Rogers curamik® Ceramic Substrates offer superior thermal properties and have applications in many of the world‘s most advanced electronic systems

时间： 2022-04-21 来源：ROGERS

技术问答

Ceramic substrates are materials typically used in Power Modules with unique thermal, mechanical and electrical properties that make them ideal for demanding power electronics applications. These substrates enable the electrical function of a system providing mechanical stability and a superior thermal performance to meet the requirements of each unique design.

Ceramic Substrate Advantages

Ceramic substrates are usually found within the copper/metal layers of a Power Module as part of a power electronics circuit. They assist in the function similar like a PCB, allowing it to best perform its desired purpose. The diagram below shows a typical representation of the location and function of the substrate.

There are many advantages in choosing a ceramic substrate over other substrates based on metal or plastic. ROGERS curamik® Ceramic Substrates offer superior thermal properties such as high-heat conductivity, extended heat capacity and enhanced thermal spreading. Their low coefficient of thermal expansion enables a range of mechanical benefits making them suitable for the most critical applications. On top of this, they provide a rugged electrical insulation protecting the users from the electrical system.

Types of Ceramic Substrates

Choosing the right substrate for your application is a key factor in optimizing the performance of your system. Our Advanced Electronics Solutions team is available to help you select the ideal substrate and find the best trade off among mechanical parameters, thermal performance and cost.

Rogers' curamik® portfolio includes curamik® Power, curamik® Power Plus, curamik® Thermal and curamik® Performance substrates.

*Values are valid for bare ceramics

Applications for Rogers Substrates

Ceramic substrates have applications in many of the world's most advanced electronic systems, including the expanding renewable energy and vehicle electrification industries. Below are just a few notable markets and applications that can benefit from the implementation of curamik® substrates.

Electric and Hybrid Vehicles and Vehicle Electrification

Many upgrades in automotive comfort and safety features are driven by advances in vehicle electrification. Automakers are also notably interested in electrifying cars’ powertrains from mild hybrid into full electric vehicles to meet growing market demand for low emissions vehicles.

More electrification requires more power. High-current, high-voltage solutions are needed to drive all-new electric functionalities within strict mechanical boundaries. Because of their superior qualities, Rogers substrates are found in market applications including electric power steering, electrical braking systems, integrated starter alternators, diesel and water-pump controls, motor and engine controls, and converters/inverters for HEV/ EV, LED lighting and alternators.

Renewable Energy

Rogers substrates can be found in diverse applications throughout the renewable energy industry, including technologies used for wind and solar energy production and storage, such as inverters for photovoltaic solar (PV) and wind as well as concentrators for concentrator photovoltaics (CPV).

Industrial

Our curamik® substrates have shown excellent performance in broad applications under the umbrella of the general industry. Some industrial applications for ceramic substrates include pump controls, variable frequency drives, traction drives, power supplies, Peltier coolers, customized motor controls, standardized semiconductor modules with chips on board, DC/DC converters and AC/DC converters.

Major Home Appliances

Demand for large electrical home appliances (also known as white goods) is influenced by customer preference for energy efficiency, noise control, maintenance accessibly and safety features. Rogers substrates have a number of applications in major home appliances, including the intelligent power modules that drive appliance motors.

Contact Us About curamik® Metalized Ceramic Substrates

With almost 40 years of expertise in joining metal and ceramic technologies, Rogers is a trusted, leading manufacturer of Direct Bonded Copper (DBC) and Active Metal Brazing (AMB) substrates under the curamik® brand.

Rogers offers full access to our team to customize a product design to match your design's unique needs. Contact us for additional information or assistance on your project.

发送到邮箱 |
+1 赞 0
收藏
评论 0
| 转发至：

本文由翊翊所思转载自ROGERS，原文标题为:Overview of Ceramic Substrates，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

Applications for Metallized Ceramic Substrates

Direct Bonded Copper (DBC) and Active Metal Brazed (AMB) ceramic substrates are used in multi-chip modules for electric power conversion in order to convert. Each application comes with its own specific requirements for the multi-chip power modules, hence the variety of substrates inside the modules. In this blog, we look at common applications for multi-chip power modules to understand the rationale behind each technology. The common applications are industrial equipment, consumer, new energy, rail traction and automotive.

