高速背板互连解决方案-TEConnectivity
3M TE Connectivity 3200 系列连接器使用说明书
Using the Right Combination of Application T ooling and T erminalsis Critical for Maintaining Product Warranties and Protecting Y our InvestmentTOOLING AND WARRANTY-ULBUSINESS CHALLENGECustomers jeopardize reliability, safety and their product warranties if they do not use the Original Equipment Manufacturer (OEM) tooling and terminals which have been designed and qualified together in the proper application and adhere to UL specifications.There are several common instances where a customer risks losing the warranty for their specific application when using industry standard products:• If the product and/or its components have been modified or improperlyhandled, used or installed.• If the OEM tooling is used with any product other than the OEM approvedproduct for which the tooling wasdesigned to operate.• If the wire termination is accomplished using equipment other than thespecified OEM application tooling. Anon-OEM crimp press can be used butthe applicator or touch tooling thatforms the terminal around the wiremust use OEM tooling.Customers also need to take intoconsideration the UL designation forterminal and connector products. MostOEM terminals and connectors are ULrecognized and approved for use inan end product that complies with ULrequirements. However, it is differentwith closed barrel terminals like rings,spades, splices and quick connects. Thecombination of OEM specified tooling andthese closed barrel terminals earns a ULListing, which demands that the OEMproduct itself comply with UL requirementsand be subjected to UL testing andinspections. Should customers use anincorrect combination of terminal andtooling, or use the terminal in an applicationexceeding the defined product parametersor UL standard, they not only void theirwarranty and UL Listing but exposethemselves to product liability issues.SOLUTIONBy using the completeMolex Interconnect System – including the correct combination of Molex terminals and specified tooling – customers receive a reliable solution each and every time while maintaining their product warranty and meeting different industry standards like the UL Listing requirements.Molex understands that identifying the right tooling equipment to use witha specific connector system can be challenging. T o simplify the process,the company provides a search feature on that allows users toinput the terminal part number and retrieve exact tooling options and work instructions. Details include the tooling part information; instruction manual; andApplication T ooling Specification sheet,which provides critical specifications tohelp ensure the proper products and toolsare being used to achieve compliance andmaintain product warranties. There is alsoa search feature that allows customersto identify previously available tooling tohelp reduce costs to the customers.Molex offers free educational materialsabout crimping through its commercialcrimp book. Additionally, its Crimp QualityPosters, which are 25” x 38” in size andfeature either closed barrel or open barrelterminals, are available in 15 differentlanguages including English and Spanish.Finally, Molex technical experts are alwaysavailable to answer questions about Molexconnector products, tooling equipmentand overall crimp quality.APPLICATION BRIEFT o learn more visit /ab/solderlessterminals.html /ab/applicationtooling.htmlBENEFITS AND ROIThanks to rigorous testing and validation procedures, Molex stands behind its solutions with warranties that ensure its products will deliver unmatched performance in any customer application within the designed product specification of the system.©2015 Molex Order No. 987651-3233Printed in USA/GF/2015.08。
TE CONNECTIVITY 照明连接方案速查手册说明书
照明产品目录照明连接方案速查手册1-11773931-1 (1)模组化可退线POKE-IN插入式连接器1-1773872-8 (8)POKE-IN插入式纤薄导线连接器1-1773909-3 (10)SLIM线到板连接器 POKE-IN 1-1773870-4 (12)模组化免螺丝端子台1-1773872-7 (14)COOLSPLICE系列连接器1-1773891-8 (16)COOLSPLICE系列连接器-大线径1-1773884-7 (18)微型SLIMSEAL防水连接器系列1-1773896-3 (20)SLIMSEAL圆形防水连接器系列1-1773883-9 (23)推紧式导线连接器1-1773884-2 (25)旋转接头导线连接器1-1773884-6 (27)2P免压接线到线连接器1-1773870-5 (29)2位LIGHT-N-LOK模组化带锁扣连接器1-1773886-4 (31)3位LIGHT-N-LOK模组化带锁扣连接器1-1773886-5 (33)调光光控器底座和上盖1-1773879-1 (35)LUMAWISE ENDURANCE S模块1-1773915-3 (37)ANSI_C136 41_可旋转调光插座1-1773278-9 (41)LUMAWISE LED底座8-1773700-9 (43)LUMAWISE LED免焊接底座1-1773869-1 (49)LUMAWISE Z32 LED免焊接底座1-1773700-1 (51)LUMAWISE Z35 LED免焊接底座1-1773882-6 (53)LUMAWISE调光光控器底座、套筒和上盖1-1773879-1 (55)接地线夹组件1-1773919-9 (57)NECTOR M密封防水PCB面板安装连接器1-1773923-3 (61)照明连接方案速查手册街道照明户外照明TE Connectivity特色产品照明子系统解决方案•天线•屏蔽罩(BLS)•EMI 滤波器•继电器和开关•精密电阻器•太阳能接线盒•电动汽车充电线束请访问我们的网站：LUMAWISE 调光插座、底座和上盖型号2213362-22213627-22213730-12213748-1产品信息1-1773728-91-1773872-81-1773879-1LUMAWISE Endurance S模块型号2213858-12213837-12213795-1产品信息1-1773915-3SLIMSEAL 圆形连接器系列型号9-2834004-19-2834005-1产品信息1-1773883-9NECTOR M电缆组件型号2829460-12829488-1产品信息5-1773465-6COOLSPLICE 系列连接器型号2213800-22213800-42213600-12213600-22213600-3适用线径18 AWG 0.75mm 220-22 AWG 0.52-0.34mm 212/14-14/16 AWG 4.0/2.5-2.5/1.5mm 212/14-16/18 AWG 4.0/2.5-1.5/0.75mm 214/16-16/18 AWG 2.5/1.5-1.5/0.75mm 2产品信息1-1773891-81-1773884-7模组化可释放的插入式连接器型号2834006-11-2834006-05-2834006-3适用线径18-22 AWG (Solid & Stranded)产品信息1-1773872-8型号1-2834074-21-2834075-22-2834074-32-2834075-3适用线径18-22 AWG Max2.0mm 绝缘外径产品信息1-1773896-3SLIMSEAL 微型IP67防水线到线连接器系列型号2834048-22834049-22834054-12834055-1适用线径16-22 AWG (Solid & Stranded)产品信息1-1773886-41-1773886-5LIGHT-N-LOK 带锁扣的模组化连接器灯具电源和控制室内照明TE Connectivity照明子系统Array解决方案•天线•屏蔽罩(BLS)•EMI 滤波器•继电器和开关•精密电阻器•传感器•端子和连接头请访问我们的网站：户外照明——街道照明模组化 可释放的插入式连接器型号2834006-11-2834006-05-2834006-3适用线径18-22 AWG (Solid & Stranded)产品信息1-1773872-8型号1-2834074-21-2834075-22-2834074-32-2834075-3适用线径18-22 AWG Max2.0mm 绝缘外径产品信息1-1773896-3SLIMSEAL 微型IP67防水线到线连接器系列LUMAWISE LED底座型号2213678-32213407-12213407-22213480-1产品信息8-1773700-9型号2834048-22834049-22834054-12834055-1适用线径16-22 AWG (Solid & Stranded)产品信息1-1773886-41-1773886-5LIGHT-N-LOK 带锁扣的模组化连接器免剥线压入式连接器型号2106431-22106003-2适用线径贯穿式 18AWG封闭式 18AWG产品信息5-1773455-12P 免压接线到线连接器型号2271180-12271183-1适用线径18-22AWG18-22AWG产品信息1-1773863-8紧凑型线到板Poke-In 连接器型号2834172-32834171-32834167-32834012-32834010-3适用线径与2834167-3互配20-24AWG 18-22AWG16-20AWG20-24AWG产品信息1-1773909-31-1773869-6型号2299514-12299515-12299518-1适用线径22-12AWG22-12AWG 22-12AWG产品信息1-1773884-2推紧式导线连接器TE Connectivity 和 TE connectivity (logo) 均为商标。
高速背板设计考虑和创新解决方案分析
总结词
混合信号PCB设计结合了模拟和数字信号 处理技术，适用于高速、高频信号传输 。
VS
详细描述
混合信号PCB设计结合了模拟和数字信号 处理技术，能够实现高速、频信号的传 输。这种设计方法需要对模拟和数字信号 进行隔离和优化，以确保信号质量和稳定 性。虽然混合信号PCB设计的制造成本较 高，但由于其高性能表现，在高速、高频 信号传输领域仍被广泛应用。
高速背板设计考虑和创新解 决方案分析
汇报人： 日期:
目录
• 引言 • 高速背板设计考虑 • 传统高速背板解决方案 • 创新高速背板解决方案 • 方案对比与选择 • 结论与展望
01
引言
背景介绍
随着信息技术的发展，高速数字信号 传输越来越普遍，对背板设计的要求 也越来越高。
传统的背板设计方法已经无法满足现 代高速数字信号传输的需求，需要寻 求新的设计方法和解决方案。
研究展望
未来研究方向
在未来的研究中，可以进一步探索高速背板设计的优化方法和技术。例如，深入研究信号 完整性和电源完整性的影响因素，探索更有效的布线策略和材料选择方案。此外，还可以 研究新型的热管理技术和机械加固方法，以提高背板的可靠性和稳定性。
技术发展趋势
随着数字信号传输速率的不断提高，高速背板设计的技术发展趋势是向着更高的传输速率 、更低的功耗和更小的尺寸发展。因此，需要不断关注新技术和新方法的发展动态，并将 其应用于高速背板设计中。
在高速背板设计中，信号完整性 是一个关键因素。需要考虑信号 的传输速率、阻抗匹配、信号串 扰和电磁干扰等问题，以确保信
号的准确传输。
电源和地平面
为了提供稳定的电源和低阻抗的 接地，需要合理设计电源和地平
面，以减小电源噪声和地弹。
HE系列连接器-TEConnectivity
4.1. 导线的选择与准备 .......................................................... 4
4.1.1. 剥线长度 L ............................................................ 4
4.2.1. 螺丝类型连接器的装配 (HE-XXX-M/F)..................................... 5
4.2.2. 弹片类型连接器的装配(HE-XXX-MS/FS).................................... 7
4.2.3. 压接类型连接器的装配 (HE-XXX-MC/FC).................................. 10
5.1. 插芯 ..................................................................... 14
5.2. 接地 ..................................................................... 16
5.3. 标识 ..................................................................... 16
5.4. 极性 ..................................................................... 17
3.
