EXXELIA FCM-19036E2BF100
" (1920)Certificate of Approval Exxelia SIC SAFCO ISO 9001:2015 ISO 9001 – 0032890
EXXELIA Certificate of non-use of Conflict Minerals
磁性元件EXXELIA等级
本资料详细介绍了EXXELIA公司磁性元件的不同等级及其质量管理和制造标准。资料涵盖了不同等级(商业级、新太空级、工程模型/等效模型、飞行模型)的元件用途、材料、生产方式、测试和检验要求,以及符合的规范和标准,如EN/AS9100:2016、ESA ESCC 3201等。此外,还提到了RoHS和REACH合规性、质量管理体系以及测试报告和证书的要求。
Certificate of Registration Exxelia Dearborn lnc. / Exxelia RAF Tabtronics AS9120A
CERTIFICATE OF APPROVAL EXXELIA TEMEX Voie Romaine-Parc industriel Bersol 1 33600 PESSAC,France ISO 9001:2008
Certificate of Registration Exxelia Dearborn lnc. / Exxelia RAF Tabtronics LLC AS9120B with ISO 9001:2015
MicroPen Technologies Corporation DBA Exxelia MicroPen和Exxelia Ohmcraft AS9100D获得ISO 9001:2015质量管理体系认证证书(C0591489-AS1)
Micropen Technologies Corporation(Exxelia Micropen 和 Exxelia Ohmcraft)的质量管理体系已通过NSF-ISR的评估,符合AS9100D与ISO 9001:2015标准。该体系涵盖精密电阻、特殊电子组件和传感器的研发与制造。证书编号为C0591489-AS1,有效期至2025年2月27日。
Exxelia越南EN 9100:2018 AS 9100:D-JISQ 9100:2016认证(FR074252-1)
EXXELIA VIETNAM获得Bureau Veritas认证,其管理体系符合EN 9104-001:2013航空航天供应商质量体系认证方案,并满足EN 9100:2018和AS 9100:D/JISQ 9100:2016标准要求。认证范围包括磁性元件、绕线磁性元件、电感器、变压器、传感器、电机定子及执行器制造。证书有效期为2022年4月6日至2024年4月13日。
Exxelia Ohmcraft符合REACH标准的声明
Exxelia Micropen旗下的Ohmcraft电阻器产品符合欧盟REACH法规要求。Ohmcraft电阻器作为“物品”类别,不涉及REACH注册要求。Ohmcraft确保其电阻器不含REACH高度关注物质(SVHC)和受限制物质,供应商需提供相关证明文件。Ohmcraft电阻器不释放任何物质,因此无需注册。
Certificate of Registration Exxelia Dearborn lnc. / Exxelia RAF Tabtronics ISO 9001:2008
Certificate of Registration Exxelia Dearborn lnc. / Exxelia RAF Tabtronics AS9100C
Certificate of Registration Exxelia DeYoung Inc. ISO 9001:2008 and AS9100C
Certificate EXXELIA MAROC ISO 9001:2008
Certificate of Registration Exxelia Dearborn lnc. / Exxelia RAF Tabtronics LLC AS9100D with ISO 9001:2015
EXXELIA TECHNOLOGIES EN 9100:2009 AS 9100C-JISQ 9100:2009
WHAT ABOUT EXXELIA'S HIGH TEMPERATURE CAPACITORS?
Exxelia has a long history providing high temperature capacitors to various industries. Several dielectrics, such as plastic (PTFE; PI; & PEI), reconstituted mica, aluminum electrolytic, tantalum and ceramic are used for manufacturing high temperature capacitors. Many are impregnated with solid thermo-setting resins such as epoxy, polyester or silicone. These technologies provide very high stability of mechanical and electrical characteristics with temperature capabilities of -55°C to as high as +230°C, depending on the dielectric technology, and some do not require voltage de-rating. Rated voltages span from 30 VDC to as high as 60,000 VDC with capacitance ranges 100pF to 30µF.
WHAT ABOUT EXXELIA'S HIGH TEMPERATURE TANTALUM CAPACITORS?
High temperature tantalum products are designed for use in situations where you might be using down-hoe drilling equipment, for example. They are ideal for this type of input and output due to their capabilities for high ripple current. They have also been known to have the additional benefit of current values that offer lower leakage compared to other types of capacitor technologies.
WHAT ABOUT EXXELIA'S HIGH TEMPERATURE CERAMIC CAPACITORS?
