毛纽扣Floss Pin 特点（The features is same as Fuzz Button® and CIN::APSE®）
•高速信号传输，使得频率高于20GHz
•无焊式，压缩互连系统
•主要应用包括LGA集成电路插座和PCB之间平行的板对板互连
•能有效解决由于穿孔和表贴焊接带来的许多问题
•系统可升级和维护
•定制I/O配置和I/O通道从1到7000路以上可用
•触件中心线间隙≥1mm
•在商用，军工和航空航天领域表现出卓越的可靠性
•安装和系统维护成本低
军事和航空航天应用上的主要优势
•无焊料，符合RoHS
•高密度,小型化
•多点接触，物理接触
•最小触件间距：1毫米（.039)
•最小高度：.8毫米 (.032)
•高频性能可达50GHz以上
•信号路径短，能达到最小的远端/近端串扰
对比毛纽扣Floss Pin®接触技术
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产品或接触技术 |
优缺点 |
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弹簧针 |
信号传播在的结构表面，增加信号路径长度和失真。 多组成部分意味着更多的潜在的故障点。 |
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弹簧探针 |
被称为是一个昂贵的方法。 通常一个较长的接触高度比是最优的。 一个很复杂的结构意味着更多的潜在故障点。 |
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superbutton® 双曲面 |
组装成载体的挑战。组件线体在使用过程中有时分离。 大小限制为较大的间距/垫配置。不用于高交配周期的应用。 |
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焊接 |
在冲击，振动和高温等恶劣环境的脆弱，容易开裂。 |
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Floss Pin®毛纽扣 |
信号通过最短路径在毛纽扣®结构；减少失真，电阻和电感。 简单的单块结构的手段意味着更可靠的接触。 当配合使用安全帽，高交配周期可以实现小的信号衰减。 总是无铅RoHS。 |
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Fuzz button® |
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CIN：APSE® |
Features of Floss Pin® 毛纽扣特点 （same as Fuzz Button® and CIN::APSE®）
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-----High signal speed capability enabling frequencies greater than 20 GHz.
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高速信号传输，使得频率高于20GHz
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-----Solderless, compression-style interconnect system.
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无焊式，压缩互连系统
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-----Applications include production Land Grid Array (LGA) integrated circuit sockets and parallel PCB to PCB interconnections.
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主要应用包括LGA集成电路插座和PCB之间平行的板对板互连
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-----Provides solutions to many of the problems associated with through hole and surface mount soldered technology.
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能有效解决由于穿孔和表贴焊接带来的许多问题
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-----Enables upgrade and system maintenance strategies.
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系统可升级和维护
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-----Available in custom I/O configurations and I/O counts from 1 to over 7,000.
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定制I/O配置和I/O通道从1到7000路以上可用
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-----Contact centerline spacing of 1mm or greater.
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触件中心线间隙≥1mm
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-----Excellent reliability in commercial, military, and aerospace applications.
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在商用，军工和航空航天领域表现出卓越的可靠性
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---Application can result in lower installed and system maintenance costs.
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安装和系统维护成本低
Key Benefits for Military & Aerospace Applications:
军事和航空航天应用上的主要优势
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Solderless RoHS compatible 无焊料，符合RoHS
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High density/low profile 高密度,小型化
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Multi-point contact/mechanical wipe 多点接触，物理接触
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Minimum contact spacing of 1.0mm (.039) 最小触件间距：1毫米（.039)
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Low profile height of .8mm (.032) 最小高度：.8毫米 (.032)
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High frequency capability up to 50 GHz and beyond 高频性能可达50GHz以上
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Short signal path allows for minimal FEXT/NEXT 信号路径短，能达到最小的远端/近端串扰
Contact Technology Comparison 接触技术的比较
|
Technology |
Areas of Consideration |
|
Pogo Pins |
The signal travels on the outside of the structure, increasing signal path length and distortion. Many component parts mean more points of potential failure. |
|
Spring Probes |
Known to be a somewhat expensive approach. Often a longer contact height than is optimal. Have a very complex structure meaning more potential points of failure. |
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Hyperboloid SuperButton® |
Challenging to assemble into carriers. Component wires sometimes separate from body during usage. Not intended for high mating cycle applications. |
|
Solder |
Fragile in harsh environments such as shock, vibration and high temperatures, prone to cracking. Often not RoHS compliant due to lead content contamination.. |
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Fuzz Buttons® |
Signal travels via shortest path within the Fuzz Button® structure; diminishing distortion, resistance and inductance. Simple single piece architecture means a more reliable contact. When used in conjunction with Hardhats, high mating cycles can be achieved with little signal degradation. Always Lead-Free and RoHS. |
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CIN:APSE® |
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Floss Pin®毛纽扣 |
