KYOCERA to Increase MLCC Production for 5G, ADAS and EV Technology with New Manufacturing Plant
August 17, 2022——Expanded multilayer ceramic capacitor production at Kagoshima Kokubu Campus in Japan will help meet strong market demand, increased production is slated to begin in 2024.
KYOCERA Corporation (President: Hideo Tanimoto, hereinafter "Kyocera") announced today that it will construct a new production facility at its Kokubu Plant Campus in Kagoshima, Japan, to increase its production capacity of multilayer ceramic capacitors (MLCCs), strengthen engineering development capabilities, and ensure ample manufacturing space as Kyocera's business expands.
Demand for MLCCs is expected to grow as communication terminals and semiconductor devices become more compact and sophisticated. Additionally, the expanding commercialization of 5G data centers, ADAS (advanced driver assistance systems), and EV (electric vehicle) technology will be facilitated by smaller, more functional electronic components like MLCCs.
A signing ceremony held on August 17, 2022 included Kagoshima Governor Koichi Shiota, Kirishima City Mayor Shinichi Nakashige, and Kyocera officials. Construction will begin in February 2023 and the plant will begin operation in May 2024. The new plant will be located on the current site of Kyocera's Monozukuri R&D Laboratory, which will be demolished in September 2022.
In addition to enhancing its electronic components business, Kyocera aims to stimulate economic development in Kagoshima Prefecture and to create new employment opportunities in the community.
Outline of New Facility
- |
- +1 赞 0
- 收藏
- 评论 0
本文由上山打老虎转载自KYOCERA News,原文标题为:KYOCERA to Increase MLCC Production for 5G, ADAS and EV Technology with New Manufacturing Plant,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。
相关推荐
Knowles‘s Safety-certified MLCCs Overcome EMI in Electric Vehicle Applications
With Knowles‘s newly expanded range of enhanced MLCCs, Knowles Precision Devices now offers a unique combination of capability and safety certification for electronic device applications like the components used in EVs.
Looking Closer at Smoothing Capacitors in Electric Vehicles
For electric vehicle (EV) applications, smoothing capacitors are commonly used in the on-board charger (OBC), which is responsible for converting AC power from the electric grid into DC power that charges the vehicle’s battery.