产品描述 ..................................................................... 3
全球32家电子连接器核心主流制造厂商盘点
全球32家电子连接器核心主流制造厂商盘点由于中国已经发展成为全球最大的连接器市场，近几年，拉动连接器增长的几大行业是5G通讯、电动车和工业4.0三大块，这对连接器企业是一个不可多得的市场机遇。
随着汽车、电脑及其外设、通信等产品的升级，对于连接器的要求也越来越高。
不但要小巧，还要求精密、完美，连接器未来的发展潜力和前景均令人期待。
全球主要的电子连接器生产厂商有以下这些，你知道多少家呢？1.TE &Tyco泰科(AMP)全球最大的连接器生产厂家，连接器行业的唯一入围世界500强的企业，美国企业。
TEConnectivity (TE）是一家全球化的公司，年销售额达140亿美元。
公司设计和制造的约50万种产品，产业分布较广，几乎所有方面的连接器都有涉入。
主要产品应用在消费类电子、电力、医疗、汽车、航空航天以及通讯网络方面。
2.MOLEX 莫仕MOLEX公司是全球领导先的全套互联产品厂厂家，美国企业。
产品主要应用于电子，电气和光纤。
以开发世界最小型的连接器而知名。
近年来又往天线、开关、LED方面发展。
3.Amphenol 安费诺安费诺公司通过合并收购笼络了全球很多顶尖的连接器厂家，美国企业。
产品主要在军工、航空、航天、通信方面比较有优势。
4.FCI 法马通富加宜法马通连接器有限公司，法国企业。
现在主要由风险投资控股。
产品主要应用于通信，通讯，汽车方面。
5.FOXCONN鸿海集团富士康科技集团，在中国台湾省被称为鸿海集团。
富士康科技集团也是世界500强之一。
但因富士康不仅仅只生产连接器。
还生产电脑，手机（苹果），显示器，检测仪器等等。
在集团当中只有MIPBG事业群，主要从事电脑，数位内容，消费性电子产品所需的印刷电路板及移动电子设备连接器。
NWING事业群主要从事电脑、通讯、消费性电子、汽车电子等领域的连接器、精密线缆与线缆装配产品的研发与生产。
6.Yazaki 矢崎日本矢崎总业株式会社，日本企业。
TE Connectivity 混合电动汽车解决方案产品概述说明书
Hybrid & Electric Mobility SolutionsPUT THE POWER ON THE ROADTE Connectivity (TE) provides a complete line of connectors, relays, harnesses, contactors and disconnects to safely connect and protect the flow of data and power around your hybrid or electric vehicle.TE‘s automotive products have been proven in light and heavy-duty vehicles and our technologies leverage decades of experience with high-voltage generation, transmission and distribution. So you can depend on them to be safe and reliable in your application.capabilities.Our technologies leverage decades of experience with high-voltage generation, transmission and distribution and you can depend on them to be safe and reliable in your application.Mobility simplified. One charge at a time. TE is helping enable electric mobility by creating safe, high-quality components for every part of the charging station – and making them affordable. Our experience with high-voltage energy distribution and Smart-Grid technology gives us insight into the needs of this important market segment. More than a complete charging solution.A smart one. Smart charging solutions enable customers to meter their EV’s electricity consumption, and communicate data via innovative smart charging cords and inlets. You supply the shell, we’ll supply everything else. TE has everything it takes to create your charging solution, except the box it goes in. From cables to contactors, meters to card readers, screens to sockets, we’ve already solved how it all goes together.CHARGING SOLUTIONSAMP+ line of cables, connectors, harnesses and terminals safely and reliably channel high- and low-voltage power in and around the battery and vehicle, to help you put the power to the road.Completing the connections that power it all. More than 50 years of experience with high-voltage electricity separates us from automotive engineering companies in the hybrid and EV industry.We’re using that knowledge to help create smarter, better, easier ways to connect the grid to drivers – and give them the mobility they need. Before everyone can embrace driving hybrid and electric vehicles, we need a safe, reliable way to get the power from the grid to the chargers, and into the batteries.TE’s broad array of energy and industrial technologies have seen decades of real-world use connecting and protecting the flow of power around the world. So you can depend on them to be safe and reliable in your application, too. INFRASTRUCTURE SOLUTIONSCatalog 1654294-4 Publishxed xx-2017Catalog 1654294-4 Publishxed xx-2017Catalog 1654294-4Publishxed xx-2017At TE Connectivity, we support your RoHS requirements. We’ve assessed more than 1.5 million end items/components for RoHS compliance, and issued new part numbers where any change was required to eliminate the restricted materials. Part numbers in this catalog are identified as:RoHS CompliantPart numbers in this catalog are RoHS Compliant, unless marked otherwise. These products comply with European Union Directive 2002/95/EC as amended 1 January 2006 that restricts the use of lead, mercury, cadmium, hexavalent chromium, PBB, and PBDE in certain electrical and electronic products sold into the EU as of 1 July 2006.Note: For purposes of this Catalog, included within the definition of RoHS Compliant are products that are clearly “Out of Scope” of the RoHS Directive such as hand tools and other non-electrical accessories. Non-RoHS CompliantThese part numbers are identified with a “t” symbol. These products do not comply with the material restrictions of the European Union Directive 2002/95/EC.5 of6 CompliantA “l” symbol identifies these part numbers. These products do not fully comply with the European Union Directive 2002/95/EC because they contain lead in solderable interfaces (they do not contain any of the other five restricted substances above allowable limits). However, these products may be suitable for use in RoHS applications where there is an application-based exception for lead in solders, such as the server, storage, or networking infrastructure exemption. Note: Information regarding RoHS compliance is provided based on reasonable inquiry of our suppliers and represents our current actual knowledge based on the information provided by our suppliers. This information is subject to change. For latest compliance status, refer to our website referenced below. So whatever your questions when it comes to RoHS, we’ve got the answers at / customersupport/rohssupportcenter/Catalog 1654294-4Publishxed xx-2017Remark: Starting from 0.03 mm2 (AWG 32) a wire can be crimped.Most of the wire size ranges are mentioned in mm 2, as well as the insulation diameters which are in many cases only in mm’s We therefore included the con-version tables on page X and page XI. Please note that wire and insulation sizes are for guidance only. Consult the customer drawing for precise detail.FLK and FLR stand for German DIN (72551) abbreviations. FLK means: In German: • Fahrzeug-Leitung Kunststoff In English: • Vehicle Cable Plastic FLR means: In German: • Fahrzeug-Leitung reduziert In English:• Thin Walled Cable (reduced insulation thickness)P a g eP o w e r t r a i n S y s t e m sS a f e t y &S e c u r i t y S y s t e m sC o n v e n i e n c eD r i v e r I n f o r m a t i o nB o d y &C h a s s i s S y s t e msCatalog 1654294-4Publishxed xx-2017P a g eP o w e r t r a i n S y s t e m sS a f e t y &S e c u r i t y S y s t e m sC o n v e n i e n c eD r i v e r I n f o r m a t i o nB o d y &C h a s s i s S y s t e m sCatalog 1654294-4Publishxed xx-2017P a g eP o w e r t r a i n S y s t e m sS a f e t y &S e c u r i t y S y s t e m sC o n v e n i e n c eD r i v e r I n f o r m a t i o nB o d y &C h a s s i s S y s t e msCatalog 1654294-4Published 04-201744AMP+ IPTConnector for powertrain applications in high vibrationenvironment, up to 300A (depending on wire crosssection) at 105°. Used e.g. to connect inverter toe-machine and charging applications.IP Rating: IP6k9kHVIL:noCPA:noFire Classification:HBVibration Level:4Application Specification: 114-94133Product Specification: 108-94293Interface Drawing:114-94132-1AMP IPT 1pxiVersion(Cable Dimension)Coding Order Information25 / 35 / 50 mm²(acc. LV216-2)releasedATo be Orderedsee drawing!BCDEF16 mm²in planningDrawing 114-94131-1 *IP Rating: IP6k9kHVIL:noCPA:noFire Classification:HBVibration Level:4Application Specification: 114-94133Product Specification: 108-94293Interface Drawing:114-94132-2AMP IPT 2pxiVersion(Cable Dimension)Coding Order Information25 / 35 / 50 mm²released ATo be Orderedsee drawing!16 mm²in planningDrawing 114-94131-2 *IP Rating: IP6k9kHVIL:noCPA:NoFire Classification:HBVibration Level:4Application Specification: 114-94133Product Specification: 108-94293Interface Drawing:114-94132-3AMP IPT 3pxiVersion(Cable Dimension)Coding Order Information25 / 35 / 50 mm²released ATo be Orderedsee drawing!16 mm²in planningDrawing 114-94131-3 *white papers and other technical information. To download our literature visit/automotiveliterature.htmlor document questions. To contact a PIC representative, visit /support-centerCatalog 1654294-4Publishxed 04-2017DISCLAIMERWhile TE Connectivity (TE) has made every reasonable effort to ensure the accuracy of the information in this catalog, TE does not guarantee that it is error-free, nor does TE make any other representation, warranty or guarantee that the informati-on is accurate, correct, reliable or current. TE reserves the right to make any adjustments to the information contained herein at any time without notice.TE expressly disclaims all implied warranties regarding the information contained herein, including, but not limited to, any implied warranties of merchantability or fitness for a particular purpose. The dimensions in this catalog are for reference pur-poses only and are subject to change without notice. Specifications are subject to change without notice. Consult TE for the latest dimensions and design specifications.TRADEMARKSAMP+, AMP MCP, MCON, MQS, EVC, TE, TE Connectivity, TE Tyco Electronics (logo), TE (logo) and TE connectivity (logo) are trademarks.Other product names, logos, and company names mentioned herein may be trademarks of their respective CAR is a trademark.COPYRIGHT© 2017 TE Connectivity All rights reserved.TE Connectivity Germany GmbH certified acc. ISO 14001 and ISO/TS 16949:2002TE Connectivity Germany GmbHAmpèrestrasse 12–14 | 64625 Bensheim | Germany Phone: +49 (0)6251 133-0 Product Information Center EMEAPhone: +800 0440-5100 (toll-free)United States – Harrisburg Product Information Center: Phone: +1 800-522-6752 Fax: +1 717-986-7575South AmericaPhone: +54 11-4733-2015 Fax: +54 11-4733-2083South Africa – Port ElizabethPhone: +27 41-503-4500 Fax: +27 41-581-0440EUROPEUNITED STATESSOUTH AMERICAAFRICAAustralia – SydneyProduct Information Center: Phone: +61 2-9840-8200 Fax: +61 2-9634-6188People’s Republic of China Hong KongPhone: +852 2738-8731 Fax: +852 2735-0243People’s Republic of China ShanghaiPhone: +86 21-3398-0000 Fax: +86 21-3398-1999Korea – SeoulPhone: +82 2-3415-4500 Fax: +82 2-3486-3810ASIA / PACIFIC1654294-4 | P u b l i s h e d 04-2017。