High temperature ceramic capacitors and high temperature mica capacitors are often used in situations that require a higher voltage or a higher power than normal. Because of the ways in which they are built, they can offer low ESR and excellent inrush current and ripple capabilities that other types of capacitors cannot. The only downside is that they tend to be physically larger than other types of capacitors. The automotive industry is another area where high temperature capacitors are required. The temperature conditions can vary dramatically depending on what area of a car you’re talking about. The brake systems, the engine and the transmission are often the most temperature intensive areas.
DURABLE CAPACITORS FOR EXCEPTIONAL PERFORMANCE
Exxelia’s film capacitor product lines include a wide array of custom designs using state of the art technologies combined with the latest developments in dielectric films (including polyester, polypropylene, PPS, and teflon). Kraft/paper, foil capacitor, and metallized film capacitor products are available. This allows Exxelia to provide high temperature capability; high voltage ratings; precision capacitors with ± ¼% tolerances, and exceptional performance in harsh environments. Military film capacitors are tested and qualified to military standards, with more than 30 military qualified products. Film capacitors are exceptional for pulse/storage, DC link, energy discharge, and custom applications. A wide selection of packaging designs are available such as film-wrapped, pre-molded epoxy cases, and hermetically sealed metal cases. Exxelia continues to research and develop film caps with new methods in capacitor manufacturing to provide durable designs and packaging schemes for special environmental use.
CERAMIC CAPACITORS
Excellent temperature resistance, high volume/capacitance ratio, electrical properties and reliability make Exxelia's ceramic capacitors ideal for a wide range of fields of application including medical implants, aircraft flight controls, switched-mode power supply in harsh environments, core samplers for petroleum exploration, and space vehicles. Exxelia also offers Hyper Frequency ceramic capacitors with optimized size and very low ESR. These HiQ capacitors offer excellent performance levels for RF applications requiring functional reliability. Typically these applications include civil and military telecommunications (cellular base station equipment, wireless broadband service, Point to-Point or Multipoint radios, radio broadcasting equipment), and MRI coils.
DO I NEED CLASS 1 OR CLASS 2 CERAMIC CAPACITOR?
A Class 1 ceramic capacitor is the best choice for applications that demand low losses and high stability. This style provides a reliable capacitance within the designated range of frequency, temperature and voltage. Class 2 series offer higher capacitance, but have wider fluctuations. The thermal stability varies by +/- 15 percent; these should be used in applications that do not require a continual exact capacitance. Exxelia uses NPO and P100 as Class 1 dielectrics ; and BX, 2C1 and X7R as Class 2 dielectrics. Class 1 feedthrough capacitors offer high frequency noise reduction, and are excellent for use in microwave transmission, medical applications and DC supply and signal lines. Feedthrough design uses an axial-style lead for connections.
WHAT ARE THE BENEFITS OF TANTALUM CAPACITORS?
These capacitors offer a very high charge per unit of volume, a long lifetime and a high reliability. They are used in consumer goods and more specialized niches including space vehicles, aircraft electronics, weapons and rail transport. Exxelia develops both solid and wet tantalum capacitors. A tantalum capacitor is a specific type of electrolytic capacitor. It is made from a metal called tantalum, which is where it gets its name. Tantalum acts as an anode. The capacitor itself is covered in a thin layer of oxide, which allows it to act as the dielectric. It is surrounded by a conductive cathode. One of the major benefits of tantalum capacitors is that their design allows for a very thin layer of dielectric, which allows for higher capacitance than other types of capacitors made from different types of materials. These types of capacitors are generally polarized, which means that in practice they can only be connected to a direct current power supply that has been designed while observing the appropriate terminal polarity. They have excellent stability over time and superior frequency characteristics when compared to different types of similar capacitors that are made from different materials.
BENEFITS OF LOW RESISTANCE AND LOW SELF INDUCTANCE
Two major benefits of film capacitors comes from the fact that they have low equivalent series resistance and low self inductance. Due to these properties, they can be designed to withstand voltages in the kilovolts. Power film capacitors take these benefits even farther and can withstand reactive power over 200 volt amperes in charge. These types of benefits make them very attractive overall to a wide variety of different types of industries all over the world. Constructions costs can be slashed even farther through the use of special materials.
WHY ARE ELECTROLYTE CAPACITORS FORWARD BIASED?
For safety purposes, these types of capacitors need to be forward biased in their configuration. This is mainly due to the characteristics of the electrolyte that has been used in their construction. The positive terminal always needs to have a larger amount of voltage than that of the negative terminal. If the situation were reversed and the negative terminal suddenly had a higher voltage than the positive terminal (which is also referred to as reversing the voltage polarity), the aluminum material that is used as the dielectric could short circuit and become damaged. It could also overheat, which could cause a substantial leak. The capacitor could also vaporize, which could cause the entire enclosure to burst under the right circumstances. It is important to note, however, that this phenomenon is very rare.
