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Thick metal plate insertion make FR4 multilayer board a simple carrier for RF power circuits

机译:厚金属板插入使FR4多层板成为RF电源电路的简单载体

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摘要

In order to reduce sizes and costs of microwave circuits and to simplify their integration together with IF, control and power supply networks, we tested (1) a simple solution that allows using FR4 boards also for microwave circuits. Since FR4 boards are necessarily present in every equipment for power supplies, control, digital and IF circuits, it becomes possible to reduce the number of boards or modules collecting all the networks (operating from DC to tenth of Gigahertz) on the same FR4 multilayer. The typical RF requirements of good thermal and electrical ground and the need of a carrier for “chip on board” monolithic assembly are all achieved through the insertion of a copper plate a few tenth of millimetre thick. This copper plate replaces the second metal layer of FR4 multilayer remaining within standard FR4 process; monolithics can be mounted on it just opening a window on the first layer.
机译:为了减小微波电路的尺寸和成本,并简化与IF,控制和电源网络的集成,我们测试了(1)一种简单的解决方案,该解决方案允许将FR4板也用于微波电路。由于FR4板必不可少的用于电源,控制,数字和IF电路的每台设备中,因此有可能减少在同一FR4多层板上收集所有网络(从DC到千兆赫兹工作)的板或模块的数量。良好的热和电接地的典型RF要求以及“片上芯片”单片组件的载体需求都可以通过插入十分之几毫米厚的铜板来实现。该铜板代替了标准FR4工艺中剩余的FR4多层金属第二层;只需在第一层打开一个窗口,就可以在其上安装单片。

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