一种高速背板用高密度数据传输连接器设计
一种高速背板用高密度数据传输连接器设计邵建兴;张杰【摘要】从理论设计、仿真分析和产品测试3个方面对一种高速背板用高密度数据传输连接器进行了分析设计。
通过对差分信号的特征阻抗、串扰、插入损耗等参数的分析，对连接器的插针接触件、PCB传输线和介质体进行了设计。
采用电磁场与电路联合仿真的分析方法，从时域、频域和数据域3个方面对所设计的连接器进行了仿真分析。
最后，通过对连接器的信号完整性测试结果表明：连接器的高速性能满足12.5 Gbit/s的高速背板传输性能要求。
%A high density connector for high-speed backplane is designed and analyzed from theory,simulation and test. By analyzing the characteristic impedance,crosstalk and insert loss,the insert contact,PCB transmission line, substrate of the connector are designed. The connector simulation is performed from time-domain,frequency-domain and data-domain by using electromagnetic field and circuit combined simulation method. Finally,the signal integrity of the connector is tested,which shows that the connector can be used in 12.5 Gbit/s high speed backplane systems.【期刊名称】《电子器件》【年(卷),期】2016(039)002【总页数】7页(P291-297)【关键词】高密度;数据传输;连接器;高速背板;信号完整性【作者】邵建兴;张杰【作者单位】上海航天科工电器研究院有限公司，上海200331;上海航天科工电器研究院有限公司，上海200331【正文语种】中文【中图分类】TN602随着通信系统中电子设备越来越多，且设备越来越复杂，数据总线、时钟及链路速度均在不断攀升，以满足高速数据互连传输的需要。
数据中心-服务器
输入/输出 (I/O)
TE 的可插拔 I/O 连接器和笼产品 支持 QSFP+、SFP+ 中的光纤通 道、InfiniBand 和以太网标准， 数据传输速率最高可达 100G。
铜缆组件
支持最新的高速标准，专为25Gbps 及更高的数据速率而设计。我们还可 根据客户需求定制电缆解决方案。
STRADA Whisper 连接器 数据传输速率为25Gbps，最高可扩展 至56Gbps— 使您无需花费高昂的费用 重新设计背板便可轻松实现升级。
M.2 NGFF 与 PCIe 迷你卡相比，可节省20%以上 的PCB 空间。
SATA 免校准的斜插式设计可提供节省 PCB 空间的解决方案。
SFP/SFP+ SFP+ 互连系统可支持 10 Gbps 的数 据传输速率，并且向下兼容 SFP。TE 推出的众多笼配置均可提供卓越的屏 蔽选项。
QSFP28 铜缆 这类组件配有 8 个差分对，可提供 4 条通道，每条通道的数据传器 (BTB) 0.4 mm 间距，新型屏蔽式板到 FPC 解决方案。 Z-PACK Slim UHD 高速连接器 此类高密度连接器占用空间小，可节省 宝贵的 PCB 空间。 AMP Mini CT 连接器 采用紧凑型设计的小型线到板连接器。 MULTI-BEAM XLE 连接器 这款可热插拔系列产品采用了能够节 省空间的纤薄型导口插座，开口式外 壳设计能够实现更好的散热性。 从汇流条到电缆，从可热插拔性到盲 插，我们所提供的功能强大的解决方案 几乎适用于任何服务器配置。
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数据与终端设备事业部 | 服务器
高速背板
背板连接器是服务器的主干。TE 的解 决方案帮助您构建系统重要组成部分并 提供高速和具备可扩展性的产品。
TE Connectivity 产品说明书
FORM OF ISO-CRIMP Form des ISO-Crimp
TYPE A
TYPE B
SINGLE WIRE SEALING SYSTEM Einzeldichtungssystem 7
M (G # 0.3) (K # 0.3)
D Iso D Dr
A-A
E # 0.3
B-B
H # 0.3
4
6
FOR DOUBLE AND SINGLE CRIMP
Auswahl der Einzeldichtung entsprechend dem IsolationsdurchmesserVenracrhbeitungsspezifikation 114-18386
7
SINGLE WIRE SEAL TO BE SELECTED ACCORDING TO INSULATION-DIA ACCORDING TO APPLICATION SPECIFICATION 114-18386
(19.8) 1.2+0.2
9.2 0.3
C # 0.3 B A
0.3-0.3 CUT OFF
2.39 MAX
3.4 3.2
11
0.8-0.2
C
3
11
12
4
B23
Active Active Active Active Active Active Active Active Active Active Active B Active B23 Obsolete B23 Obsolete B23 Obsolete Active Obsolete Active Active Active Active Active Active Active Active Active Active A Active Active B23 Obsolete B23 Obsolete
TE Connectivity SFP+ 插接通信产品说明说明书
Quick Reference GuideSFP+ PLUGGABLE I/O INTERCONNECTS/products/sfpplusTE Connectivity’s (TE) family of SFP+ interconnects are designed to transfer data at speeds of up to 16 Gb/s. The portfolio features 20-position SMT connectors as well as cages in multiple configurations, and with elastomeric gasket or enhanced EMI springs to address EMI containment at higher data rates. The SFP+ interconnect family also includes thermal- and EMI-enhanced stacked configurations to further improve performance.Complementary SFP+ direct-attach copper cable assemblies are also offered by TE as a high-speed, cost-effective alternative to fiber optic cables. These assemblies enable hardware OEMs and datacenter operators to achieve high port density and configurability at low costs and with reduced power requirements.FEATURES AND BENEFITS Interconnect• Supports applications up to 16 Gb/s• Cages available in single-port, ganged andstacked configurations. Belly-to-belly mounting cages also offered.• Uses enhanced 20-position connector that is backward-compatible with SFP connectors • Features elastomeric gaskets and springs for EMI containment • Offers heat sink and light pipe optionsDirect-Attach Copper Cable Assemblies• Complies to SFF-8431 specifications • Supports up to 10 Gb/s serial data rates • Serves as a low-cost alternative to fiber optic cables • Consumes low power• Offers enhanced EMI suppression• Features a pull-to-release retractable pin latchProduct Applications• Storage, servers, routers, switches and hubs • Network Interface Cards (NICs)• Other telecommunications equipmentApplications by Protocol• 10 Gigabit Ethernet (IEEE802.3ae)• Fibre Channel: 2G, 4G, 8G and 16G • Fibre Channel over Ethernet (FCoE)SFP+ Thermal and EMI EnhancementsGasketretention plateTwo thermal vent holesmodified topromote moreair flowThermal EnhancementsSFP+ stacked cages have been modified to enhance thermal performance. These changes include revised side walls of the cage for airflow through the middle of the cage to promote cooling of lower ports Additionally, two thermal vent holes have been added to each port to further enhance thermal performance.EMI EnhancementsSFP+ stacked cages with EMIenhancements feature a gasket retention plate with multiple attachment points that improve the electrical connection to the cage. A new right-angle design of the gasket retention plate also improves the strength of the product.A pocket spring has been added to the latch plate area to further reduce EMIemission. This component is internal to the cage assembly. The additional component still allows airflow through the front of the cage assembly.SFP+ 2x4 EMI-Enhanced Cage vs. SFP+ 2x4 Standard CageC o n d u c t e d , T o t a l R a d i a t e d P o w e r (d B m )GHzTo see more part numbers, visit /products/sfpplus or refer to the Pluggable Input/Output Solutions Catalog 1773408-1Cable Assembly Features and Benefits• Truly broadband - operates from 1 to 10 Gb/s• 100 Ohm differential impedance• 3.3 V input source voltages• Pull tab allows compact belly-to-belly application• 360 degree cable braid crimp and enhanced EMI skirt•Uses MADISON CABLE brand TurboTwin parallel pair cable Frequently Asked QuestionsWhat is belly-to-belly mounting?• Belly-to-belly mounting allows a customer to install connectors and cages on both sides of a PCB. This design reduces board space and is an alternative solution to stacked connectors.If I am currently using SFP cabling, can I use SFP+ host board configurations?• Yes. SFP+ configurations support higher rates. You can design SFP+ products in the host board for future upgrades.What data rate does SFP support?• SFP supports up to 16Gb/s.What are the PCB termination options?• Cages are offered in press-fit and solder PCB termination styles.Is TE’s footprint compatible with other suppliers?• It depends. The single port cages are designed to industry standards. The ganged versions are not compatible with all other sources.Are heat sinks available?• Yes. Riding heat sink technology is available for thermal management.Is application tooling required?• Single port assemblies do not require application tooling,yet ganged assemblies do require application tooling.For More Information/products/sfpplusTE T echnical Support CenterUSA: +1 (800) 522-6752Canada: +1 (905) 475-6222Mexico +52 (0) 55-1106-0800Latin/S. America: +54 (0) 11-4733-2200Germany: +49 (0) 6251-133-1999UK: +44 (0) 800-267666France: +33 (0) 1-3420-8686Netherlands: +31 (0) 73-6246-999China: +86 (0) 400-820-6015Part numbers in this brochure are RoHS Compliant*, unless marked otherwise.*as defined /leadfree© 2017 TE Connectivity Ltd. family of companies. All Rights Reserved.4-1773455-3 DND PDF 02/2017MADISON CABLE, TurboTwin, TE Connectivity, TE and TE connectivity (logo) are trademarks of theTE Connectivity Ltd. family of companies.Other logos, product and company names mentioned herein may be trademarks of their respective owners. While TE has made every reasonable effort to ensure the accuracy of the information in this brochure, TE does not guarantee that it is error-free, nor does TE make any other representation, warranty or guarantee that the information is accurate, correct, reliable or current. TE reserves the right to make any adjustments to the information contained herein at any time without notice. TE expressly disclaims all implied warranties regarding the information contained herein, including, but not limited to, any implied warranties of merchantability or fitness for a particular purpose. The dimensions in this brochure are for reference purposes only and are subject to change without notice. Specifications are subject to change without notice. Consult TE for the latest dimensions and design specifications.。
