Board Stack Connectors 板叠层连接器 

超薄外形(Low Profile)板对板连接器。该产品可在PCB板中实现低平且紧凑的内部互连。其安装高度为0.81mm，触点间距1.0mm。此外，该连接器还具备高速传输性能(信号速率超过20GHz)，触点阻抗小于25mΩ。 

采用Floss Pin®毛纽扣接触技术(一种免焊线绕接触技术)，经现场应用验证具有可靠性，可用于从高端计算机服务器到军事喷气航空器的多种领域。 

其触点数量从不到10个到超过2,000个不等，并可定制不同形式的排列或特殊触点。 

这款连接器具有独特的机械和电气性能，适用于计算机、通信及医疗电子设备中的RF板对板连接。 

Designed for applications requiring low profile, compact footprint interconnects between printed circuit boards or components, the Connectors offer a low mated height of 0.81mm in custom, flexible footprint configurations with contact spacing as close as 1.0mm. In addition, the connectors provide excellent high speed performance, easily supporting signal speeds in excess of 20 Ghz with contact resistance less than 25 mΩ. 

The Low Profile Connectors utilize proven Floss Pin® contact technology, a unique solderless wound-wire contact with field-proven reliability in demanding applications ranging from high end computer servers to military jet aircraft. 

Available in contact counts ranging from less than 10 contacts to over 2,000, the Connectors can be custom configured in patterns of arrays or individual contacts depending on the unique demands of an application. 

The unique combination of mechanical and electrical features makes the Low Profile Connectors an ideal choice for RF Board-to-Board assemblies, Low-Profile Mezzanine Boards, and High-Performance Component-to-Board assemblies in Computer, Communications and Medical Electronics market applications. 

 customized, Special size, fast delivery 可按要求定制，特殊尺寸，快速供货 
   

       Floss Pin（namely Fuzz Button® or CIN::APSE®） can be used to interconnect virtually any gold-plated surface (pad) to another pad. It is the ideal interconnect solution for applications in which high reliability, high-speed signals, tight envelope dimensions, high density, and extreme environmental conditions need to be met. 

Floss Pin毛纽扣（namely Fuzz Button® or CIN::APSE®）可用于任何镀金表面焊盘间的互连，是高可靠性，高速信号传输，紧密封装，高密度和极端环境条件应用需求的理想互连解决方案。 

Floss Pin（namely Fuzz Button® or CIN::APSE®） has a demonstrated record of reliable performance as the interconnect technology powering many of today's most advanced computer applications. CIN::APSE also provides the same board-to-board advantages for high-speed telecom, stringent military and aerospace, and demanding automotive applications. 

Floss Pin毛纽扣（namely Fuzz Button® or CIN::APSE®）互连技术应用于当今最先进的计算机，具有已证明的性能可靠性。也为高速通信，严苛的军事和航空航天领域及汽车领域的应用提供了板对板互连优势。 

Install 安装使用： 

Floss Pin®毛纽扣是一个独特的Z轴压缩互连技术，能提供卓越的机械和电气性能。  

The basic Floss Pin® contact configuration consists of a contact installed into a customized plastic insulator with hole design。 Once in place， the contact extends on both sides of the insulator。  

CIN::APSE is easily installed in two basic steps, without soldering. 

First, using alignment features, the CIN::APSE interconnect is positioned between two components with matching connection footprints。 

Next, the two components are compressed and fastened together. 

It's as simple as that. 

CIN::APSE安装简易只需两步且无需焊接。 

第一步，对齐，将CIN::APSE放置在两个有匹配连接引脚的组件之间。 

第二步，将两个组件压紧并固定在一起。 

就这么简单。 

 毛纽扣Floss Pin®： 

毛纽扣Floss Pin®，（国外称为Fuzz Button®或CIN::APSE®）是洛阳微连电子的专利产品ZL2015202039720，采用先进可靠的无焊接压缩互连方式。它适合PCB对PCB垂直连接的高速传输，能满足军事、航空航天和汽车等应用的严格要求。 

我们是国内较早研制成功并能批量生产毛纽扣的公司之一，产品性能居国内领先地位，关键参数已达到美国Fuzz Button®或CIN::APSE®等同类产品的水平。 

毛纽扣是微波模块垂直互连的理想解决方案，是雷达、电子对抗设备中传输微波信号的重要元件，广泛用于各类微波器件和组件上，连接可靠性高、高速传输（大于40GHz）、低高度（扁平连接）、高密度、可适应极端环境。 

       Floss Pin（namely Fuzz Button® or CIN::APSE®） is a patent product of Luoyang Weilian electronic CO.LTD。It is the most reliable and advanced welding compression-style interconnect technology。It provides the board-to-board advantages for high-speed telecom，stringent military and aerospace，and demanding automotive applications。 

        It is the ideal interconnect solution for vertical interconnection of the microwave module，Ideally suited for applications in which high reliability，high-speed signals，tight envelope dimensions，high density，and extreme environmental conditions need to be met。 

       We are the firster company successfully developed and mass production the Fuzz Button® or CIN::APSE®）in the China。