April 2011. The company planned to consider larger production depending on the market demand.

发送到邮箱 |
+1 赞 0
收藏
评论 0
| 转发至：

本文由ChangeArmy转载自Nippon Chemi-Con News，原文标题为:Nippon Chemi-Con announces: The advanced new technology Nano-hybrid Capacitor，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。

全部评论（0）

暂无评论

Nippon Chemi-Con Distributed Aluminum Electrolytic Capacitors for Audio Equipment Under the Trademark “MELODIO”

Nippon Chemi-Con systematizes aluminum electrolytic capacitors recommended for audio equipment requiring high sound quality under the trademark “MELODIO“ and proposes them to equipment manufacturers in Japan and overseas.

2023-09-11 - 原厂动态代理服务技术支持批量订货

Nippon Chemi-Con Increased Production of Low- Resistance Electric Double Layer Capacitors DLCAP™ for Passenger Vehicles

Nippon Chemi-Con‘s newest product (EDLC) also has a broader operating temperature range, from -40 to +70 degrees Celsius (from -25 to +60 degrees Celsius for the previous series), allowing them to be ideally suited for use in automotive applications.

2023-09-26 - 产品代理服务技术支持批量订货

Nippon Chemi-Con Develops Supercapacitor Module for Use in Large-Scale Equipment, Connected Max Voltage up to 800V

Nippon Chemi-Con has developed a supercapacitor module for high-voltage and large-current applications. This product is characterized by the use of a capacitor cell that achieves low resistance and large capacitance (2.8V-3150F) to provide a module suitable for large current applications.

2023-08-26 - 新产品代理服务技术支持批量订货

超级电容器注意事项

描述- 本资料主要针对超级电容器（Supercapacitor）的使用、运输、储存和废弃处理提供了详细的注意事项和安全指导。内容包括使用环境限制、设计时的注意事项、运输过程中的安全措施、储存条件以及废弃处理的方法。资料强调了在使用超级电容器时需注意的潜在风险，如过温、过压、反向电压、环境腐蚀等，并提供了相应的预防措施。此外，还提到了运输和储存时的特殊要求，以及废弃处理时的安全规范。

2024/4/3 - NIPPON CHEMI-CON - 技术文档代理服务技术支持批量订货

【选型】Nippon Chemi-con在汽车行业中的电容选型推荐

Nippon Chemi-con（日本贵弥功株式会社）是一家世界知名的电容产品供应商，在该公司的2018年度报告中，可以看到目前黑金刚电容最大的应用市场是汽车电子行业，占到了销售额的28%。在汽车行业中，2018年贵弥功销售最多的四个电容系列为：铝电解电容（SMD型）、铝电解电容（径向引线型）、导电性高分子混合型铝电解电容、EDLC超级电容。

2019-08-01 - 器件选型代理服务技术支持批量订货

介绍超级电容器

描述- 超电容器（超级电容器）是一种能量存储设备，与常用可充电电池相比，它能够以高电流进行充放电，具有优异的充放电循环寿命。近年来，随着能源问题的关注（减少石油消耗、消费者电力、二氧化碳排放和新能源的有效利用），超电容器在更多新应用中的使用受到重视。超电容器不使用化学反应，通过离子在活性炭表面的物理移动来存储能量，具有低衰减、高功率密度、高充放电效率、环保和安全等特点。Nippon Chemi-Con提供多种规格的超电容器产品，以满足客户需求。

2024/4/3 - NIPPON CHEMI-CON - 商品及供应商介绍代理服务技术支持批量订货

Nippon Chemi-Con to Supply Electric Double Layer Capacitors DLCAP™ for Passenger Vehicles

Nippon Chemi-Con Corporation has supplied electric double layer capacitors(EDLC), the DLCAP™ to Mazda MotorCorporation from 2012. The DLCAP™ willbe used as part of Mazda vehicle’sregenerative braking system.

2023-10-28 - 产品代理服务技术支持批量订货

Nippon Chemi-Con Developed Electrolyte Flame Retardant Technology Application to High Voltage Aluminum Electrolytic Capacitors

Nippon Chemi-Con developed a new technology to make the electrolyte of aluminum electrolytic capacitors flame resistant by using a new flame retardant with greatly suppressed hydrolyzing properties.