TE Connectivity传感器产品简介说明书
SMARTER SOLUTIONS START WITHTE CONNECTIVITY SENSORSPIEZO FILM HUMIDITY PHOTO OPTIC PRESSURE TEMPERATURE FLUID PROPERTY POSITIONVIBRATION/ FORCE/TORQUE SPEED TE SENSORS EVERYWHERE SMARTER SOLUTIONS START WITH TE CONNECTIVITY SENSORSTE Connectivity (TE) is one of the largest connectivity and sensor companies in the world, withinnovative sensor solutions that help customers transform concepts into smart, connected creations.Our sensors are vital to the next generation of data-driven technology. TE offers an unmatchedportfolio of intelligent, efficient and high-performing sensor solutions to customers across a widerange of industries including automotive, medical, appliance, aerospace & defense, oil & gas,industrial and commercial transportation and consumer applications. Our sensor portfolio includestechnologies capable of measuring most physical characteristics, including pressure, position,temperature, vibration, force/torque, humidity and fluid property, even in harsh conditions.Measurement Specialties (MEAS) Quality Certifications:American Sensor T echnologies (AST) & Macro Sensors (MACRO) Approvals/Certifications:• AS/EN 9100• ATEX • ATEX 949EC • CE-MDD • CMDR–Health Canada • EN 13980• ESA 266• ESCC266E • ESCC 400C • FDA • ISO 13485• ISO 14001• ISO 9001• M easuring Instruments Directive 2004/22/EC annex D • NASA Qualified • NSF-61 Water Quality• PART21G• TS 16949• ABS • ATEX • CCOE • CNEX • CRN B31.3• CSA • CE•EC 79• IEC 61508• IECEx• ISO 9001• KGS (Korean Gas Safety)• ULINNOVATIVE SENSOR SOLUTIONS THAT HELP CUSTOMERS TRANSFORM CONCEPTS INTO SMART, CONNECTED CREATIONS.PIEZO FILM SENSORS Piezoelectric fluoropolymer film produces voltage or charge proportional to strain. A highly versatile, enabling sensor technology, Piezo Film has thin cross-section, is flexible, very robust, chemically inert and can withstand temperatures up to 85°C.POSITION SENSORS TE is one of the world’s largest manufacturers of industrial and automotive sensors for linear displacement, rotary position and speed sensing. TE owns a wide range of sensing technologies like MR, PLCD, LVDT and Resolver, and offers the complete spectrum from sensing element up to system packaging for harsh environments. On the strength of our customized design and packaging, based on TE application know-how, we can provide an essential value for our customers.PRESSURE SENSORS TE leads the industry with a wide array of standard and custom pressure products. These range from board level components to fully amplified and packaged transducers. Using MEMS and silicon strain gauge (Microfused) technologies, our products measure pressure, ranging from inches of water (<5 mbar) to 100K psi (7K bar).RATE & INERTIAL SENSORS TE Connectivity is a proven leader in providing electronic test and measurement solutions and inertial sensors for demanding industrial, military, aerospace, and research applications. Our accurate, rugged, and easy-to-use line of MEMS accelerometers, rate gyros, and inertial measurement systems meet the complex measurement needs of OEMs as well as test and measurement labs worldwide.SCANNERS & SYSTEMS SENSORS Primarily used for wind tunnel, flight test and turbomachinery testing, TE scanning systems provide high accuracy measurement solutions due to multi-channel test installations. Wind tunnel and flight testing use ESP pressure scanners for their compact size and high accuracy.TEMPERATURE SENSORS TE manufacture’s NTC thermistors, RTDs, thermocouples, thermopiles, digital output and customized sensor assemblies. Building on more than 100 years of experience, our know-how allows us to cover one of the largest ranges of temperature measurement, control and compensation applications in the industry.TORQUE SENSORS TE is a pioneer in the design and manufacture of precision sensors for electro-mechanical flight control applications, test and measurement applications and ultra-low cost OEM load cells for high volume applications. We are experts in developing sensors that require high performance or unique packaging.ULTRASONIC SENSORS Ultrasonic sensors provide accurate air bubble detection, contact and non-contact container fill, pump protection and pipeline fluid/type detection. Standard products are offered for level applications that require no moving parts, no adjustments and no maintenance.VIBRATION SENSORS TE microelectromechanical systems (MEMS), bonded gage and piezoelectric ceramic/film technologies provide OEM and test & measurement customers with the broadest range of sensor solutions in the industry. All products are EAR99, RoHS compliant and meet CE standards.WATER LEVEL SENSORS TE Connectivity is a leader in the water resources monitoring market with long standing experience in the design and manufacture of water level and water quality sensors. We also provide water quality instrumentation for analyzing lakes, rivers, estuaries, and aquifers worldwide.AEROSPACE & DEFENSE When quality and reliability are paramount, aerospace & defense companies rely on TE Connectivity’s (TE) technology to help solve mission critical challenges. Our core competencies in high reliability sensors for harsh environments such as temperature extremes, RFI, EMI, vibration, and lightning strikes make us a leading choice in sensor technology. Our design engineering capabilities, as well as AS9100 certified sensor manufacturing facilities in North America, Europe and Asia Pacific, support Tier 1, 2 and 3 providers. We work closely with the customer to provide stable, reliable and cost effective solutions that meet the extensive development cycles and qualifications critical to aerospace & defense.APPLIANCES T oday’s smart and green appliances are built using more efficient designs, meeting the latest regulations while saving energy, water and time. Customers rely on TE sensor technologies to enable appliances to respond to human touch, sense vibration, adjust to loads, and operate more efficiently. We work to develop custom solutions that can monitor humidity, water levels, and temperature. TE sensors contribute to new levels of convenience and productivity in a wide range of household appliances. AUTOMATION & CONTROL Automation & control includes a wide range of industrial applications that span all markets, and at all levels, from the factory floor and process end users, to integrators and large scale OEM production. Industrial production is increasingly driven by greater automation, safety and energy efficiency. TE’s broad portfolio of sensor products offer many options to meet custom performance, application and regulation/certification requirements. DATA & DEVICES Whether it’s an altimeter built into a wearable band to measure how many steps we climb each day, or a sports watch charting the ascent up one of the world’s highest mountain peaks, TE’s miniature sensors are used to convey critical information for the dashboard of our daily lives. Our dive computer sensors help provide safety in leisure activities, while our piezo film enables your bed to monitor your heart rate, breathing and even how well you sleep. We’ve been making sensors for wearables before there were wearables. We’re recognized for our technical skill in miniaturization, low power consumption, and high-performance. That’s why TE sensors are in harsh environments, from the world’s highest parachute jump to the deepest dive.INDUSTRIAL While the future of the Industrial Internet of Things (IIoT) is not yet certain, one thing is: sensors will play a critical role. Industrial applications span a wide range of applications, from banknote handling to printers and ovens. TE Connectivity’s broad portfolio of products offers customers many options to meet specific performance, application and certification requirements. We work closely to help identify the best solution to meet the needs of the customer. INTELLIGENT BUILDINGS Buildings today require reliable solutions to confirm they are operating safely and efficiently. As a global designer and manufacturer of sensors and sensor-based systems, TE works closely with building engineers in both the development and instrumentation of automated systems. Our sensors are designed and manufactured to exacting specifications, often on a custom basis. T ogether with our customers, we are working to solve today’s toughest challenges. Our portfolio can address the breadth and depth of applications needed for today’s intelligent buildings. MEDICAL Because