刚挠结合板

为了提高刚挠结合板的挠曲次数，往往把挠性区做成两层或两层以上的分层结构。

To enhance flexibility of rigid-flex PCB ( Printed Circuit Board ), the flex area is usually delaminated to two or more single layers .

刚挠结合板是在挠性印制板上再粘接两个刚性外层，刚性层上的电路与挠性层上的电路通过金属化孔相互连通。

Rigid-flex PCB is derived by bonding two rigid outer on flexible PCB . The circuit of the rigid layer and flexible layer are connected by metalized hole .

刚挠结合板用挠性材料和粘结材料性能研究

Research on Flexible Materials and Adhesives for Rigid-Flex Boards

浅谈刚挠结合板之孔金属化

Metallization of Flex-Rigid Printed Boards

将超声波清洗和硬板生产中常用的碱性高锰酸钾处理法结合，找到一种新的刚挠结合板去钻污工艺。

A new process of rigid-flex PCB desmear process was found by combining ultrasonic cleaning with alkaline potassium permanganate , which is commonly used in rigid PCB production .

该孔金属化工艺是整个刚挠结合板生产制造工艺的核心，包括钻孔、去钻污、化学镀铜、电镀铜等工序。

The hole metallization of rigid-flex PCBs which including Drill , Desmear , electroless plating , Electrical plating , is a key process in the manufacturing of rigid-flex PCBs .

刚挠结合板孔金属化是指在双面或多层刚挠结合板中用化学镀铜和电镀的方法使绝缘孔壁上镀上一层导电金属使层间导线实现相互连通的工艺。

Using electroless plating copper or electroplate process on double-side PCBs or multi-layers rigid-flex PCBs , some metal can be deposited on the dielectric surface of PI or EP materials . The layer of metal can realize interconnection of double side circuit .

刚挠结合印制板的加工工艺研究

Flexible - Rigid Board 's Processing Technology Research

因此，刚挠结合印制板（挠性基材和刚性基材结合的印制板）的应用由于其显著的优越性有着越来越广泛的前景。

So the application of flexible-rigid PCB , which includes flexible laminated layers and rigid , has better and better foreground with its visible advantage .

刚/挠结合印制线路板作为特种基板中的一种，国外已广泛运用在军事电子设备上。

As one kind of special baseboards , flex-rigid PCB has found wide applications in military electronic devices in foreign countries .

刚挠背板动力学仿真与焊点可靠性研究刚挠结合板用挠性材料和粘结材料性能研究

Study on dynamics simulation and reliability of solder joints of rigid-flex backplane Research on Flexible Materials and Adhesives for Rigid-Flex Boards

刚-挠结合PCB设计技术刚/挠结合印制线路板技术

Rigid-Flex Printed Circuit Board Technology Design Technology for Flex-rigid PCBs