厂牌及品类发布时间 : 2021-08-15

ROGERS正在大规模生产可用于更高功率密度的新型Si3N4 AMB 基板

随着功率半导体在诸如电动汽车和储能等应用中的重要性日益增加，面临的成本和性能压力也不断加大，这需要不断地创新来满足市场的需求。幸运的是，新的Si3N4陶瓷原料现已上市，ROGERS正在利用其强大的合作伙伴网络大规模生产更高性能的Si3N4 AMB 基板。

厂牌及品类发布时间 : 2021-08-17

凭借陶瓷基板和冷却解决方案创新方面的成功，Rogers首次荣获TOP 100创新成功奖章

Rogers Germany的创新示例包括为一种名为碳化硅(SiC)的新型功率半导体器件提供基板，该器件显着提高了电动汽车的效率，以充分利用其电池组。

厂牌及品类发布时间 : 2023-03-14

ITW（依工聚合）粘合剂/密封剂/点胶设备/耐磨化合物/环氧树脂/聚氨酯选型指南

描述- ITW Performance Polymers offers a wide range of products to the mining, coal-fired power, alternative energy (wind), transportation, marine,composites, engineered construction and general industrial markets.

型号- DEVCON® HP 250,MA8120 GB,MA300,MA420,SC VELR 4000,SC 7315,PLEXUS® MA2000 SERIES,PDR 9000,PLEXUS® MA420W,MA8105 GB,SC PDR 9000,SC 1050,SC 1500-LS,PC-120,PLEXUS® MA2030,PLEXUS® MA2045,MA1020,MA2230,PLEXUS® PU2105,MA310,MA1025,MA550,PLEXUS® MA832,SC 2000-OS LS,PLEXUS® MA830,GPE 30,PLEXUS® MA205HV,PLEXUS® MA320,TE 2400,SC PDR 6000,MA425,SC 4055,SC 1060,MA422,AO420,SC ALPHACOA® 1700,PU2105,PLEXUS® MA8105 GB,MA2245,PLEXUS® MA420FS,SC 900,PLEXUS® MA422,PLEXUS® MA300,PLEXUS® MA425,ALPHACOAT® 1710,MA560-1,PLEXUS® MA550,PLEXUS® MA8000 SERIES,PLEXUS® MA310,EPOXY PLUS™ 25,PLEXUS® MA2290,MA530,MA2015,F-2,SC 2000-CM,PDR 6000,PLEXUS® MA560-1,PLEXUS® MA420,GPE 100,SC 4000 HDT,ALPHACOAT 1700,MA920,PLEXUS® H4110,SC ALPHACOAT® 1700,SC 5000,PLEXUS® MA2230,PLEXUS® MA1020,GPE 3,PLEXUS® MA1025,PLEXUS® MA920,MA8110 GB,TE 1000,PLEXUS® MA530,DEVCON® FLEXANE® 80,ALPHACOAT 1710,MA590,PLEXUS® MA2000,PLEXUS® MA2245,MA420W,H4110,PLEXUS® MA8110 GB,SC 4600 HTT,2000-OS LS,ALPHACOAT® 1700,MA420FS,DEVCON® FLEXANE® 94,MA2030,MA2045,SC 4500,MA320,PLEXUS® MA2015,FLEXANE® FL-10,DEVCON® EPOXY COAT™ 7000 AR,SC 2000-HS,PLEXUS® MA590,DEVCON® CLEANER BLEND 300,DEVCON® EPOXY COAT™ 7000 NON-VOC,MA832,PLEXUS® MA8120 GB,MA830,DEVCON® WEAR GUARD™ 300RTC,DEVCON® EPOXY PLUS™ 25,SC 2045,SC 1070,SC 6000,SC1070,SC 1800-LS,DEVCON® EPOXY COAT™ 7000,GPE 15,WR-2,FLEXANE® FL-20,DEVCON® DEV-THANE™ 5,MA205HV,1800-LS,SC 2000-OS,MA2290,SC 4750,PLEXUS® MA8000