探索电容器在电动汽车中的关键作用(上)
当代技术,尤其是电动汽车(EV)的电力系统,普遍显示出极高的复杂度。这些系统在电动汽车的运行中发挥着至关重要的作用,包括高效地在交流电(AC)和直流电(DC)之间进行双向转换,以及在DC-DC转换过程中精确控制波动的功率水平。为迎合电力系统的多样化需求,包括陶瓷电容器、薄膜电容器以及铝电解电容器等许多的电容器被设计来满足特定的应用要求,以确保电力系统的高效和稳定运行。
Kyocera(京瓷)电容器选型指南(英文)
How to Order Multilayer Ceramic Chip Capacitors Multilayer Ceramic Chip Capacitors Dimensions etc KGM Series Multilayer Ceramic Chip Capacitors Dimensions etc KGT Series Multilayer Ceramic Chip Capacitors Dimensions etc KGU Series Multilayer Ceramic Chip Capacitors Dimensions etc KAM Series Multilayer Ceramic Chip Capacitors Dimensions etc KGN Series Multilayer Ceramic Chip Capacitors Dimensions etc Test Conditions and Standards Packaging & Precautions Notes for Using the Catalog
KYOCERA - CAPACITORS,电容器,MULTILAYER CERAMIC CHIP CAPACITORS,积层陶瓷电容器,CM02X5R104□06A#,KGM03CR50G475M#,KGM31AS72A225□#,CU02CΔ150□16A#,CM02X7R152□16A#,KGM02ACΔ1E4R0□#,CM105X5R476M06A#,KGM02ACΔ1E180□#,KGM03CT61A224□#,CM02CΔ820□16A#,KGM03CR51A105M#,CM05X6S105M10A#,CM03X5R473□10A#,CM05X5R475M10A#,CM02CΔ680□16A#,KGU02ACΔ1C120□#,KGM15,KGT21 SERIES,CT03X5R105□06A#022,CM316X5R106□25A#,KGM32AR71E106□#,KGM02AR71C152□#,KGU02ACΔ1C8R0□#,KGM02AR51C102□#,KGM03AR51A683□#,KGM03BR50J105□#,KGU02ACΔ1E4R0□#,KGU02ACΔ1C240□#,KGM02ACΔ1C470□#,KGM03AR51A223□#,KGM02ACΔ1C820□#,KGM21,KGM21AR71C475□#,KGM05CT71A475M#,CU02CΔ9R0□16A#,KGM31HS72A475,KGM03AR51A333□#,CM02X5R222□16A#,CM03X5R224□16A#,KGM SERIES,CM02CΔ470□16A#,KGM05AS61C225M#,KGM03AS70J104□#,KGU02ACΔ1C1R0□#,CU02CΔ5R0□16A#,CU02CΔ1R0□16A#,KGM05BR50J156M#,KGM05BR51A475M#,CM05X5R226M06A#080,KGM02AR51C222□#,KGM03AR51A224,KGM31AR71C106□#,CM21X7T226M06A#,KGT03YT60G105M#,CU02CΔ8R0□25A#,KGM05AR51A474□#,KGM03AR51A223,CM03X5R105M16A#,CM316X7R226□10A#,KGM05AS70J105□#,KGN05BR50G156MH,KGM02AR51C101□#,KGM03CR51A225M#,CM105X5R226M10A#,CU02CΔ4R0□25A#,KGM05CR51A475,KGM15CS60G226M#,CM05X7S105□06A#,AR05X7R105□06A#,KGM05AR70J474,CM02CΔ8R0□25A#,CM03X5R683□10A#,KGU SERIES,KGM02,KGM05BR50G156M#,CM02CΔ4R0□25A#,CM03X5R225M06A#035,KGM05CS60J475M#,KGM05,KGM32AR51C106□#,KGM03,CM03X6T225M04A#,CM03X6S105M04A#039,CM02X7R102□16A#,CM32X7R106□25A#,KGM31AR51E106□#,KGM21AS60G107M#,KGM02AR51C332□#,KGM31AR71H475□#,KGU02ACΔ1ER20□#,CU02CΔ100□16A#,KGT03YR50J104□#,CM21X5R106□16A#,CM05X5R225□10A#,CM105X6S106M16A#,KGT03YT60G105,KGN05ZS60E435MH,KGM05CR50J226M#,KGM15CT71A106M#,CM02X5R681□16A#,CM02X5R332□16A#,CM03X6T224□10A#,CM02X5R151□16A#,KGU02ACΔ1E3R0□#,CM21X6S226M16A#,KGM02ACΔ1E1R5□#,KGM21AR51A226,CM05X6S225M16A#055,KGM15CR51V475□#,CM105X5R475□25A#,CM05X6S474M10A#,KGM03CS61A105M#,CT05X6T105M04A#022,CM05X5R106M10A#,KGT03 