柔性电路板

随着便携电话、数字摄像和薄型TV等民用设备的迅猛发展，满足高密度化、小型化、灵活组装要求的柔性电路板（FPC，FlexiblePrintedCircuit）的市场需求急剧增长。

Recent years , with the rapid development of civilian equipment , such as mobile telephone , digital camera and thin TV , the market of FPC ( Flexible Printed Circuit ), which meets high density , small and flexible , grows apace .

本发明涉及一种照明模块，其包括：一柔性电路板；

The invention relates to a illuminating module that comprises a flexible circuit board ;

本实用新型涉及柔性电路板，更涉及柔性电路板生产过程中的柔性电路板压合结构。

The utility model relates to a flexible circuit board , in particular to a flexible circuit board compression structure in the production process of flexible circuit boards .

柔性印制电路板及其基材用胶粘剂的研究进展

Research progress of flexible printed circuit and its resin adhesives

基于图象比对技术的柔性印刷电路板检测系统

The Quick Inspection System for Flexible Printed Circuit Board Based on Image Contrast Technology

多层柔性衬底电路板的低成本丝网印刷

Low Cost Printed Flexible Multilayer Substrates

微电子技术飞速发展，推动了高密度柔性印制电路板制造技术的高速发展。

The high speed development of micro-electronic technology promote the fast evolution of high density flexible printed circuits .

综述了低热膨胀聚酰亚胺在微电子技术、柔性印刷电路板等方面的应用。

The application of the polyimide with low coefficient of thermal expansion in micro-electronics technology , soft-printing circuit plate were summarized .

在此基础上，采用柔性印刷电路板技术，设计了多通道、整体治疗的柔性结构的电极带。

And then a flexible electrode strip was designed which took on characters about mult-channels , whole treatment , and flexible structure .

介绍了一种采用柔性印刷电路板工艺制作的新型接近式电涡流传感器阵列及其测试系统，以实现大面积曲面间微小间隙的实时监测。

Novel proximity eddy current sensor array and its testing system are developed to realize the real-time inspection of the small gaps between large curved surfaces .

对实施结果表明，该系统采用的方法能够满足生产要求，为实现柔性印刷电路板全面自动化检测奠定了良好的基础。

The experimental results indicate that the way can get the expected need and it is helpful for the realization of Flexible Printed Circuit Board automatic inspection .

在柔性印刷电路板上形成与芯片阵列对应的微型加热器阵列，针对各芯片进行分散的温度补偿。

An array of miniature heaters corresponding to the array of PCR chips is made on a flexible printed circuit board that provides distributed temperature compensation to each PCR chip .