accurate monitoring, diagnosis and treatment counts, today’s medical devices rely on our high-performance sensor technologies to meet exacting specifications, including ISO 13485 certification and FDA registration. TE is a leading provider of sensor solutions to the medical device market. Our engineers work with device manufacturers to provide application-specific, standard and custom requirements, from product concept through manufacturing. TE sensors meet the rigorous demands of a wide range of medical and healthcare applications.OIL & GAS The energy market continues to face new challenges with deeper drilling, higher temperatures and higher pressures. TE’s latest sensor technologies with new electronics, materials, and design packages provide safe, reliable, and accurate data measurements—all while enduring some of the harshest application environments on earth. By combining application expertise and global hazardous location certifications, our broad portfolio of standard designs and custom packages are helping to improve performance and reliability for the oil and gas industry.TEST & MEASUREMENT TE Connectivity sensors for test & measurement applications support customers across all of our market verticals. Our sensor technologies and engineering capabilities are used for product research, development, testing and evaluation (RDT&E). Each of these critical areas has unique technology and performance requirements. We work closely with RDT&E engineers to determine the right solution, as our broad portfolio can address the breadth and depth of applications across a number of markets.INDUSTRIAL & COMMERICAL TRANSPORTATION When performance and reliability count, engineers rely on us to help solve tough industry challenges such as emissions reduction, power train improvement and added comfort. TE Connectivity is a leader in providing sensor technologies and associated software/diagnostic capabilities built on market experience and technical expertise. We work closely with customers to design and provide solutions critical for a wide range of harsh and demanding applications, including exhaust, engines, transmissions, braking, suspension and cabins. AUTOMOTIVE Data is critical for making vehicles safer, more connected and greener. Customers rely on TE sensor technologies to provide data for control, adaptation and response of vehicle functions and features that increase safety, comfort, efficiency, and more. We work closely with customers to provide solutions for demanding and harsh applications such as automated transmissions, engines, clutch, brakes and exhaust. Our products are found in vehicles traveling the world’s roads and highways. AUTOMOTIVE SENSORS TE Connectivity (TE) sensors have become an integral part of many modern vehicle architectures, or nervous systems. Our sensor technologies for passenger cars provide data for control, adaptation, and response of vehicle functions and features that make vehicles safer, greener and more connected.DIGITAL COMPONENT SENSORSMany TE digital sensor products are available in low power and small form factors. They are suited for wearable and miniature devices that are used to collect and share critical data for health monitoring, fitness, air quality, aerospace, battery powered, and related applications. T o increase knowledge sharing and reduce time to market, we have teamed with semiconductor manufacturers to design and provide plug and play tools for a variety of development platforms. In addition, we offer several wireless demo/development tools to help engineers quickly achieve their design objectives with wireless applications. FLOW SENSORS TE mass air flow (MAF) sensors are designed for a variety of automotive, medical and industrial gas applications while our flow switches are used for such applications as water control, power showers and circulation pump protection.FLUID PROPERTY SENSORS TE’s fluid property sensors are based on tuning fork technology. It is specifically designed to provide fluid quality and condition monitoring capability to a wide range of dedicated applications including oils (engine, hydraulic, transmission), fuels and DEF (i.e., urea) monitoring.FORCE SENSORS TE is a pioneer in the design and manufacture of precision sensors for electro-mechanical flight control applications, test and measurement applications and ultra-low cost OEM load cells for high volume applications. We are experts in developing sensors that require high performance or unique packaging.HUMIDITY SENSORS Accurate dew point and absolute humidity measurements are made possible through the combination of relative humidity and temperature measurements. TE sensor products are qualified for the most demanding applications including automotive, heavy truck, aerospace and home appliance.LIQUID LEVEL SENSORS TE liquid level products address the sensing requirements of the construction, off-road and automotive industries. Our solutions include level sensors for power steering, coolant, windscreen wash, fuel and oil.PHOTO OPTIC SENSORS TE optic-based sensors include both photo optic components and complete sensor solutions. Our component series features dual LED, bi-wavelength emitters and spectrally paired photo detectors./sensorsolutions© 2016 TE Connectivity. All Rights Reserved.Microfused, Measurement Specialties, MEAS, American Sensor T echnologies, AST, Macro Sensors, MACRO, TE Connectivity, TE, and the TE connectivity (logo) are trademarks of the TE Connectivity Ltd. family of companies. Other logos, product and company names mentioned herein may be trademarks of their respective owners.While TE has made every reasonable effort to ensure the accuracy of the information in this brochure, TE does not guarantee that it is error-free, nor does TE make any other representation, warranty or guarantee that the information is accurate, correct, reliable or current. TE reserves the right to make any adjustments to the information contained herein at any time without notice. TE expressly disclaims all implied warranties regarding the information contained herein, including, but not limited to, any implied warranties of merchantability or fitness for a particular purpose. The dimensions in this brochure are for reference purposes only and are subject to change without notice. Specifications are subject to change without notice. Consult TE for the latest dimensions and design specifications.SS-TS-TE201 06/2016TE CONNECTIVITYFor More Information Contact TE Connectivity/sensorsolutions-contact。
TE Connectivity 产品说明书：LOC B Flexible Flat Cable (F
Application Specification©2012 Tyco Electronics Corporation, a TE Connectivity Ltd. Company All Rights Reserved *Trademark1 of 17TOOLING ASSISTANCE CENTER 1-800-722-1111PRODUCT INFORMATION 1-800-522-6752This controlled document is subject to change.For latest revision and Regional Customer Service, visit our website at Flexible Flat Cable (FFC) Housings with Contact Cavities on 2.54-mm [.100-in.]Centerline Spacing114-1601523 AUG 12 Rev PAll numerical values are in metric units [with U.S. customary units in brackets]. Dimensions are in millimeters [and inches]. Unless otherwise specified, dimensions have a tolerance of ±0.13 [±.005] and angles have a tolerance of ±2°. Figures and illustrations are for identification only and are not drawn to scale.1. INTRODUCTIONThis specification covers the requirements for Flexible Flat Cable (FFC) Housings with contact cavities on 2.54-mm [.100-in.] centers. There are housing designs for connector to connector, connector to printed circuit (pc) board, and card edge applications. The housings are designed for contacts terminated to flat cable with conductors on 2.54-mm [.100-in.] centers which may be solid copper conductor Flat Flexible Cable (FFC), Flat Etched Circuitry (FEC), Flexible Printed Wire (FPW), or conductive ink circuitry cable. The housings will also accept contacts designed for discrete round wire. Contacts can be terminated with hand crimping tools or semi-automatic crimping machines.For cable with conductors on 1.27-mm [.050-in.] centers, see Application Specification 114-16008.Refer to Figure 1 for contact and cable features that will be referenced throughout the specification. Use these terms when corresponding with TE Connectivity Personnel to facilitate assistance. The illustrations show individual components that, when assembled, become a connector. Mating connectors become a connector assembly.Figure 1NOTEiNOTEiRow-to-Row Spacing (2.54 [.100])In-Row Spacing (2.54 [.100])Locking Lance SlotMounting EarFlexible Flat CableCoverlay Flat Conductor Insulating MaterialRound Discrete WireInsulation BarrelStabilizer Wire BarrelPin ContactReceptacle ContactRound Discrete Wire ContactsFFC ContactsSolder Tab ContactReceptacle ContactPC BoardEdge Connector ContactMating EndPin ContactLocking LanceTransition AreaCrimp EndMulti-Crimp BarrelCrimp Tine (4 Each)Contact Cavity Polarizing FeatureLocking Latch2. REFERENCE