2023-10-18 - 技术探讨代理服务技术支持批量订货

Precaution of Capacitor Disposal

Capacitor waste is categorized as industrial waste. When disposing of capacitors, local government regulations should be strictly observed.

2024-08-30 - 技术问答代理服务技术支持批量订货

Nippon Chemi-Con Developed Vertical Vibration-resistant Capacitor Holder (φ18mm) Improving Vibration Resistance Performance

Vertical Vibration-resistant Capacitor has succeeded in increasing vibration resistance performance for a large φ18mm radial lead type capacitors. This would allow a greater variation in products that are subjected to strong vibrations.

2023-11-09 - 产品代理服务技术支持批量订货

Nippon Chemi-Con Developed HXA Series SMD-Type Conductive Polymer Hybrid Aluminum Electrolytic Capacitors

The ESR of the HXA series is 20 to 120mΩ, which is about one tenth that of low ESR type aluminum electrolytic capacitors (125℃ products). The leakage current is also reduced to about one twentieth that of conventional conductive polymer aluminum solid capacitors.

2023-10-31 - 产品代理服务技术支持批量订货

Supercapacitors Storage Conditions

Store supercapacitors in a controlled indoor location. If capacitors have been left for a long period of time, check their characteristics before use.

2024-08-30 - 技术问答

Nippon Chemi-Con Developed DXE Series Low-Resistance Electric Double Layer Capacitors with High Capacitance Low-Resistance Products [3000F, 0.3mΩ (typ.)]

Nippon Chemi-Con has developed the DXE series which reduced the internal resistance by 60% compared to conventional products of the same size. The large capacitance type products achieve a large capacitance of 3,000 F and a low internal resistance of 0.3 mΩ (typ.) at the same time.

2023-09-24 - 产品代理服务技术支持批量订货

电子设备薄膜电容器

描述- 该资料详细介绍了HACD系列电子设备薄膜电容的规格和性能。包括最大工作温度、额定电压范围、电容容差、耐压、损耗因数、绝缘电阻等关键参数。资料还提供了不同型号电容的尺寸、最大纹波电流和额定电压等标准规格。此外，还包含了产品的耐久性和潮湿环境下的性能数据。