SERIES,KGU02ACΔ1C7R0□#,KGM05DR50J226M#,KGM02ACΔ1C680□#,KGN05CR50G106,KGM21AR51C106□#,KGU02ACΔ1E1R5□#,CM02CΔ390□16A#,KGM05CR51E475M#,KGM15CT71A475,KGM02ACΔ1C330□#,CM03X5R475M04A#,KGT03YR50J105□#,CM05X5R226M04A#,CM105X5R475□35A#,CM105X7T106M06A#,CU02CΔ8R0□16A#,KGM31,CM105X6S226M10A#,KGM32,KGU02ACΔ1C2R0□#,KGM03BR50J225M#,CU02CΔ100□25A#,KGM05AR51A225□#,KGM05BS60J475M#,CM05X5R105□16A#,KGM02AR71C151□#,KGM02AR51C103□#,KGU02ACΔ1C220□#,CM316X7R475□50A#,KGT31LCΔ1H134JT,KAM SERIES,CM105X7T475□10A#,CM02CΔ100□25A#,KGM02AR50J153□#,KGM02ACΔ1E3R0□#,KGM05CR50J106M#,CM316X7S225□100A#,CM03X6T225M02A#,CM05X6S475M10A#,KGM05CS60J106M#,KGT05ZR50J106,KGM02ACΔ1C560□#,KGM21AS72A105,KAM21AS71A106□#,KGM15CS61A226M#,KGU02ACΔ1E2R0□#,CT05X5R105□06A#033,KGM31AS72A225,KGM05CS60J475,KGM15CT70J106,CM02CΔ1R0□25A#,KGM03BT60E105,KGU02ACΔ1E100□#,KGM02ACΔ1E2R0□#,KGM21AT70J226,KGM21AT71A226,KGM05AR71E104□#,KGU02ACΔ1ER120,KGM05CR51V225M#,KGM15CS60J226M#,CM05X6S106M06A#,CM02X5R683□06A#,CM105X5R106□25A#,KGM03DS60E475MH,CT05X6T106M02A#050,CM05X6S474M16A#,KGM05BS71A225□#,CU02CΔ5R0□25A#,CU02CΔ1R5□16A#,KGM15CR51C226M#,CM02CΔ7R0□25A#,CU02CΔ7R0□25A#,KGM03AR51A473□#,CU02CΔ1R0□25A#,KGM02ACΔ1E100□#,CM05X7T475M10A#,KGM05AR51A105□#,CU02CΔ180□16A#,CM02CΔ101□16A#,CM05X7S225□06A#065,CM02CΔ5R0□25A#,KGM15CR51E475□#,CM316X5R475□50A#,CM02X7R471□16A#,CM05X5R226M06A#,KGM02ACΔ1E220□#,CU02CΔ6R0□16A#,CU02CΔ2R0□16A#,KGM02ACΔ1E9R0□#,KGM02ACΔ1C270□#,CM02X5R223□06A#,KGM05CR50G226M#,KGM15CR51A226M#,CM02X5R331□16A#,CM02CΔ330□16A#,KGM31AR52A225,CU02CΔR50□25A#,CM316X5R225□25A#,CM02X5R153□06A#,KGU02ACΔ1E9R0□#,CM02X5R221□16A#,KGM02AR50J473□#,KGM02AR51C472□#,CM05X5R105□25A#,KGN05CS60E106MH,KGU02ACΔ1C150□#,KGM03DR50J475,KGM21AR50G107M#,KGM05CR51E225M#,CM05X6S105□25A#,KGM03AR50J474□#,CM02CΔ1R5□25A#,KGM02AR51C221□#,KGM15CT70J106M#,CM03X5R105□06A#,KGT05YR50J475,KGM21AS61C226M#,CM03X5R104□10A#,KGM05CR51C475M#,CM05X5R475M10A#065,CM03X7T105M06A#,KGM02ACΔ1E1R0□#,CM105X7R105□25A#,CU02CΔ240□16A#,CM03X6S475M02AH055,CM21X5R226M10A#,CM105X6S226M04A#,KGU02ACΔ1C9R0□#,CM316X7R226□06A#,KGM02AR51C681□#,KAM,KGT05XT60G105M#,KGM05CR51A475M#,KGM31AR70J226□#,CM05X7S105M04A#,CM05X5R156M06A#,CM02CΔ150□25A#,KGM02AR51C331□#,AR21X7S106□10A#,KGM05CS61A475M#,KGU02ACΔ1E120□#,CM02CΔ270□16A#,KAM05,CU02CΔ7R0□16A#,CM02CΔ180□25A