MATERIAL2.1. Revision Summary•Changed cable length dimension in Figure 52.2. Customer AssistanceReference Part Number 88189 and Product Code 5106 are representative numbers of Flexible Flat Cable Housings. Use of these numbers will identify the product line and expedite your inquiries through a service network established to help you obtain product and tooling information. Such information can be obtained through a local TE Representative or, after purchase, by calling the Tooling Assistance Center or Product Information at the phone numbers at the bottom of page 1.2.3. DrawingsCustomer Drawings for product part numbers are available from the service network. The information contained in Customer Drawings takes priority if there is a conflict with this specification or with any other technical documentation supplied by TE.2.4. SpecificationsProduct Specifications 108-40002 for cables and 108-9024 for contacts and housings provide performance tests for the contacts and cables recommended by TE Engineering. Quality Specification 102-16050 provides a recommended process for inspecting crimped contacts.2.5. Instructional MaterialThe following list includes available instruction sheets (408-series) that provide assembly procedures for product, operation, maintenance and repair of tooling, as well as setup and operation procedures of applicators; and customer manuals (409-series) that provides setup, operation, and maintenance of machines.408-6557FFC Jackscrew Assemblies and Latch-Type Hardware408-7384Extraction Tools 91047-[ ]408-7637Hand Crimping Tool Assembly408-7645Extraction Tool 91092-1 for FFC Round Wire Pin Contacts408-7646Extraction Tool 91093-1 for FFC Round Wire Receptacle Contacts408-7665FFC PC Board Edge Connectors408-7916Extraction Tools 91200-[ ]408-7973Hand Crimping Tool 90313-2408-8040Heavy Duty Miniature Quick-Change Applicators (Side-Feed Type)408-8547CERTI-CRIMP* Straight Action Hand Tools408-9564Hand Crimping Tool Assembly 90273-5409-5875FFC Terminating Machines 224910-[ ] and 318619-[ ]409-5878AMPOMATOR* CLS IV+ Lead-Making Machine3. REQUIREMENTS3.1. StorageThe housings and contacts should remain in their shipping containers until ready for use. The coiled contact reels should be stored horizontally to prevent deformation during storage that could prevent proper feeding through the terminating tooling. The housing and contacts should be used on a first in, first out basis to prevent storage contamination that could occur over an extended period of time.3.2. FeaturesThe basic designs are shown in Figure 1. Other housings are available to accommodate specific design requirements. In keeping pace with industry needs, part number assignments can be affected daily. All design changes affecting the application requirements will be added to this document. Maintaining a current list of all part numbers on this document would require revisions that may not affect application design requirements. To obtain specific and current product part numbers, and for other peripheral information unrelated to application requirements, call one of the phone numbers at the bottom of page 1.Single and double row housings have in-row contact cavities on 2.54-mm [.100-in.] centers, and double row housings have row-to-row contact cavities on 2.54-mm [.100-in.] centers. All housings are available without mounting ears. Double row housings are available with mounting ears for panel mount applications. Receptacle contact housings have side locking lance slots. Pin contact housings have in line locking lance slots. There are housings with or without polarization and with or without self-locking features. See Figure 2.Figure 23.3. Panel Mount LayoutIn a connector assembly where either or both housings have mounting ears either or both can be mounted to a panel. When only one half is to be mounted, it is preferable that it be the pin housing connector. For panel cutout dimensions, see Figure 3.3.4. ContactsThe flexible flat cable and discrete wire contacts described in this specification are available in loose piece and strip form. The descriptions of the various types of contacts is provided in Figures 1 and 4.3.5. FFC Selection and PreparationCable construction recommended for Flexible Flat Cable Contacts is provided in Figure 5.There must be a straight conductor length of 6.35 mm [.250 in.] minimum for all terminations. A straight cable length of40.64 mm [1.600 in.] minimum is required for semi-automatic machines.The optimum conductor width is 1.27 ± 0.08 mm [.050 ±.003 in.]. The contacts can be used to terminate widerconductors; however, the tines may shave off some of the conductor and create slivers of metal that could cause electrical shorts. If slivers are suspect, brush the tine crimp area. Visually check that there are no slivers bridging from one contact to another, then apply a thin coat of fast-drying sealant over the tine crimp area. For additional information concerning cable requirements, contact TE engineering through the Tooling Assistance Center at the phone number at the bottom of page 1.PolarizationFront of HousingReceptacle Contact HousingMounting EarsRear of HousingSide Locking Lance SlotsPC Board SlotCard Edge HousingPolarizationPin HoodPin Contact HousingCable Entry EndCAUTION !CAUTION !Figure 3Figure 4Contact FormsTypical Loose Piece Form ContactsTypical Strip Form ContactsCarrier StripFigure 53.6. FFC Contact Crimp InspectionA. Crimp AlignmentThe centerline of the contact crimp end and the centerline of the conductor must be within the angular limit. The tips of all four crimp tines must overlap the conductor edge. The contact transition section and the conductor must be as specified. See Figure 6.The conductor and contact transition edges provide surfaces for accurately measuring contact-to-conductor alignment. The cable edge may be used in place of the conductor edge as long as allowances are made for any degree of non-parallelism between the conductor and cable edges.B. FFC Contact Placement Relative to Cable EndThe contact must be crimped to the conductor so that the contact and cable end are within the limits specified. All contacts are to be held relative to all others within 0.15 mm [.006 in.]. See Figure 7.CABLETYPE COMMERCIAL SPECIFICATION CONDUCTOR INSULATIONCRIMP AREA THICKNESSWIDTH THICKNESS BASE COVERLAY FFC IPC-FC-220, CLASS 4 1.27 ±0.08[.050 ±.003]0.05-0.13 ±0.008[.002-.005 ±.0003]0.08-0.31[.003-.012]00-0.23[.000-.009]0.38 [.015] (Max)FEC/FPW IPC-FC-250,CLASS 1, 2, or 31.27 ±0.08[.050 ±.003]0.05-0.13 ±0.008[.002-.005 ±.0003]0.08-0.31[.003-.012]00-0.23[.000-.009]COND INKNone1.27 ±0.08[.050 ±.003]1.27 ±0.08[.050 ±.003]0.08-0.36[.003-.014]00-0.28[.000-.011]Straight Cable Length 50 [1.969] (Min)NOTEiFigure 6Figure 7C. Contact to Contact PositionThe crimped contact transition sections must be to the dimension specified in Figure 8.Figure 8Straight ContactsBent ContactsL ±0.25 [.010]TOTAL CONTACT LENGTH BEND LENGTH “L” 9.53 [.375] 4.70 [.185] 4.59 [.181] 9.78 [.385] 6.73 [.265] 2.81 [.111] 11.18 [.440] 6.35 [.250] 4.59 [.181] 19.94 [.785] 16.89 [.665] 2.81 [.111]D. FFC Contact Crimp Height, Width, Configuration, and PositionCrimp a series of contacts on a test strip of cable, then select a well-centered conductor and remove all extruded insulation material from the crimped area. Use a standard flat micrometer to measure the crimp height and crimp width at the center most portion of the contact crimp barrel and compare them with the specified dimensions in Figure 9.Figure 9CONDUCTORCABLETHICKNESS (Max)CRIMP HEIGHT•MATERIAL THICKNESS (Max)MATERIAL THICKNESS BASE COVERLAY COPPER TE Std orEquivalent0.05-0.08[.002-.003]0.28 [.011]0.91 ± 0.05[.036 ± .002]0.08[.003]0.08[.003]COPPER0.05-0.08[.002-.003].015 [.006]0.86 ± 0.03[.034 ± .001]0.05[.002]0.05[.002]0.05-0.08[.002-.003]0.33 [.013]0.94 ± 0.03[.037 ± .001]0.13[.005]0.13[.005]0.10-0.13[.004-.005]0.38 [.015]0.94 ± 0.03[.037 ± .001]0.18[.007]0.10[.004]COND INK0.008-0.025[.0003-.0010]0.20 [.008]0.86 ± 0.03[.034 ± .001]0.18[.007]0.10[.004]0.31 [.012]0.91 ± 0.03[.036 ± .001]0.20[.008]0.10[.004]0.38 [.015]0.97 ± 0.03[.038 ± .001]0.28[.011]0.10[.004]•This is the optimum crimp height for cables meeting dimensional requirements provided fin the table. Other cables can be used with these contacts and termination tooling. New applications must be tested to be sure they meet your electrical and mechanical requirements, and new crimp heights established with a tolerance of ± 0.03 mm [±.001 in.] Refer to the customer manual with the machine for crimp height adjustment.E. Crimp Orientation, Contact Carrier Cutoff Tab, and Burr AllowanceOrientation of the contact to the cable should be such that the tines will penetrate the thinner coverlay material rather than the cable base material. The carrier cutoff tab and burr shall not exceed the limits shown. See Figure 10.Figure 103.7. Discrete Wire Selection and PreparationThe contacts for discrete round wire are designed for stranded