型号- FHACD202V103JKLDZ0,FHACD631V474J1LHZ0,FHACD162V183JKLDZ0,HACD3E104J,FHACD252V223JRLQZ0,HACD3A333J,HACD3A224J,HACD3G472J,FHACD162V124J2LEZ0,HACD2J125J,FHACD162V103JKLDZ0,FHACD162V123JKLDZ0,HACD3A683J,FHACD3B2V153JRLQZ0,FHACD1C2V183J0LGZ0,FHACD202V392JKLDZ0,FHACD202V332JKLDZ0,HACD3D123J,HACD3F273J,HACD3C154J,FHACD3B2V822JRLQZ0,FHACD3B2V223JRLQZ0,HACD3A823J,FHACD162V184J2LEZ0,HACD3A104J,HACD3A564J,HACD3A334J,FHACD202V223J1LHZ0,HACD3A563J,HACD3A684J,FHACD202V333J1LHZ0,HACD2J683J,HACD3B393J,HACD3D473J,HACD3F153J,HACD3B105J,HACD3G123J,FHACD102V683J0LGZ0,FHACD102V125J2LEZ0,HACD3C274J,HACD3C153J,FHACD402V472JRLQZ0,HACD3A125J,HACD2J224J,HACD2J563J,HACD2J684J,HACD3B184J,FHACD252V393JRLQZ0,HACD3D472J,FHACD1C2V224J1LHZ0,FHACD252V563JRLQZ0,FHACD102V184J1LHZ0,FHACD631V563J0LGZ0,HACD3B564J,FHACD631V124J0LGZ0,FHACD202V124J2LEZ0,FHACD402V153JRLQZ0,FHACD202V334JTLJZ0,HACD3E393J,FHACD1C2V125JTLJZ0,FHACD402V223JRLQZ0,FHACD102V334J1LHZ0,FHACD1C2V394J2LEZ0,HACD3C273J,FHACD162V563J1LHZ0,HACD2J334J,HACD2J184J,HACD2J564J,FHACD631V155J2LEZ0,HACD3B824J,FHACD202V123JKLDZ0,HACD2J104J,HACD2J823J,HACD3B224J,HACD3B684J,HACD3B563J,HACD3E273J,FHACD631V274J1LHZ0,FHACD3B2V393JRLQZ0,FHACD1C2V333J0LGZ0,FHACD402V562JRLQZ0,FHACD202V562JKLDZ0,HACD3C393J,FHACD252V823JRLQZ0,HACD3G682J,HACD3A473J,FHACD162V334J2LEZ0,HACD3B823J,FHACD1C2V124J1LHZ0,HACD3B223J,HACD3B104J,HACD3B334J,FHACD631V105J2LEZ0,FHACD1C2V683J0LGZ0,HACD3B683J,FHACD162V274J2LEZ0,FHACD631V154J0LGZ0,FHACD202V823J2LEZ0,FHACD631V823J0LGZ0,HACD3E153J,HACD3A124J,HACD2J473J,FHACD1C2V274J2LEZ0,FHACD252V104JRLQZ0,FHACD3B2V333JRLQZ0,FHACD102V473J0LGZ0,HACD3A474J,FHACD202V274JTLJZ0,HACD3B183J,HACD3B333J,HACD3D154J,HACD3B125J,HACD3G103J,HACD3G822J,FHACD631V334J1LHZ0,FHACD252V153JRLQZ0,HACD3G183J,FHACD1C2V223J0LGZ0,FHACD202V472JKLDZ0,FHACD252V183JRLQZ0,FHACD162V393J1LHZ0,FHACD1C2V273J0LGZ0,HACD2J474J,FHACD162V224J2LEZ0,HACD3D153J,HACD3D274J,HACD3B124J,HACD3F473J,HACD3G562J,HACD3G223J,FHACD631V684J2LEZ0,FHACD102V333J0LGZ0,FHACD631V824J2LEZ0,HACD3C184J,FHACD631V104J0LGZ0,HACD3C334J,FHACD202V104J2LEZ0,FHACD102V394J1LHZ0,FHACD162V473J1LHZ0,HACD3F123J,FHACD631V184J0LGZ0,HACD2J124J,FHACD202V184J2LEZ0,FHACD1C2V334J2LEZ0,FHACD631V224J1LHZ0,FHACD3B2V473JRLQZ0,HACD3D273J,FHACD102V474J2LEZ0,HACD3B474J,FHACD252V273JRLQZ0,HACD3C183J,FHACD202V273J1LHZ0,FHACD102V824J2LEZ0,HACD3C823J,HACD3C103J,HACD3C333J,HACD3C563J,HACD3C224J,FHACD252V683JRLQZ0,HACD3A154J,FHACD3B2V183JRLQZ0,HACD3C104J,HACD3D393J,HACD2J274J,FHACD1C2V824JTLJZ0,FHACD402V392JRLQZ0,FHACD162V153JKLDZ0,HACD3B473J,FHACD631V683J0LGZ0,FHACD202V683J2LEZ0,FHACD202V154J2LEZ0,HACD3C822J,HACD3C223J,HACD3C683J,HACD3D392J,HACD2J154J,FHACD162V683J1LHZ0,HACB,FHACD202V822JKLDZ0,FHACD402V123JRLQZ0,FHACD1C2V474J2LEZ0,FHACD202V153JKLDZ0,FHACD402V183JRLQZ0,FHACD102V563J0LGZ0,FHACD402V103JRLQZ0,HACD3F682J,HACD3F822J,HACD3C682J,FHACD631V394J1LHZ0,HACD3E473J,FHACD102V823J0LGZ0,FHACD3B2V273JRLQZ0,HACD2J155J,HACD3F223J,HACD3A394J,FHACD162V682JKLDZ0,FHACD102V154J1LHZ0,FHACD162V822JKLDZ0,FHACD1C2V684J2LEZ0,FHACD3B2V123JRLQZ0,HACD3G392J,HACD3C124J,HACD3A274J,HACD3D184J,FHACD102V393J0LGZ0,HACD3F103J,FHACD1C2V473J0LGZ0,FHACD102V564J2LEZ0,HACD3D104J,HACD3D334J,HACD3F183J,HACD3F333J,FHACD202V224JTLJZ0,FHACD102V104J0LGZ0,FHACD102V684J2LEZ0,HACD3D823J,HACD3G153J,FHACD102V124J0LGZ0,FHACD162V333JKLDZ0,HACD3C123J,FHACD202V473J1LHZ0,FHACD631V473J0LGZ0,HACD3D183J,FHACD102V224J1LHZ0,FHACD1C2V154J1LHZ0,HACD3D333J,HACD3D224J,HACD3D103J,HACD2J105J,FHACD1C2V104J1LHZ0,HACD3B154J,FHACD252V473JRLQZ0,FHACD3B2V682JRLQZ0,HACD2J824J,FHACD1C2V184J1LHZ0,HACD3D563J,HACD3D822J,FHACD631V125J2LEZ0,FHACD102V274J1LHZ0,FHACD402V273JRLQZ0,FHACD1C2V393J0LGZ0,HACD3C473J,HACD3G273J,FHACD162V823J1LHZ0,HACD3A393J,FHACD1C2V564J2LEZ0,HACD3D332J,HACD3D562J,HACD3D223J,HACD3D683J,FHACD102V105J2LEZ0,FHACD162V273JKLDZ0,FHACD202V393J1LHZ0,FHACD631V564J1LHZ0,FHACD162V104J1LHZ0,FHACD202V563J1LHZ0,FHACD202V682JKLDZ0,FHACD252V333JRLQZ0,HACD3E223J,HACD3A824J,HACD3A105J,HACD3E683J,HACD3A184J,FHACD162V223JKLDZ0,HACD3D682J,HACD3B273J,HACD3B394J,FHACD1C2V823J1LHZ0,FHACD3B2V103JRLQZ0,HACD3E183J,FHACD1C2V105JTLJZ0,FHACD162V154J2LEZ0,HACD3E333J,HACD3E563J,FHACD402V682JRLQZ0,HACD3E823J,FHACD202V183JKLDZ0,HACD3F393J,HACD2J394J,HACD3D124J,FHACD1C2V563J0LGZ0,HACD3B274J,FHACD402V822JRLQZ0