#,KGM05BS70J225□#,CU02CΔR50□16A#,KGM03CR51C105M#,CU02CΔR20□25A#,CM21X5R107M04A#,KGM02ACΔ1E120□#,KGM15CR51V106M#,CM05X5R474□16A#,CM05X5R105□35A#,CM32X5R106□50A#,KGM31AR71E106□#,KGM05BS70G225M#,KGM03CT60E225M#,CM03X5R224□25A#,CM02CΔ6R0□25A#,CM02CΔ220□25A#,CU02CΔ6R0□25A#,KGM02AR50J683□#,KGM15CS61C106M#,KGM21AT70J226M#,CM05X7R104□25A#,KGU02ACΔ1E1R0□#,KGM02AR51C682□#,KGM03CS60J105M#,KGM21AS60J226M#,CU02CΔ1R5□25A#,CM05X6S226M04A#080,KGM03CT70J105M#,CM02X5R472□16A#,CM05X5R104□25A#,KGM15CS61A106□#,KAM21,CM05X5R225□16A#,KGM02AR50J333□#,CM05X7S225□10A#065,CM21X6S226M10A#,CM105X5R106M35A#,CM03X7S104□06A#,KGM02AR51C152□#,KGM32AR51E106□#,KGT05YR50J225M#,KGM02AR50J224□#,KGU02ACΔ1C180□#,KGM02AR71C102□#,KGM15CS61A106,KGM15CR50J476M#,CM105X6S226M06A#,KGM21AS72A105□#,CM05X7R474□06A#,KGM05AS70G105M#,CM02X5R104□10A#,CM05X5R156M04A#,KGU02ACΔ1ER20,KGM21AR51A226M#,KGM15CR51E106□#,KGT03,KNH05X5R156M04AH,CM21X6S107M04A#,KGT05,CT05X5R225M06A#033,KGU02ACΔ1E7R0□#,CM316X7R106□25A#,KGM03CT60G22,COMMERCIAL,汽车,电子控制单元,RF POWER AMPLIFIER,ADAS,LCD PANEL,液晶面板,ABS,ESC,MOBILES,智能手机,射频功放,SMARTPHONES,POWER SUPPLY,WEARABLE DEVICES,MEMORY CARDS,平板,INDUSTRIAL EQUIPMENT,移动电话,防抱死制动系统,存储卡,COMMERCIAL EQUIPMENT,电源,ECU,商业的,可穿戴设备,工业设备,AUTOMOTIVE,TABLETS,HIGH-SPEED OPERATING PROCESSORS,高速操作处理器,电子稳定控制系统
Kam系列多层陶瓷片式电容器
该资料介绍了Kyocera的多层陶瓷片式电容器系列产品,包括其设计、特性、尺寸、应用领域和测试标准。产品适用于各种通用和专业应用,具有高可靠性和严格的品质控制。
KYOCERA - TWO TERMINAL CAPACITORS,MULTILAYER CERAMIC CHIP CAPACITOR,多层陶瓷贴片电容器,三端电容器,THREE TERMINAL CAPACITORS,双端电容器,KAM03AR70J104□#,KAM21AS71A106□#,KGM SERIES,KAM15CR70J475□#,KAM03CT70J474,KAM05,KAM05CR71A105□#,KAM03,KAM21,KGM03CR50J225MH□□□,KAM05AR71A474□#,KAM15AR71A105□#,KAM21AR71A106□#,KAM05AR70J105□#,KAM05CT70J475□#,KAM05CT70J225□#,KAM21 SERIES,KAM21AR71A106,KAM05CT71A225M#,KAM15AR71C105□#,KAM15,KAM05AR70J474□#,KAM15AR70J225□#,KAM SERIES,KAM05 SERIES,KGU SERIES,KAM03 SERIES,KAM05CT70G106□#,KGM,KGT SERIES,KGN05,KAM,KAM03CT70J474□#,KGU,KGT,KAM15AR71A225□#,KAM03CT70J105,KAM03CT70J105□#,KAM15AR70J105□#,防抱死制动系统,液晶面板,ABS,ESC,汽车,ECU,电子控制单元,ADAS,LCD PANEL,AUTOMOTIVE,电子稳定控制系统
Introducing Kyocera‘s Small and Thin MLCCs for Semiconductor Applications and Operable at 105℃
Kyocera has introduced a new addition to the product lineup—the thin 2.2μF capacitor, EIA0503 size (1.15×0.65mm), which can be mounted in BGA gaps of thickness 0.22mm or less. The small and thin products are operable at the high-demand 105℃ temperature limit.