conductor wire only. There are designs toaccommodate various wire sizes and insulation diameters. They can be used to tap onto flat conductor cable or to bridge over damaged flat conductors. The wire strip length is the same for all discrete wire contacts. See Figure 11.Figure 11WIRE SIZE (AWG)INSULATION DIAMETER CRIMP HEIGHT 32 through 280.64-1.22 [.025-.048]0.58 ±0.03 [.023 ±.001]260.64-1.22 [.025-.048]0.69 ±0.03-0.05 [.027 ±.001-.002] 26 through 241.02-1.42 [.040-.056]0.64 ±0.03-0.05 [.025 ±.001-.002]1.02-1.75 [.040-.069]22 1.02-1.42 [.040-.056]0.71 ±0.05 [.028 ±.002]1.02-1.75 [.04 -.069]Cutoff Tab Length 1.52 [.060] (Max)Base MaterialConductor(Copper/Wire/Ink)CoverlayTines Cutoff Position3.18 ± 0.25[.125 ±.010]Cutoff DimensionWire InsulationDiscrete Round WireStranded ConductorStrip Length 3.18 [.125]3.8. Discrete Wire Contact Crimp InspectionA. Crimp HeightThe crimp applied to the wire barrel portion of the contact is the most compressed area and is most critical in ensuring optimum electrical and mechanical performance of the crimped contact. The crimp height must be within the dimensions provided in Figure 11.B. Effective Crimp LengthThe effective crimp length is the area where the crimp pressure is applied over the length of the wire barrel. It should be approximately centered and does not include the bellmouths. See Figure 12.C. BellmouthsThe front and rear bellmouths are caused by the extrusion of metal during crimping and must be within the range specified in Figure 12.D. Cutoff Tab and BurrThe cutoff tab and burr resulting from the contact being cut from the carrier strip must be within limits shown to allow the contact to be fully inserted and seated in the housing. See Figure 12, View A.E. Wire Barrel FlashThe wire barrel flash at the bottom of the wire barrel results from applied crimp pressure and must be within the dimension provided in Figure 12, Section X-X.F. StabilizerStabilizers must not be crimped, deformed, or otherwise damaged.Figure 12Effective Crimp LengthRear Bellmouth 0.36 to 0.64[.015 to .025]Front Bellmouth 0.13 to 0.38 [.005 to .015]View A Wire Barrel Flash 0.13 [.005]Wire BarrelCrimp Height (Figure 2)Crimp WidthWireContactBurr 0.13 [.005]Cutoff 0.38 [.015]G. Insulation Barrel CrimpThe insulation barrel must support the insulation of the wire without cutting into it. The ends of the insulation barrel must touch the insulation of the wire but they must not penetrate through it. Care must be taken to prevent cutting, nicking, or scraping of the insulation during the crimping procedure.H. Wire LocationAfter crimping, the conductor and insulation must be visible in the transition area between the wire barrel and insulation barrel. The conductor end of both the insulated wire and magnet wire must be within the limit provided in Figure 13.I. Wire Barrel SeamWire barrel seam shall be completely closed with no conductor strands protruding from it. See Figure 13.J. Twist or RollThe crimped wire and insulation barrels must be aligned with the uncrimped portion of the contact to within the limit shown in Figure 13.Figure 13K. StraightnessThe force applied during crimping may cause some bending between the crimped wire barrel and theuncrimped portion of the contact. Such deformation is acceptable within the up-and-down and side-to-side limits provided in Figure 14.Up-and-DownThe crimped contact, including cutoff tab and burr, shall not be bent above or below the flat section of the contact represented by the datum line in Figure 14.Side-to-SideThe side-to-side bending of the contact may not exceed the limits from center indicated by the datum line in Figure 14.Insulation Barrel Must Grip Insulation Firmly without Damaging ItBoth Wire and Insulation Shall Be Visible Between Wire Barrel and Insulation Barrel (Transition Area)StabilizerInsulationTransition AreaWire Barrel SeamFront of Contact (Uncrimped Portion)15° (Max)Wire BarrelTwist or Roll LimitsTransition AreaFigure 143.9. Card Edge Connector PC BoardCard edge connectors are designed for a thickness range which includes the pc board and pads. The overall width of the pc board must be within the tolerance specified to ensure alignment of the contacts with the circuit pads. If the pc board must be wider than the entry slot in the connector, a notch must be made in the pc board deep enough to ensure engagement depth. See Figure 15.Figure 153.10. HardwareFixed and turnable jackscrews are available to secure mating connectors. When only one connector is to be panel mounted, the fixed jackscrew should be used on that connector. See Figure 16.Flat Section3° (Max)3° (Max)Datum LineDatum Line(Center of Contact)3° (Max)3° (Max)Figure 163.11. Ancillary ItemsThere are on-contact and inter-contact keying plugs to provide individualized keying of card edge mountconnectors. There is also a retaining spring available to help hold the pc board in the card edge connectors. See Figure 17.Figure 17A slot must be cut in the pc board to accept the inter-contact and on-contact keying plugs. A slot must also be cut in the flat cable when an on-contact keying plug is used. See Figure 18.BodyHandlePinFemale Jackscrew AssemblyNutLockwasherBodyMale Jackscrew AssemblyCard Edge ConnectorRetaining SpringOn-Contact Keying PlugInter-Contact Keying Plug NOTEiFigure 183.12. RepairDamaged contacts, or contacts attached to damaged wire can be removed and replaced with new ones using the toolsshown in Figure 19. Note that there is one style of extraction tool for side locking latch housings and another style for in-line locking latch housings. When cutting a contact from the wire, cut the wire as close as possible to the damaged area to preserve as much wire as possible.3.13. WorkmanshipCarefully examine both side of the crimped contact to be sure that the termination meets the requirements of this specification. The crimp area must show no signs of cracking or tearing due to mishandling or incorrect adjustment of the tooling.4. QUALIFICATIONFlat Flexible Cable is Listed by Underwriters Laboratories Inc. (UL) in File E53793 and is Certified by CSA International in File LR45924.5. TOOLINGThe tool selection for terminating contacts to discrete wire will depend on the wire size and insulation diameter. See Figure 19.Figure 19WIRE SIZE RANGE (AWG)INSULATION DIA RANGE APPLICATOR PART NUMBERHAND TOOL 32 - 260.64-1.22 [.025-.048]46624290313-230 - 260.71-1.22 [.028-.048]46693326 - 22 1.09-1.37 [.043-.054]46690990222-624 - 221.02-1.42 [.040-.056]5673081.02-1.42 [.040-.056]466572CAUTION !NOTEi5.1. Hand ToolsThere are hand tools for terminating loose piece discrete wire contacts to stranded round conductor wire and there is a hand tool for terminating loose piece flexible flat cable conductors to solid flat conductor cable. There is also a hand tool to form solder tabs after they have been terminated to flat cable. See Figure 20.5.2. Semi-Automatic MachinesThere are semi-automatic machines to terminate strip-form contacts to flat cables and there are mini-applicators and an AMPOMATOR power source for terminating discrete wire contacts to round conductor wire. The tooling for crimping round discrete wires will depend on the contact wire size, insulation diameter, and whether or not the contact has a stabilizer. See Figure 20.5.3. Extraction ToolsThere is an extraction tool to remove single discrete wire contacts and there is a series of multiple blade tools corresponding with multiple position housings to remove contacts terminated to flat cable. The tools are designed to depress the locking lances without deforming them. The shorter blade tools are for side locking lance housings and the longer blade tools are for in-line locking lance housings. See Figure 20.Figure 20 (Cont’d)FFC Termination Machine 528000-7; Base Machine (Uses Applicator 5-528441-5)Figure 20 (End)6. VISUAL AIDThe illustration below shows a typical application of this product. This illustration should be used by production personnel to ensure a correctly applied product. Applications which DO NOT appear correct should be inspected using the information in the preceding pages of this specification and in the instructional material shipped with the product or tooling.FIGURE 21. VISUAL AID。
TE Connectivity推出高性能超薄电池连接器
TE Connectivity推出高性能超薄电池连接器
佚名
【期刊名称】《电子技术应用》
【年(卷),期】2013(39)3
【摘要】TE Connectivity近日宣布推出一款全新的超薄电池连接器，其厚度仅为1．9mm，可适用于各类移动设备。
鉴于全球市场对于高性能且符合成本效益的轻薄移动设备的需求不断增加，TE在设计此款超薄电池连接器时尤其注重在可靠性和耐用性方面的优化，以满足行业需求。
【总页数】1页(P6-6)
【关键词】超薄电池;连接器;TE;性能;移动设备;成本效益;全球市场;行业需求
【正文语种】中文
【中图分类】TB39
【相关文献】
1.TE Connectivity于2016慕尼黑上海电子展期间推出新型5A薄型电池连接器[J],
2.TE CONNECTIVITY推出超薄插拔式Micro SIM卡连接器，经济有效的创新方案推动消费电子产品小巧化、时尚化 [J],
3.TE Connectivity TE Connectivity推出满足基础应用的经济型连接器 [J], ;
4.TE Connectivity推出2.5mm信号连接器,满足空间有限设计需求 [J],
5.TE Connectivity推出滑轨电源连接器 [J],
因版权原因，仅展示原文概要，查看原文内容请购买。
TE Connectivity 经济级电源连接器系列说明书