选型指南 - ITW - 2024/4/3 PDF 英文下载

Rely On Rogers | 罗杰斯电力电子解决方案助力智能电网可靠高效运转

ROGERS罗杰斯在智能电网中，通过curamik®高效陶瓷基板和ROLINX®高可靠母线排，显著提升设备效率与可靠性。curamik®基板以卓越导热、高绝缘及低热膨胀特性，保障电力电子器件稳定运行；ROLINX®母线排则凭借低电感、高功率密度设计，实现高效配电。罗杰斯以创新技术助力智能电网发展，提供定制化解决方案，满足复杂电力需求。

产品发布时间 : 2024-09-10

Rogers developed Thermal Simulation Tools to Accelerate Time to Market

The team at Rogers developed a series of simulation tools using our extensive experience. In this blog, Rogers will showcase a small portion of these simulation tools using a simplified thermal model.

设计经验发布时间 : 2022-06-11

【材料】罗杰斯curamik®金属化陶瓷基板使能高效可靠的电力分配方式，最大程度地降低传导损耗

大型家用电器以及空调和供暖系统都需要高效可靠的电力分配方式，罗杰斯的curamik®金属化陶瓷基板让变频驱动器和高效转矩电机以及IGBT 和 MOSFET 模块得以实现，将电力分配到更广泛的功能区，同时最大程度地降低传导损耗。

产品发布时间 : 2024-08-15

散热解决方案专家 | 罗杰斯激光二极管curamik®散热解决方案重量更轻、体积更小，冷却效率比传统模块结构高出4倍以上

罗杰斯提供了两种用于激光二极管的散热解决方案，分别是液冷散热器与被动散热。

产品发布时间 : 2024-05-29

聚焦奥运 | 罗杰斯curamik®陶瓷基板和ROLINX®母线排等产品助力可再生能源应用书写奥运新历史

罗杰斯公司提供多种材料解决方案，可提高可再生能源应用的效率、可靠性和性能。curamik®陶瓷基板用于逆变器的电源模块，旨在承载更高的电流，并在更广的工作温度范围内提供更高的电压绝缘性能。而我们定制化设计的ROLINX®母线排在风力涡轮机、太阳能发电场以及储能的整个生命周期内为各种电力电子元件之间提供了节能高效的连接。

应用方案发布时间 : 2024-08-14

curamik® CERAMIC SUBSTRATES Technical data sheet

型号- CURAMIK®

数据手册 - ROGERS - Version 1.19en - 1.19 PDF 英文下载查看更多版本

罗杰斯curamik®陶瓷基板常见问题解答（第一期）

近年来，随着电力电子行业的迅猛发展，金属化陶瓷基板作为应用于该领域的重要材料也被越来越多的从业人员熟知。为此，ROGERS特推出两期关于陶瓷基板的常见问题汇总，内容涵盖陶瓷基板基础常识、材料信息、设计选型、工艺解读、市场应用及罗杰斯产品订购等相关内容。本文为第一期，主要涉及陶瓷基板的基础常识和材料信息等问题，欢迎您持续关注！

设计经验发布时间 : 2024-07-18

Rogers Corporation’s Curamik® Ceramic Substrates, Low Inductive ROLINX® Laminated Busbars Power Renewable Energy Sources

The 2024 Paris Summer Olympic Games have captivated audiences worldwide, and part of that excitement has centered around the new and innovative technology applications utilized in this year’s games. Many of these technologies are enabled by materials that Rogers Corporation manufactures, including applications in footwear, 5G wireless infrastructure, renewable energy, and more.

厂牌及品类发布时间 : 2024-08-08