HOW IS CERAMIC USED IN CAPACITORS?
Ceramic chips are created with binders and solvents added to a specified ceramic powder. The slurry created is dried, forming a sheet or tape of ceramic material. Metal powder is mixed with solvents and additional ceramic material to create a liquid electrode. The liquid is then printed onto the ceramic layer. Layers of the ceramic sheets are stacked and laminated to form a solid structure. The solid structure is cut into the desired size. Once cutting is complete, the assembly must be kiln fired. The temperature used in the firing process is critical in determining the capacitor’s characteristics. The process is similar for disc and chip styles. Disc capacitors use long leads to mount through circuit boards. Chips use surface mount technology.
SPECIFICATION EXXELIA MICROSPIRE QUALITY REQUIREMENTS APPLICABLE TO SUPPLIERS
KM 311(T)-KM 21(T)金属化P.C.和P.P.S.电容器
本资料主要介绍了金属化聚碳酸酯(P.C.)和聚苯硫醚(P.P.S.)电容器的特性、应用和订购信息。资料详细列出了不同型号电容器的尺寸、容量、额定电压、耐温范围等参数,并对比了P.P.S.和P.C.电容器的特性,强调了P.P.S.在高温应用中的优势。此外,资料还介绍了EXXELIA TECHNOLOGIES公司及其产品,并提供了订购指南。
CuBiSiC SLP电容器的电学特性
本报告由Exxelia Engineering Team于2021年1月编写,旨在描述符合IEC 30 3001标准的CUBISIC SLP电容器的性能特性。报告详细介绍了在温度(-55/+85°C)应用中的电容器性能,包括高可靠性、低压力稳定性、快速温度循环、振动抵抗以及低高温度下的电气特性。报告还提供了电容器在不同电压、容量和频率下的测试结果,包括寿命测试、低压测试、快速温度循环测试、振动和冲击测试,以及不同温度和频率下的电气特性测试。
pm7-pm12金属化聚酯电容器
该资料主要介绍了金属化聚酯电容器的基本信息、特性以及应用。电容器具有小型化、高介电常数、高介电强度和自修复特性,适用于交流正弦波或非正弦波应用,符合EN 60384-2:2005标准。资料还详细介绍了不同类型电容器(如聚碳酸酯、聚丙烯、聚酯等)的介电特性、温度特性和频率特性。此外,还讨论了金属化电容器和薄膜电容器的工作原理和特性。
L/Pi TYPE MULTIPLE POINT FEED THROUGH FILTERS
MULTIPLE POINT FEED THROUGH FILTERS C - L - PiTYPES
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C TYPE MULTIPLE POINT FEED THROUGH FILTERS
C - L - Pi TYPES MULTIPLE POINT FEED THROUGH FILTERS
UHVC Series Ultra High Voltage Chip Resistors
Exxelia 欧姆电阻器选型指南
Common attributes for ALL EXXELIA Ohmcraft Resistors: High Stability, Low Noise, Low TCR, Low VCR & Custom Configurations.
Exxelia 陶瓷电容器选型指南
For 50 years and as a market leader, EXXELIA’s comprehensive knowledge of the materials properties and performances have enabled us to design capacitors in Porcelain, NPO, BX, 2C1, BP, X7R and –2200ppm/°C ceramics.~~~~~~50年来,作为市场领导者,Exxelia在材料特性和性能方面的全面知识使我们能够设计陶瓷、NPO、BX、2C1、BP、X7R和–2200ppm/°C陶瓷电容器。
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Exxelia 绕线磁性元件选型指南
EXXELIA designs and manufactures magnetic components including wound magnetics, inductors, transformers, motors, sensors and actuators for high voltage, high temperature and power applications. Products are optimized to meet the most demanding applications requirement thanks to a strong design expertise, EXXELIA masters High-Grade technologies.~~~~~~EXXELIA设计和制造磁性元件,包括用于高压、高温和电力应用的绕线磁体、电感器、变压器、电机、传感器和致动器。凭借强大的设计专业知识,EXXELIA掌握了高级技术,产品经过优化以满足最苛刻的应用要求。
Exxelia EMI-RFI微型滤波器选型指南
The aim of this catalogue is to present different ranges of filters, with different « low pass » configurations (C, L, Pi, T, 2xPi,2xL and 2xT), intended essentially to protect electronic equipment from interference.~~~~~~本目录的目的是介绍具有不同“低通”配置(C、L、PI、T、2XPI、2XL和2XT)的不同系列滤波器,主要用于保护电子设备免受干扰。