1-1123722-41-1123722-2.1-1318300-21-1123722-31-1123722-2 1-1123722-81-1123722-51-1318301-21-1318301-21-1318300-4TECHNICAL FEATURES • 3.96mm, 5.08mm, and 7.92mm centerline options • 250 VAC to 600 VAC voltage rating up to 11A • Wire to board, shrouded and unshrouded header configurations• 25°C to + 105°C operating temperature • Meet GWEPT 750°C and UL 94 V0 flamability standards •UL recognizedECONOMY POWER CONNECTOR SERIESQuick Reference GuideTE Connectivity’s (TE) Economy Power (EP) and Economy Power II (EP II) wire-to-board connectors are widely utilized for power circuit applications that require a large current carrying capacity. The connectors feature a 250 VAC (EP) to 600 VAC (EP II) voltage rating at up to 7.5A (EP) and 11A (EP II), which makes themideal for a variety of applications such as household appliances, industrial machinery, and lighting. Additionally, terminal position assurance (TPA) devices are available for the EP II connector series. The EP connector family offers housing and header styles andconfigurations in Glow Wire compatibile material that also meet UL 94 V-0.PRODUCT DETAILSKEY FEATURES • Positive audible latch designed for easier mating and unmating.• Lanceless contacts are available for 22-18 and 20-16 AWG wire ranges for EP II housings• Asymmetrical terminals prevent mis-mating • Polarization tabs help prevent post misalignment • End to end stackable and intermateable to similar competitive products for retrofit applications• Selectively loaded headers on the single row offering are available upon request• T erminal Position Assurance (TPA) devices for EP II •Various colors available upon requestAPPLICATIONS • Household appliances• Industrial machinery (e.g. control boards)• Lighting • HVAC• Commercial & building equipment •Vending machines & coin changersQuick Reference GuideECONOMY POWER PRODUCT OFFERINGHousingsColored housings are available upon request. For more information, contact TE sales representative. Headers**Mating housing P/N X-1744036-Y and contacts 1123721-1 (Phos Bronze - pre tin) 1123721-2 Brass - pre tin).Selectively loaded headers available upon request.ContactEP II Terminal Position Assurance (TPA) - OptionalQuick Reference GuideAPPLICATION TOOLING-2 thru -9: Substitute dash number listed for “Y”, therefore a -2 signifies PN 174416-21--0 thru 1--2: Substitute first number for “X” and second number listed for “Y”, therefore 1--2 signifes PN 1-1744416-2: Follow same numbering scheme throughout for other part numbers listedQuick Reference GuideTE Connectivity, TE Connectivity (logo), and Every Connection Counts are trademarks. All other logos, products and/or company names referred to herein might be trademarks of their respective owners.The information given herein, including drawings, illustrations and schematics which are intended for illustration purposes only, is believed to be reliable. However, TEConnectivity makes no warranties as to its accuracy or completeness and disclaims any liability in connection with its use. TE Connectivity‘s obligations shall only be as set forth in TE Connectivity‘s Standard T erms and Conditions of Sale for this product and in no case will TE Connectivity be liable for any incidental, indirect or consequential damages arising out of the sale, resale, use or misuse of the product. Users of TE Connectivity products should make their own evaluation to determine the suitability of each such product for the specific application.© 2016 TE Connectivity Ltd. family of companies All Rights Reserved.1-1773885-9 08/16 OriginalADDITIONAL RESOURCESTE Connectivity T echnical Support CenterUSA: +1 (800) 522-6752Canada: +1 (905) 475-6222Mexico:+52 (0) 55-1106-0800Latin/S. America: +54 (0) 11-4733-2200Germany: +49 (0) 6251-133-1999UK: +44 (0) 800-267666France: +33 (0) 1-3420-8686Netherlands: +31 (0) 73-6246-999China:+86 (0) 400-820-6015DESIGN-IN QUESTIONS1.What are the current and voltage requirements for your application?The Economy Power connector series has a current rating of 7.5A (EP) 11A (EP II) per line with the on #16 AWG wire and is rated for 250 VAC (EP) and 600 VAC (EP II).2.Are Economy Power II connectors available in various colors and position configurations?Yes. All of the configurations are available in multiple colors. Additionally, EP II offers options of 2 to 12 position single-row wire-to-board.3.Are Economy Power connectors Glow Wire test compliant?Yes. Economy Power connector series products for both EP and EP II are available in a GWT, UL 94 V-0, NF 750°C option that conforms to the flammability requirements of IEC 60335-1 for unattended appliances with connections carrying current of greater than .2 A.4. Can TE’s EP II connectors be used as drop in replacementsfor competitor products?Yes. The EP II connectors can be used to replace similar competitive products for retrofit applications.5.What are the wire size requirements?The EP II connector system can accommodate wires ranging from 16 to 22 AWG (1.4 mm 2 to 0.3 mm 2).6.How can TE’s EP II connectors avoid contact back out?The EP product family offers an optional TPA device that helps to ensure the contacts are fully seated in the housing and remain that way. This helps to avoid downtime and costly service calls when equipment won’t work properly due to a contact that has backed out.7.Do I need new tooling to change from EP to EP II housings?No. The same tooling is used for EP and EP II.1-1318300-41-1123722-41-1123722-2.1-1318300-21-1123722-31-1123722-2 1-1123722-81-1123722-51-1318301-21-1318301-21-1318300-4。
TE Connectivity 0.5mm锁定式柔性印刷电路（FPC）连接器设计手册说明书
设计手册新的PoE控制器如何通过以太网电缆提供高达90W的功率第5页技术观点芯片制造商用于机器学习的最新设计工具第12页应用聚焦连接第8页实现高于24N的总拔出力。
其坚固的执行器提供了对插接触点的更强的TE的FPC连接器：零插入力设计流行的连接器产品系列推出可提供13A电流额定值的新产品这些VAL-U-LOK连接器还提供新型垂直接头样式，可提供2至24个位置，并可选择UL 94 V-0或灼热丝测试/UL94 V-2或V-0材料。
钉、以及带或不带排泄孔的产品。
和灼热丝测试外壳配合使用。
从而实现向后兼容。
大电流引脚和插座触点也适用于线对线应用的外壳。
TE Connectivity (TE) 扩展了其VAL-U-LOK连接器产品系列，新产品，可在4.2mm的中心线间距上提供13A的最大电流能力。
的VAL-U-LOK连接器的额定电流为9A。
VAL-U-LOK：4.3mm中心线间距新款低成本封装的高性能跨界MCU系列新款i.MX RT1010是市场上包括高性能Arm® Cortex®-M7内核的成本最低的产品。
在i.MX该内核提供了高性能的实时处理：主频高达500MHz，它利用128kB的紧密耦合SRAM存储器实现了仅20ns的低延迟响应时间。
新器件采用低成本的80引脚LQFP封装，支持真正的两层PCB设计，并简化了PCB布局。
它的尺寸为12mm x 12mm，间距为0.5mm。
其丰富的集成功能包括：一个四通道和八通道串行NOR闪存接口、一个高速USB 2.0控制器和收发器、一个音频接口、支持无线标准，以及通过片上32通道FlexIO模块实现灵活连接。
恩智浦的MCUXpresso软件和工具完全支持i.MX RT1010。
恩智浦半导体的i.MX RT1010为想要利用恩智浦跨界微控制器的功能的设计人员提供了一种新的低成本选择：它包含了应用处理器的高处理能力和集成功能以及微控制器的易用性和实时性能。
TE下一代解决方案亮相德国慕尼黑国际太阳能展览会
TE下一代解决方案亮相德国慕尼黑国际太阳能展览会
佚名
【期刊名称】《电气制造》
【年(卷),期】2012(000)007
【摘要】2012年6月13～15日,在德国慕尼黑国际太阳能展览会上TE Connectivity（以下简称TE）展示了为太阳能连接器市场专门研发的下一代解决方案。
随着太阳能光伏市场的日益成熟,大量商机涌现,领先的太阳能组件供应商依靠节能,高效和易于安装的解决方案来降低其总拥有成本。
【总页数】1页(P13-13)
【正文语种】中文
【中图分类】TK519
【相关文献】
1.西门子亮相2012年德国柏林国际轨道交通技术展览会全面展示其城市交通及城际交通解决方案 [J], 史冬雪
2.体验旭格,共筑未来——旭格将亮相德国慕尼黑国际建筑建材展览会(BAU2019) [J],
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5.德国菜茵大中华区亮相SNEC第五届（2011）国际太阳能产业及光伏工程（上海）展览会 [J],
因版权原因，仅展示原文概要，查看原文内容请购买。
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客户支持和工具
从测试电路板到模型仿真，TE 提供工具库，能够帮助您成功地实施系统。可通过我们的信号完整性网站 /documentation/electrical-models 进行咨询 Ansys HFSS 和 CST Microwave Studio 全波 3D 工具 ■ ■ 在生产前通过模拟分析来提供连接器和布版图 ■ S 参数和 SPICE 分析 ■ 尖端的 ADS 和 MATLAB 系统分析 ■ 基于测量的 S 参数连接器模型（超过 64 个端口） ■ 基于建模的 S 参数连接器模型（超过 64 个端口） ■ 采用模拟 S 参数和 SPICE 模型的布版图 ■ SPICE 连接器模型 ■ 连接器评估测试电路板 ■ 系统测试电路板
建模和仿真
在 TE，设计流程从信号完整性开始。信号完整性工程师采用尖端的 3D 工具，在生产之前通过模拟性能来提供准确的连接器和布版图。TE 拥有提供正确解决方案的工具 和专业知识。
Ansys HFSS 和 CST Microwave ■ Studio 全波 3D 工具 ■ 在生产前通过模拟分析来提供连 接器和布版图 ■ S 参数和 SPICE 分析 ■ 尖端的 ADS 和 MATLAB 系统分析
/products/2Piece-High-Speed
TE Connectivity
高速背板连接器
TE 的信号完整性
TE Connectivity 在每个高速产品上使用了系统级别信号完整性设计专业知识，实现了连接器的最佳性能。我们拥有丰富的专业知识，建模和仿真技术在美国、欧洲以及 亚洲地区首屈一指。我们的业务遍布全球，使我们的模拟、建模和系统布局专家能够零距离接触客户。
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快速参考指南
高速背板互连解决方案
增加数据速率并减小信号上升时间需要性能更好的高速连接器。TE Connectivity 品种众多的高速背板连 接器产品组合可为系统设计人员提供所需的灵活性，能够解决特定的性能挑战。
行业应用
• 服务器 - 刀片、机架安装、主机可叠放、运营 级、核心、边缘、城域以太网 • 交换机 - 可叠放、运营级、核心、边缘和城域 以太网 • 路由器 - 边缘、核心、企业级、运营商以太 网、BRAS 和多服务边缘 • 光纤 - 传输：运营级、城域 WDM、多服务提 供、长途光纤和企业 LAN 光纤以太网
Z-Pack HS3 连接器
■ 可达 6.25 Gb/s 的性能 ■ 密度可达每厘米电路板空间 40 个高速信号线（20 个差分线对），槽间距为 25.4 mm (1") 提供两种版本：6 排和 10 排，分别适用于 20.32 mm (0.8&#间距 设计用于单端和差分信号的高速连接器 ■ ■ 请参见背板了解代表的零件编号 ■ 订购产品目录 1773095，“高速背板连接器” ■ 网址：
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TE Connectivity
高速背板连接器
Z-PACK HM-Zd 和 Hm-Zd Plus 连接器
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TE Connectivity
高速背板连接器高速背板连接器
STRADA Whisper 连接器
■ 可达 40 Gb/s 的性能 ■ 密度可达每厘米 20 个差分线对（每 2.54 厘米（1 英寸）52 个差 分线对） 提供每列 4、6 和 8 个差分线对，分别支持 16.4 mm ■ (0.64")、20.4 mm (0.8") 和 25.4 mm (1") 的卡间距 请参见背板了解代表的零件编号 ■ ■ 网址：/products/stradawhisper
测试能力
凭借超过 12.5 Gbps 和 50 GHz 的测量能力，TE 可以记录产品的特性并为产品提供详细的测量。先进的测量标定方法和电路板设计能够准确地去除嵌入的测试夹具。 TE 还与众多的半导体公司进行合作，提供有源设备的测量服务，这对于确保设计的成功实施极为重要。 先进的标定方法可去除嵌入的夹具 ■ ■ 频域达 50 GHz ■ 时域眼图/BERT 达 12.5 Gbps ■ 有源半导体测试 – 多家厂商 2 – 10+ Gbps ■ 系统和“仅限连接器”电路板
■ 可达 12.5 Gb/s 的性能 ■ 密度可达每厘米 16 个差分线对（每 2.54 厘米（1 英寸）40 个差分线对），槽间 距为 25.4 mm (1") 提供每列 2、3 和 4 个差分线对，2、3 个差分线对适合 20.32 mm (0.8") 的槽间 ■ 距，而 4 个差分线对适合 25.4 mm (1") 的槽间距 HM-Zd Plus 在向后兼容标准 HM-Zd 的设计中提供更强的信号完整性 ■ ■ PICMG 3.X Advanced TCA 规范中规定的高级差分光纤 (ADF) 连接器 ■ 请参见背板了解代表的零件编号 ■ 订购产品目录 1773095，“高速背板连接器” ■ 网址：