2018/04/21 - NIPPON CHEMI-CON - 技术文档代理服务技术支持批量订货查看更多版本

电子设备薄膜电容器

描述- 本资料介绍了TACD系列电子设备薄膜电容的规格和性能。包括最大工作温度、耐温升高、额定电压、电容容差、耐压、损耗因数、绝缘电阻等关键参数。此外，还提供了不同额定电压下的电容值、尺寸和最大纹波电流等详细信息。

型号- FTACD3B1V824JDLCZ0,FTACD801V474JELHZ0,FTACD3B1V125JHLGZ0,FTACD3B1V156JTLJZ0,FTACD3B1V185JHLGZ0,TACD2F475J,FTACD801V824JELHZ0,TACD2H274J,TACD2H395J,TACD2H394J,TACD3A224J,TACD3A684J,TACD3A333J,FTACD401V225JELHZ0,FTACD501V225JELHZ0,TACD2G105J,TACD2G824J,TACD3A563J,TACD2K185J,TACD2G335J,TACD2G565J,FTACD102V474JELHZ0,TACD2E156J,FTACD3B1V474JDLCZ0,TACD2G185J,FTACD801V275JTLJZ0,FTACD3B1V335JELHZ0,FTACD631V395JTLJZ0,FTACD801V683JDLCZ0,FTACD3B1V225JELHZ0,TACD3A823J,FTACD102V564JFLEZ0,TACD2F125J,FTACD3B1V395JELHZ0,FTACD401V105JHLGZ0,TACD2J684J,TACD2J224J,TACD3A104J,TACD3A334J,TACD3A564J,FTACD102V683JDLCZ0,TACD2G564J,TACD2G225J,TACD2G334J,TACD3A184J,TACD2G685J,FTACD3B1V226JTLJZ0,FTACD631V105JELHZ0,FTACD3B1V564JDLCZ0,TACD2J104J,TACD2J334J,TACD2J564J,TACD3A125J,FTACD251V824JDLCZ0,TACD2J225J,TACD2G224J,TACD2E275J,FTACD251V126JFLEZ0,FTACD631V124JDLCZ0,TACD2G684J,FTACD401V335JFLEZ0,FTACD501V394JHLGZ0,FTACD501V335JFLEZ0,FTACD631V275JFLEZ0,FTACD401V274JDLCZ0,TACD2F474J,FTACD631V474JHLGZ0,TACD2H185J,TACD2J184J,FTACD401V564JDLCZ0,TACD2J105J,TACD2J565J,TACD3A683J,FTACD251V335JELHZ0,TACD2J335J,FTACD102V824JFLEZ0,TACD2K394J,TACD2J824J,FTACD3B1V126JFLEZ0,FTACD801V155JFLEZ0,FTACD801V225JFLEZ0,FTACD102V154JHLGZ0,TACD2E155J,TACD2H824J,TACD2F156J,TACD2H335J,TACD2J185J,FTACD401V825JFLEZ0,FTACD251V105JDLCZ0,FTACD102V274JELHZ0,TACD2H105J,TACD2G125J,FTACD801V684JELHZ0,TACD2K274J,TACD2K395J,TACD3A393J,FTACD631V184JDLCZ0,FTACD801V184JHLGZ0,FTACD501V474JHLGZ0,FTACD401V224JDLCZ0,FTACD251V185JDLCZ0,FTACD251V125JDLCZ0,TACD2H225J,TACD2H334J,TACD2H564J,FTACD501V475JFLEZ0,FTACD102V105JFLEZ0,FTACD102V125JFLEZ0,TACD2G475J,FTACD102V124JHLGZ0,TACD2E395J,FTACD102V823JDLCZ0,TACD3A394J,FTACD801V105JFLEZ0,TACD2K154J,TACD2K275J,FTACD801V185JFLEZ0,FTACD3B1V825JFLEZ0,FTACD631V125JELHZ0,TACD2F275J,TACD3A824J,TACD2H224J,TACD2H684J,FTACD3B1V685JFLEZ0,FTACD501V224JHLGZ0,FTACD501V155JELHZ0,TACD2E106J,TACD3A105J,FTACD801V334JELHZ0,FTACD102V184JELHZ0,FTACD3B1V334JDLCZ0,TACD2E825J,TACD2K155J,FTACD501V125JELHZ0,FTACD631V154JDLCZ0,FTACD102V333JDLCZ0,FTACD631V104JDLCZ0,TACD2G474J,FTACD251V155JDLCZ0,TACD2F155J,FTACD501V334JHLGZ0,FTACD3B1V275JELHZ0,TACD2J394J,FTACD401V474JDLCZ0,FTACD501V395JFLEZ0,FTACD631V564JELHZ0,FTACD401V685JFLEZ0,FTACD251V395JELHZ0,FTACD3B1V106JFLEZ0,FTACD3B1V155JHLGZ0,TACD2F394J,FTACD3B1V186JTLJZ0,TACD2J274J,TACD2J395J,FTACD631V334JHLGZ0,TACD2E225J,TACD2H125J,FTACD401V275JELHZ0,FTACD631V824JELHZ0,FTACD251V825JFLEZ0,TACD2E685J,FTACD801V335JTLJZ0,FTACD801V274JHLGZ0,FTACD631V394JHLGZ0,FTACD501V275JFLEZ0,TACD2F395J,FTACD631V225JFLEZ0,TACD2J154J,FTACD631V335JFLEZ0,TACD2J275J,TACD2H475J,FTACD401V334JDLCZ0,FTACD501V274JHLGZ0,TACD2E105J,TACD2E335J,TACD2E565J,FTACD401V394JDLCZ0,TACD2J155J,TACD2E185J,TACD2E824J,FTACD251V475JELHZ0,FTACD801V394JELHZ0,TACD2K124J,TACD2F106J,FTACD3B1V394JDLCZ0,TACD2F825J,FTACD251V565JFLEZ0,TACD2H474J,TACD2F186J,TACD2E126J,FTACD801V563JDLCZ0,TACD3A274J,FTACD801V395JTLJZ0,FTACD102V334JELHZ0,FTACD501V185JELHZ0,FTACD501V105JELHZ0,TACD2K474J,FTACD401V185JELHZ0,TACD2G155J,FTACD401V824JHLGZ0,FTACD801V124JDLCZ0,FTACD102V473JDLCZ0,TACD2K125J,FTACD501V824JHLGZ0,FTACD631V475JTLJZ0,FTACD102V684JFLEZ0,FTACD501V684JHLGZ0,TACD3A154J,TACD2G275J,TACD2F225J,FTACD3B1V565JFLEZ0,FTACD3B1V684JDLCZ0,FTACD102V224JELHZ0,TACD2F334J,TACD2F564J,TACD2F685J,FTACD631V684JELHZ0,FTACD251V685JFLEZ0,FTACD3B1V475JELHZ0,TACD3A474J,FTACD102V393JDLCZ0,FTACD631V224JDLCZ0,TACD2G274J,TACD2G395J,TACD2E475J,TACD2F226J,TACD2F335J,FTACD801V125JFLEZ0,TACD2K684J,TACD2F824J,FTACD631V274JDLCZ0,TACD2K563J,TACD2F105J,FTACD631V155JFLEZ0,TACD2K224J,FTACD801V154JDLCZ0,TACB,FTACD801V823JDLCZ0,TACD2F185J,TACD2F565J,FTACD251V275JELHZ0,TACD2E125J,FTACD401V565JFLEZ0,TACD2J474J,TACD3A124J,FTACD401V684JDLCZ0,FTACD102V104JHLGZ0,TACD2K683J,FTACD401V475JFLEZ0,TACD2G394J,FTACD501V564JHLGZ0,TACD2F126J,TACD2K823J,TACD2K104J,TACD2K564J,TACD2K225J,TACD2K334J,FTACD3B1V105JDLCZ0,FTACD251V106JFLEZ0,TACD2H155J,TACD2J475J,TACD2J124J,FTACD251V225JDLCZ0,FTACD251V156JFLEZ0,FTACD401V155JELHZ0,FTACD102V394JELHZ0,FTACD401V125JELHZ0,FTACD801V564JELHZ0,FTACD631V185JFLEZ0,FTACD801V104JDLCZ0,TACD2K105J,FTACD631V565JTLJZ0,TACD2K335J,FTACD102V563JDLCZ0,TACD2K824J,TACD2H275J,TACD2F684J,TACD3A473J,TACD2G825J,FTACD401V395JFLEZ0,TACD2J125J,FTACD801V224JHLGZ0,TACD2K184J