800H系列NPO陶瓷高RF功率多层电容器RF/微波多层电容器(MLC)
该资料介绍了KYOCERA AVX公司的800H系列NPO陶瓷高射频功率多层电容器。这些电容器适用于要求一致且可靠运行的高射频功率应用,具有超低ESR、高Q值和高射频电流/电压能力。
KYOCERA - 高射频功率NPO陶瓷多层电容器,RF/MICROWAVE MULTILAYER CAPACITORS,射频/微波多层电容器,NPO CERAMIC HIGH RF POWER MULTILAYER CAPACITORS,800H SERIES,800 H SERIES,800H,800 H,800H221JMN8000X-,发报机,医学,INDUCTION CHARGING SYSTEMS,等离子体室,INDUCTIVE HEATING,射频功率放大器,磁共振成像线圈,感应加热,PLASMA CHAMBERS,TRANSMITTERS,ANTENNA TUNING,感应充电系统,MRI COILS,HF POWER AMPLIFIERS,天线调谐,RF POWER AMPLIFIERS,高频功率放大器,MEDICAL
Looking Closer at DC Link Capacitors in Electric Vehicles
In electric vehicle (EV) applications, DC link capacitors help offset the effects of inductance in inverters, motor controllers, and battery systems. They also serve as filters that protect EV subsystems from voltage spikes, surges, and electromagnetic interference (EMI).
920C系列X7R陶瓷RF功率多层电容器
该资料介绍了KYOCERA AVX公司生产的920C系列X7R陶瓷射频功率多层电容器。这些电容器具有优越的质量和竞争力价格,适用于各种射频和微波应用。电容器采用陶瓷结构,提供坚固可靠的密封封装,具有低ESR/ESL、高可靠性和多种封装选项。
KYOCERA - RF/MICROWAVE MULTILAYER CAPACITORS,射频/微波电容器,X7R CERAMIC RF POWER MULTILAYER CAPACITORS,MLC,MLC电容器,射频/微波多层电容器,X7R陶瓷射频功率多层电容器,RF/MICROWAVE CAPACITORS,MLC CAPACITORS,920C,920C105MW100T,920C SERIES,MEDICAL ELECTRONICS,HF AMPLIFIERS,HIGH FREQUENCY SMPS FILTERS,模式电源开关,高频SMPS滤波器,医学电子学,SWITCH MODE POWER SUPPLIES,高频放大器
AT系列片式多层陶瓷电容器
本资料介绍了多层陶瓷片式电容器(MLCC)的产品特性及应用。主要内容包括AT系列电容器的功能、尺寸规格、额定电压、容值范围、损耗角正切等参数,并提供了不同型号的电容器尺寸图和公差信息。
KYOCERA - MULTILAYER CERAMIC CHIP CAPACITORS,积层陶瓷电容器,AT SERIES,AT05,AT03,AT02,OPTICAL COMMUNICATIONS,光通信
电容器在电源稳压电路中的应用
本文探讨了电容在电源稳压器电路中的应用。随着电子技术的进步,消费电子产品变得更加智能,其组件尺寸缩小,导致电路设计更加密集。文章强调了在电源网络中使用多个电容器来衰减高频数字噪声的重要性。文章详细介绍了电容的基本参数,如导纳、阻抗和容抗,以及不同类型电容(如薄膜、陶瓷和钽电容)的特点。此外,文章还讨论了电容在电源稳压器电路中的具体应用,包括滤波、能量存储和噪声抑制等功能。最后,文章通过实例说明了并联电容对电路性能的影响,并强调了选择合适电容类型和参数的重要性。
