PCB的RF设计

射频（RF）设计在高频下运行，因此需要精密的布局和布线以防止出现信号完整性问题。 RF PCB布局有时可能还包含带有数字元件的线段，精密的布局有助于防止RF和数字信号之间发生干扰。浏览我们的资源库，了解有关RF PCB设计、布局、布线和信号完整性的更多信息。

RF PCB设计概述 What is RF Circuit Design? PCB Design for High-Frequency Applications RF PCB Design Software

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How to Design a Coaxial Probe Feed for a Patch Antenna 6 min Blog

Coaxial probe feeds can be used to connect to your patch antenna. See how this works in this design example.

Getting Started With nRF52 MCU in a PCB 12 min Altium Designer Projects

See how to get started with the nRF52 in a PCB layout. We’ll show how to use the fine-pitch BGA package version of this component.

MIMO天线设计与PCB布局技巧 1 min Blog

在射频领域运行的高级产品越来越多地使用MIMO天线阵列来提供高数据吞吐量并服务于多个终端用户。

How to Design High-Speed & RF Via Transitions 11 min Blog

High speed PCBs and RF PCBs often need to make via transitions that carry signals between layers. We’ll look at how to design these transitions in this article.

Guide to Low-Dk PCB Materials 12 min Blog

Low-Dk PCB materials are often recommended for high-speed PCB design, but do you always need these? We’ll examine this question.

Customer Success Stories Benchmark Electronics Discover how Benchmark eliminated manual processes, improved cross-team visibility, and accelerated product development with Altium solutions.

Designing for V2X Communication: Wireless Protocols and Standards 8 min Blog

Take your vehicle’s connectivity to the next level with V2X communication standards. Designing these systems may be easier than you think.