2018/04/21 - NIPPON CHEMI-CON - 技术文档代理服务技术支持批量订货

电子设备薄膜电容器

描述- HACESeries电子设备薄膜电容器，最大工作温度105℃，符合RoHS2标准。产品规格包括额定电压、电容容差、耐压、损耗因数和绝缘电阻等。提供不同型号和尺寸，适用于多种电子设备。

型号- FHACE631N155J2A2S0,FHACE631N474J0A0S0,FHACE1C2N105J4A4S0,FHACE202N224J2A2S0,FHACE631N105J1A1S0,FHACE202N184J2A2S0,FHACE631N684J1A1S0,FHACE1C2N684J2A2S0,FHACE1C2N155J5A5S0,FHACE162N274J2A2S0,FHACE1C2N474J2A2S0,FHACE162N334J2A2S0

2018/04/21 - NIPPON CHEMI-CON - 技术文档代理服务技术支持批量订货

电子设备薄膜电容器

描述- TACE系列电子设备薄膜电容器，最大工作温度105℃，符合RoHS2标准。电容器具有以下特性：额定电压范围250Vdc至1000Vdc，电容容差±5%，耐压无退化，损耗因子低，绝缘电阻高。标准额定值包括电容、尺寸和最大纹波电流。产品规格可能变更，请在购买和使用前咨询最新产品规格。

型号- FTACE631N335JEAES0,FTACE251N156JEAES0,FTACE631N226JEAES0,FTACE631N474JDADS0,FTACE401N825JEAES0,FTACE631N105JDADS0,FTACE631N155JHAHS0,FTACE401N126JFAFS0,FTACE102N474JHAHS0,FTACE102N155JFAFS0,FTACE251N226JFAFS0,FTACE401N106JFAFS0,FTACE251N186JEAES0,FTACE102N105JEAES0,FTACE631N684JDADS0,FTACE102N684JHAHS0,FTACE631N475JFAFS0,FTACE401N685JEAES0

2018/04/21 - NIPPON CHEMI-CON - 技术文档代理服务技术支持批量订货