Exxelia 绕线磁性元件选型指南
EXXELIA designs and manufactures magnetic components including wound magnetics, inductors, transformers, motors, sensors and actuators for high voltage, high temperature and power applications.Products are optimized to meet the most demanding applications requirement.~~~~~~EXXELIA设计和制造磁性元件,包括用于高压、高温和功率应用的绕线磁铁、电感器、变压器、电机、传感器和执行器。产品经过优化以满足最苛刻的应用要求。
Exxelia 电磁兼容(EMC)滤波器选型指南
Relying on more than 50 years heritage in defense market, Exxelia designs and manufactures highly performant, robust and reliable solutions of energy filters for EMC protection, to protect risks such as TEMPEST and HEMP.~~~~~~凭借在国防市场50多年的经验,Exxelia设计和制造了高性能、强大可靠的能源过滤器解决方案,用于EMC保护,以保护Tempest和HEMP等风险。
- FILTERS GENERAL INFORMATION
- MANUFACTURE AND INSPECTION CHART
- FILTERS PRODUCT LINES
- EMI-RFI FEED THROUGH FILTERS
- CASE FILTERS
- EMI & TEMPEST FILTER SIGNALS
- EMI & TEMPEST FILTERS
- ANCILLARY PROTECTIONS
- HEMP PROTECTIONS FILTER SIGNALS
- HEMP, LIGHTNING, TEMPEST, ANCILLARY PROTECTIONS
- HEMP STANDARD PROTECTIONS
- HEMP HIGH PERFORMANCE PROTECTIONS
- MULTILINE FILTERS PROTECTION CABINETS
- SPECIFIC FILTERS
- OFFICE TEMPEST ZONING CABINETS
- EMI-RFI-TEMPEST-HEMP
- EMI-RFI MINIATURE FILTERS
Exxelia 薄膜电容器选型指南
EXXELIA TECHNOLOGIES has more than 50 years experience in developing and manufacturing a wide range of capacitors for professional and industrial applications.The capacitors included in this catalogue are manufactured in two plants owned by the company in France.~~~~~~EXXELIA TECHNOLOGIES在为专业和工业应用开发和制造各种电容器方面拥有50多年的经验。本目录中的电容器由该公司在法国的两家工厂生产。
- Film Capacitors Parts List
- General Information of Film Capacitors
- Metallized P.C. & P.P.S. Capacitors
- Metallized Polyster Capacitors
- Polypropylene Capacitors
- Polystyrene Capacitors
- Reconstituted Mica and Composite Capacitors H.T.
- Teflon® Capacitors
- Impregnated Capacitors
- Silvered Mica Capacitors
- Specific Capacitors
Exxelia 薄膜电容器选型指南(英文)
EXXELIA TECHNOLOGIES has more than 50 years experience in developing and manufacturing a wide range of capacitors for professional and industrial applications.The capacitors included in this catalog are manufactured in two plants owned by the company in France.~~~~~~EXXELIA TECHNOLOGIES在为专业和工业应用开发和制造各种电容器方面拥有50多年的经验。本目录中的电容器由该公司在法国拥有的两家工厂生产。
- Film Capacitors Parts List
- General Information of Film Capacitors
- Metallized P.C. & P.P.S. Capacitors
- Metallized Polyster Capacitors
- Polypropylene Capacitors
- Polystyrene Capacitors
- Reconstituted Mica and Composite Capacitors H.T.
- Teflon® Capacitors
- Impregnated Capacitors
- Silvered Mica Capacitors
- Specific Capacitors
Exxelia 铝电解电容器选型指南
Exxelia is the only manufacturer to develop its own electrolytes, enabling to achieve the longest lifetime of the market. Exxelia aluminum electrolytic capacitors provide high capacitance values (up to 2.2F), long lifetime and can support extreme temperatures.~~~~~~Exxelia是唯一一家自行开发电解质的制造商,能够实现市场上最长的使用寿命。Exxelia铝电解电容器提供高电容值(高达2.2F)、长寿命并可支持极端温度。
EXXELIA与世强控股的代理协议
In July 2018,EXXELIA AND SEKORM LIMITED signed a DISTRIBUTION AGREEMENT.