KYOCERA - MLCCS,CAPACITORS,TANTALUM-POLYMER CAPACITOR,电容器,多层陶瓷电容器,钽聚合物电容器,0805YC105KAT2A,0805YC104KAT2A,TCJD106M050R0120E,电源调节器电路,POWER SUPPLY REGULATOR CIRCUITS
质量管理体系注册证书.ISO/TS 16949:2009
AVX Limited持有ISO/TS 16949:2009质量管理体系认证,证书编号TS 531500-000。该认证覆盖其设计和制造多层陶瓷电容器的业务范围,包括远程支持功能,如AVX Czech Republic, s.r.o.的采购和供应商管理。证书有效期为2016年3月10日至2018年9月14日。
KYOCERA - MULTILAYER CERAMIC CAPACITORS,多层陶瓷电容器
多层陶瓷电容器的低压性能
本文探讨了多层陶瓷电容器在低电压、低阻抗应用中的性能,包括绝缘电阻的降解机制。研究发现,无物理缺陷的电容器在低电压和高电压下均未出现绝缘电阻的下降。具有物理缺陷的电容器在低电压和高电压下均表现出相似的性能下降。此外,电流脉冲测试并未导致绝缘电阻进一步下降,表明低电压应用中的绝缘电阻下降与物理缺陷有关,而非电容器本身的应用。
KYOCERA - MULTILAYER CERAMIC CAPACITORS,MLC电容器,多层陶瓷电容器,MLC CAPACITORS
汽车通用多层陶瓷电容器:AMT系列(汽车级表面贴装MLCC)
该资料介绍了AEM公司的AMT系列汽车级表面贴装多层陶瓷电容器(MLCC)。这些电容器采用C0G/X7R介电材料,具有高电气精度、稳定性和可靠性。产品尺寸从0201到1210不等,适用于导航与信息系统、娱乐设备、电动汽车BMS、车载充电器和DC-DC转换器以及逆变器等。
AEM科技 - 汽车通用多层陶瓷电容器,汽车级表面贴装MLCC,MLCCS,AUTOMOTIVE GRADE SURFACE MOUNT MLCCS,AUTOMOTIVE GENERAL MULTILAYER CERAMIC CAPACITORS,多层陶瓷电容器,AMT SERIES,AMT31NR47K251ECG,AMT,AMT TYPE,INVERTER,汽车,BMS,ENTERTAINMENT EQUIPMENT,ELECTRIC VEHICLE,AUTOMOTIVE,ON-BOARD CHARGER,AUTOMOTIVE INFOTAINMENT SYSTEMS,DC-DC变换器,DC-DC CONVERTER,电动车,逆变器,INFORMATION EQUIPMENT,车载充电器,NAVIGATION EQUIPMENT,汽车信息娱乐系统,导航设备,信息设备,娱乐设备
AMT系列(汽车级表面贴装MLCC)汽车通用多层陶瓷电容器
该资料介绍了AMT系列汽车级表面贴装多层陶瓷电容器(MLCC)。这些电容器采用X7R介电材料制造,具有高电气精度、稳定性和可靠性。产品符合AEC-Q200标准,适用于导航与信息设备、娱乐设备、电动汽车BMS、车载充电器和DC-DC转换器以及逆变器等。
AEM科技 - 汽车通用多层陶瓷电容器,汽车级表面贴装MLCC,AUTOMOTIVE GRADE SURFACE MOUNT MLCCS,AUTOMOTIVE GENERAL MULTILAYER CERAMIC CAPACITORS,MLCC,AMT SERIES,AMT,AMT1206NR47K251ECG,INVERTER,BMS,ENTERTAINMENT EQUIPMENT,ELECTRIC VEHICLE,ON-BOARD CHARGER,AUTOMOTIVE INFOTAINMENT SYSTEMS,DC-DC变换器,DC-DC CONVERTER,电动车,逆变器,INFORMATION EQUIPMENT,车载充电器,NAVIGATION EQUIPMENT,汽车信息娱乐系统,导航设备,信息设备,娱乐设备
电子商城
品牌:KYOCERA
品类:Multilayer Ceramic Capacitors
价格:¥0.2858
现货: 7,500
现货市场
登录 | 立即注册
提交评论