微型笔部
Micropen Division 是一家专注于产品设计和开发、快速原型制作、组件制造、设备组装和供应链管理的专业分包商。公司利用其专有的 Micropen 技术为医疗设备行业提供服务,特别是针对医疗器械制造商的产品开发外包。公司销售增长,拥有多个制造客户,并成功应用于多种医疗器械和检测设备。
BPM陶瓷电容器技术
EXXELIA公司提供多种陶瓷电容器,包括Porcelain、NPO、BX、2C1、BP、X7R和-2200ppm/°C陶瓷。公司提供定制设计服务,并承诺产品无淘汰风险。EXXELIA产品符合RoHS标准,并采用镍屏障保护电容器端子。产品广泛应用于航空航天、医疗、电信和石油天然气等领域。EXXELIA产品符合ISO 9001和AS9100C质量标准,并致力于冲突矿产合规。
TCN陶瓷电容器技术
EXXELIA公司提供多种类型的陶瓷电容器,包括Porcelain、NPO、BX、2C1、BP、X7R和-2200ppm/°C陶瓷。公司提供定制设计服务,并承诺无过时产品。EXXELIA产品符合RoHS标准,并采用镍屏障保护电容器端子。产品广泛应用于航空航天、医疗、电信和石油天然气等领域。EXXELIA产品符合ISO 9001和AS9100C标准,并致力于质量与可靠性。
C系列陶瓷电容器技术
EXXELIA公司提供多种陶瓷电容器,包括Porcelain、NPO、BX、2C1、BP、X7R和-2200ppm/°C陶瓷。公司提供定制设计服务,并承诺产品无过时风险。EXXELIA产品符合RoHS标准,并采用镍屏障保护电容器端子。产品适用于航空航天、医疗、电信和石油天然气等行业。EXXELIA产品通过ISO 9001和AS9100C认证,并承诺提供高质量和可靠性。
CL系列一般信息
EXXELIA公司提供多种陶瓷电容器,包括Porcelain、NPO、BX、2C1、BP、X7R和-2200ppm/°C陶瓷。公司提供定制设计服务,并承诺产品无淘汰风险。EXXELIA产品符合RoHS标准,并采用环保政策。电容器终端通常由电解沉积的镍屏障保护,提供优异的焊接性能。产品适用于航空航天、医疗、电信和石油天然气等行业。EXXELIA产品符合ISO 9001和AS9100C标准,并承诺提供高质量和可靠性的产品。
TCE陶瓷电容器技术
EXXELIA公司提供多种类型的陶瓷电容器,包括Porcelain、NPO、BX、2C1、BP、X7R和-2200ppm/°C陶瓷。公司提供定制设计服务,并承诺产品无过时风险。EXXELIA产品符合RoHS标准,并采用镍屏障保护电容器端子,提高其耐焊接热性能。产品适用于航空航天、医疗、电信和石油天然气等行业。EXXELIA产品通过ISO 9001和AS9100C认证,并承诺提供高质量和可靠性的产品。
陶瓷电容器技术
EXXELIA公司提供多种陶瓷电容器,包括Porcelain、NPO、BX、2C1、BP、X7R和-2200ppm/°C等类型。公司可根据客户需求提供定制设计,并承诺产品无淘汰风险。EXXELIA产品符合RoHS标准,并采用镍屏障保护电容器引脚,提高焊接性能。产品适用于航空航天、医疗、电信和石油天然气等领域。EXXELIA注重产品质量和可靠性,通过ISO 9001和AS9100C认证,并提供冲突矿产合规性保证。
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CE系列陶瓷电容器技术
EXXELIA公司提供多种类型的陶瓷电容器,包括Porcelain、NPO、BX、2C1、BP、X7R和-2200ppm/°C陶瓷。公司提供定制设计服务,并承诺产品无淘汰风险。EXXELIA产品符合RoHS标准,并采用镍屏障保护电容器端子,确保良好的焊接性能。产品广泛应用于航空航天、医疗、电信和石油天然气等领域。EXXELIA注重产品质量和可靠性,拥有ISO 9001和AS9100C认证。
TCE-TCX陶瓷电容器技术
EXXELIA提供多种陶瓷电容器,包括NPO、BX、2C1、BP、X7R和-2200ppm/°C陶瓷。产品适用于航空航天、医疗、电信等领域。EXXELIA提供定制设计服务,并承诺环保政策,符合RoHS和REACH标准。电容器采用SMD封装,具有优异的耐热性和可靠性。
产品和解决方案
EXXELIA是一家专注于高可靠性无源组件和精密子系统的制造商,产品广泛应用于航空航天、航天、国防、交通能源、电信、医疗和工业等领域。公司提供包括陶瓷电容、钽电容、薄膜电容、电解电容、磁性元件、电感器、变压器、电机、传感器、执行器、位置传感器、滑环和混合系统等在内的广泛产品。EXXELIA以其满足复杂规格和开发符合最高质量标准的产品而受到赞誉,这些产品适用于关键功能(如MIL、ESA等)。公司拥有全球制造网络和销售网络,致力于提供高效、创新的解决方案。
TU 535 ROHS
Solder Reflow Recommendations
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